Sanwa Electronic Instrument Co 90486 2.4GHz Radio Control System User Manual 5

Sanwa Electronic Instrument Co Ltd 2.4GHz Radio Control System 5

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73M12S 2.4GHZ FH4T RADIO CONTROL SYSTEM USER'S GUIDETRLAP TIMER MENU {VIEW LAP TIMES AND CHOOSE LAP TIMER OPTIONS}SETUPStopping the Lap Timer:1) To Stop the Lap Timer, press and HOLD the Lap Timer Switch for 3 seconds. An audible Double-Tone will sound and LAP [STOPPED] will be displayed momentarily in a pop-up window, indicating the Lap Timer is stopped.The Cumulative Time cannot be manually cleared. It will be automatically cleared when the Lap Timer is put in Standby again.Viewing Lap Times:The Cumulative Lap Time, the Best Lap Time and the Average Lap Time, in addition to up to 250 individual Lap Times can be viewed on the TELEMETRY screen LAP page. 1) From the STATUS screen, scroll UP or DOWN to open the TELEMETRY screen. Press the SELECT switch Right or Left to open the LAP page.2) Press the ENTER key, then scroll UP or DOWN to view the individual Lap Times.Lap Times are stored until you Restart the Lap Timer. When the Lap Timer is Restarted, old Lap Times are Cleared and new Lap Times are Stored.INT1 AND INT2 MENU {INTERVAL 1 AND INTERVAL 2 TIMERS}SETUPThe Interval Timer function is used to notify you when a set Interval elapses while you're driving. When the Interval Time is reached, an audible Double-Tone will sound, then the Interval Timer will Reset and begin counting Up again from zero. Interval Times are displayed in the following format: 00':00".00 (Minutes : Seconds : 1/100th of a Second). The Interval Timer can be programmed to work independently or programmed to work along with the Lap Timer function.This section covers both the INT1 and INT2 menus, since programming each of them is exactly the same. Choose either the INT1 or the INT2 menu depending on which of the two Interval Timers you want to program. There are two Interval Timers. These Interval Timers can be Started and Stopped independently by Assigning each one to a different Push-Button Switch or they can be Started and Stopped simultaneously by Assigning both of them to the same Push-Button Switch. If desired, different Tones can be Assigned to each Interval Timer to differentiate them and the Throttle Trigger can be programmed to Start the Interval Timer(s).In the default configuration, Interval Timer 1 is Started and Stopped along with the Lap Timer, using the Lap Timer Switch (Push-Button Switch Sw3).Setting the Interval Timer:1) From within the SETUP menu, scroll UP or DOWN to highlight either the INT1 or the INT2 menu depending on which Interval Timer you want to program. In this section, we show programming Interval Timer 1.2) Press the ENTER key to open the INT1 menu. INTERVAL > 00' will be highlighted.3) Scroll UP or DOWN to highlight the desired Interval Timer value you would like to change, either 00' (Minutes) , 00" (Seconds) or 00 (1/100th Seconds).4) Press the ENTER key, then scroll UP or DOWN to choose the desired Interval Timer value.5) Press the ENTER key again, then repeat steps 3 and 4 to change any other desired Interval Timer values.INT1 and INT2 INTERVAL setting range is 00:00:00 to 99:59:90. The default setting for both Interval Timers is 00:00:00 (OFF). Choosing the Optional Throttle Trigger Start:The Throttle Trigger can be used to Start the Interval Timer after the Interval Timer as been placed in Standby. This is much more convenient than worrying about pressing the Interval Timer Switch again to Start the Interval Timer when you're starting your race.

74M12S 2.4GHZ FH4T RADIO CONTROL SYSTEM USER'S GUIDEChoosing the Optional Throttle Trigger Start, Continued....1) From within the INT1 menu, scroll UP or DOWN to highlight STARTTRIGGER > OFF.2) Press the ENTER key, then scroll UP or DOWN to choose the desired Start Trigger value, either ON of OFF.INT1 and INT2 STARTTRIGGER setting range is OFF and ON. The default setting for both Interval Timers is OFF. INT1 AND INT2 MENU {INTERVAL 1 AND INTERVAL 2 TIMERS}SETUPStarting the Interval Timers:In the default configuration, the Lap Timer Switch (Push-Button Switch Sw3) controls both the Lap Timer and Interval Timer 1. To control Interval Timer 2, it must first be Assigned to a Push-Button Switch. If desired, the Interval Timers can be Started and Stopped independently by Assigning each one to a different Push-Button Switch or they can be Started and Stopped simultaneously by Assigning both of them to the same Push-Button Switch. Regardless of what you decide, follow the step below to control the Interval Timer(s).1) Press and HOLD the Push-Button Switch you've Assigned the Interval Timer(s) to for 3 seconds. An audible Double-Tone will sound and INT1 [STANDBY] or INT2 [STANDBY] will be displayed momentarily in a pop-up window, indicating the Interval Timer is in Standby. To Start the Interval Timer, press the Push-Button Switch a second time or pull the Throttle Trigger if you've Enabled the Start Trigger function. An audible Double-Tone will sound and the Interval Timer will start counting Up. Each time the Interval Time elapses, an audible Double-Tone will sound and the Interval Timer will Reset and start counting Up again from zero. If desired, you can manually Restart the Interval Timer from zero by pressing the Push-Button Switch while the Interval Timer is running.If the Interval Timer is Assigned to the same Push-Button Switch as the Lap Timer and the Lap Timer is Assigned to Function 1, LAP will flash and Lap Time information will be displayed in a pop-up window, but the Interval Timer will run in the background.When both Interval Timers are Assigned to the same Push-Button Switch, only the Interval Timer Assigned to Function 1 will be displayed in the pop-up window when the Interval Timers Start and Stop, however, if the Interval Timers are set to different values, each Interval Timer will be displayed in the pop-up window as the Interval Times are reached.Stopping the Interval Timers:1) To stop the Interval Timer(s), press and HOLD the Push-Button Switch you've Assigned the Interval Timer(s) for 3 seconds. An audible Double-Tone will sound indicating the Interval Timer(s) is stopped.When Stopped, the Interval Timer will read 00'01"00. This is normal. This value will be cleared when the Interval Timer is placed in Standby again.R-MODED/RTRIMCURVESPEEDALBPG. 75PG. 76PG. 77PG. 78PG. 82PG. 84MENU PAGE #MENU DESCRIPTIONTurn Racing Mode ON or OFF and Choose Racing Mode OptionsAdjust Steering, Throttle and Brake Dual RatesAdjust Servo Trim, Including Auxiliary Channel TrimAdjust Channel Exponential, Adjustable Rate Control (ARC) and CurvesAdjust Servo Speed in the Forward and the Return to Neutral DirectionsTurn Anti-Lock Braking ON or OFF and Choose Anti-Lock Braking OptionsThe following Programming Menus are available within the RACING menu:To access the various RACING Programming Menus, turn the transmitter ON, then press the SELECT switch to highlight the RACING menu. Press the ENTER key to open the RACING menu.Scroll UP or DOWN to highlight the desired Programming Menu, then press the ENTER key to open that menu.Depending on the Car Type chosen, some Function Programming Value Names may differ from those shown in this section.RACING MENU OVERVIEW RACING

75M12S 2.4GHZ FH4T RADIO CONTROL SYSTEM USER'S GUIDETROFFSETBR-MIXTH-HLDC-MIX1C-MIX2ACKERR-DLYCODE AX1CODE AX2PG. 85PG. 87PG. 87PG. 89PG. 89PG. 92PG. 92PG. 93PG. 93MENU PAGE #MENU DESCRIPTIONTurn Throttle Offset ON or OFF and Choose Throttle Offset OptionsProgram Dual Brake Mixing Option (Dual Brake Car Types Only)Turn Throttle Hold ON or OFF and Choose Throttle Hold OptionsProgram Compensation Mixing 1 OptionsProgram Compensation Mixing 2 OptionsProgram Ackerman Angle Options (Left and Right Steering Servo Car Types Only)Program a Delay When Switching Between Racing ModesProgram Code Auxiliary 1 Options (For Future Connected Products)Program Code Auxiliary 2 Options (For Future Connected Products)The following Programming Menus are available within the RACING menu:RACING MENU OVERVIEW RACINGR-MODE MENU {RACING MODE}RACINGThe Racing Mode function provides you with five separate Racing Modes that you can switch between while you're driving. For example, due to changing track conditions or other variables, such as tire wear, different Racing Modes can be Selected at any time to change your Model's setup. A number of functions, such as Dual Rate, Exponential, Curves, Compensation Mixing and more, that might commonly be required to be changed during the course of a race can be programmed with different Programming Values for each Racing Mode. This ensures that your Model can operate with the best-suited setup for ever-changing track conditions throughout an entire race, giving you an advantage over other drivers.Functions can be programmed the same for all five Racing Modes or functions can be programmed independently, allowing you to have different function Programming Values for each of the five Racing Modes and switch between them while driving.OFFOFFR1 R2 R3 R4 R5GREENMAGENTACYAN YELLOW WHITECOLORLEDMODEActive R-MODE LED Colors:In the default configuration, after Activating the Racing Mode function, you can switch between Racing Modes using the Racing Mode Switch (Trim Switch Trm4). The R-MODE LED will change color to indicate the currently Active Racing Mode. In addition, the currently Active Racing Mode will be displayed on the STATUS screen. When you switch between Racing Modes, the currently Active Racing Mode will be momentarily displayed in a pop-up window.Racing Mode functions will vary depending on the current Car Type. For a complete list of Racing Mode functions based on Car Type, see the Racing Mode Functions by Car Type table on page 99.Turning Racing Mode ON and OFF:1) From within the RACING menu, scroll UP or DOWN to highlight the R-MODE menu.2) Press the ENTER key to open the R-MODE menu. R-MODE > INH will be highlighted.3) Press the ENTER key, then scroll UP or DOWN to choose the desired R-MODE value, either ACT (Active) or INH (Inhibited/OFF).R-MODE setting range is ACT and INH. The default setting is INH.

76M12S 2.4GHZ FH4T RADIO CONTROL SYSTEM USER'S GUIDER-MODE MENU {RACING MODE}RACINGTurning Separate Functions ON and OFF:When Racing Mode is turned ON (R-MODE > ACT), various functions can be programmed the same for all five Racing Modes or they can be programmed independently, allowing you to have different function Programming Values for each of the five Racing Modes. For example, with D/RST set to ON, you can choose a Dual Rate Steering percentage value of 100% for Racing Mode 1, a Dual Rate Steering percentage value of 90% for Racing Mode 2 and so on. 1) From within the R-MODE menu, scroll UP or DOWN to highlight desired function you would like to turn ON or OFF.2) Press the ENTER key, then scroll UP or DOWN to choose the desired value, either ON or OFF. When set to ON, you will be able to choose different function Programming Values for each Racing Mode. When set to OFF, function Programming Values will be the same for all Racing Modes.SEPARATE functions setting range is OFF and ON. The default setting for all functions is OFF.3) Press the ENTER key, then repeat steps 1 and 2 to change any other desired values.Switching Racing Modes to Program Separate Functions:If you've chosen to program one or more Racing Mode functions separately (as described above), a Racing Mode Icon will be displayed within the specific function Programming Menu to indicate which Racing Mode you're currently programming the function for.To program different values for each Racing Mode, make sure to switch to the desired Racing Mode first. For example, with SEPARATE D/RST set to ON, open the D/R menu. An R1, R2, R3, R4 or R5 Racing Mode Icon will be displayed next to the Steering function, depending on which current Racing Mode is Active.Use the Racing Mode Switch (Trim Switch Trm4) to switch to Racing Mode 1. R1 will be displayed next to the ST > 100% percentage value. Choose the desired Steering Dual Rate percentage value for Racing Mode 1, then press Trim Switch Trm4 to switch to Racing Mode 2. R2 will be displayed next to the ST > 100% percentage value. Choose the desired Steering Dual Rate percentage value for Racing Mode 2. While you're driving, you can now switch to different Dual Rate settings simply by switching Racing Modes.The Racing Mode Icon will only be displayed for Programming Menus within the RACING menu and only if the specific function's Separate value is set to ON in the R-MODE menu. If no Racing Mode Icon is displayed, the function Programming Value will be the same regardless of which Racing Mode is currently Active.D /R MENU {DUAL RATES}RACINGThe Dual Rate function allows you to change the control authority of the Steering, Throttle High Side and Throttle Brake Side by changing the amount of servo travel relative to control input. For example, by Increasing the Steering Dual Rate, you can make the Steering servo travel more which might prevent your Model from pushing during turns. If your Model oversteers during turns, you can reduce the amount of Steering Dual Rate.IMPORTANT: Prior to programming the Dual Rate function, you should adjust the maximum Left and Right (or High and Low) End Points. For more information, see the EPA Menu section on page 62.In the default configuration, Trim Switch Trm3 controls Steering Dual Rate and Trim Switch Trm5 controls Brake Dual Rate. Throttle Dual Rate can be changed while you're driving by Assigning the Dual Rate function to another Trim Switch or the Auxiliary Dial. For more information, see the ASSIGN Menu section on pages 33 ~ 38.Current Steering, Throttle and Brake Dual Rate percentage values are displayed in the Lower Right corner of the STATUS screen.

77M12S 2.4GHZ FH4T RADIO CONTROL SYSTEM USER'S GUIDETRChanging the Dual Rate Percentage Values:1) From within the RACING menu, scroll UP or DOWN to highlight the D/R menu.3) Scroll UP or DOWN to highlight the desired Dual Rate percentage value you would like to change.4) Press the ENTER key, then scroll UP or DOWN to Increase or Decrease the Dual Rate percentage value. Increasing the percentage value will Increase servo travel and Decreasing the percentage value will Decrease servo travel.5) Press the ENTER key, then repeat steps 3 and 4 to change any other desired Dual Rate percentage values.DUAL RATE setting range is 0% to 100%. The default setting for all channels is 100%.2) Press the ENTER key to open the D/R menu. ST > 100% will be highlighted.Dual Rate is a percentage of End Point Adjustment. For example, if you set the Steering Dual Rate percentage value to 100%, the Steering will travel the same amount defined by your End Point Adjustment programming. Alternately, if you set the Steering Dual Rate percentage value to 50%, the Steering will travel half the amount defined by your End Point Adjustment programming. D /R MENU {DUAL RATES}RACINGTRIM MENU {SERVO TRIM}RACINGThe Trim function allows you to view the current Trim value for each of the four channels and, if desired, allows you to change the Trim values using the Push-Button Rotary Dial from within the TRIM menu. For example, if you don't Assign Auxiliary 1 Trim to a Trim Switch, you can still Trim the Auxiliary 1 channel from within the TRIM menu.The M12S features Digital Trim Memory. Any amount of Trim that you set during use using the Trim Switches or through the TRIM menu is automatically stored in memory for that specific channel and for that specific Model. The Trim values for each Model will automatically be loaded when the transmitter is turned ON.Each time you move a Trim Switch a short audible Tone is heard. When the Trim value reaches 0 (Centered), a longer audible Tone sounds. This indicates to you that the Trim is centered without the need to look at the transmitter.In the default configuration, Trim Switch Trm1 and Trm2 move the Steering and Throttle/Brake Trim in 5% increments. If you want to Increase or Decrease the Trim Resolution, see the Changing the Trim Switch Step Value section on page 35. In the default configuration, Trim Switch Trm1 controls Steering Trim and Trim Switch Trm2 controls Throttle/Brake Trim. Auxiliary channel Trim can be changed while you're driving by Assigning the Trim function to another Trim Switch or the Auxiliary Dial. For more information, see the ASSIGN Menu section on pages 33 ~ 38.The current Trim positions for all four channels is shown on the Trim Displays on the STATUS screen. PRO TIP: The Trim function features two different Trim Type options that you can choose from. Choose from either Center Trim or Parallel Trim. For more information, see the TRIM TYPE Menu section on page 43.

78M12S 2.4GHZ FH4T RADIO CONTROL SYSTEM USER'S GUIDETRIM MENU {SERVO TRIM}RACINGChanging the Trim Values:1) From within the RACING menu, scroll UP or DOWN to highlight the TRIM menu.2) Press the ENTER key to open the TRIM menu. ST > 0 will be highlighted. 3) Scroll UP or DOWN to highlight the desired Trim value you would like to change.4) Press the ENTER key, then scroll UP or DOWN to Increase or Decrease the Trim value in the desired direction.5) Press the ENTER key, then repeat steps 3 and 4 to change any other desired Trim values.TRIM setting range is 0 to 100 in each direction. The default setting for all channels is 0.Before changing the Trim values, you should first verify that all Trim values are set to 0, then adjust the servo Sub-Trim values to center the servo horns perfectly. For more information, see the SUB TRIM Menu section on page 63.CURVE MENU {EXPONENTIAL, ADJUSTABLE RATE CONTROL AND CURVE}RACINGThe CURVE menu allows you choose what method you would like to use to vary the amount of servo travel in relation to the amount of control movement. Choose from Exponential, Adjustable Rate Control (ARC) and Point Curve functions. Each of these three functions offers something different, and which function you choose to use for each channel will be determined by many factors, including your Car Type, track conditions, driving style and more.Exponential, Adjustable Rate Control and Point Curve functions can be programmed for each of the four channels. Programming options will differ within each function depending on the specific channel you're programming. For example, if your Car Type features Front and Rear Steering and Front and Rear Motors (such as Car Type X), only ST and TH channel options will be programmable, however, both Front and Rear channels will be programmed with the same Programming Values.Exponential ProgrammingThe Exponential function allows you to vary the amount of servo travel in relation to the movement of the Steering Wheel and Throttle Trigger (or in some cases, the Auxiliary Dial and/or the Auxiliary Lever) near the Neutral positions to change the way those functions react to control movement.Decreasing the Exponential Rate percentage value will Soften the control feel around Neutral and Increasing the Exponential Rate percentage value will Heighten the control feel around Neutral. Using a Lower Negative value allows for smoother control. Using a Higher Positive value may result in more 'twitchy' control response.Quick(1% to 100%)Linear(0%)Mild(-1% to -100%)100%100%NAmount of Servo OperationAmount of Control OperationA graph that depicts the control output and Exponential Curve relationship is featured to help visualize the changes you make. Exponential Programming Values can be changed while you're driving by Assigning these functions to a Trim Switch, the Auxiliary Dial or the Auxiliary Lever. For more information, see the ASSIGN Menu section on pages 33 ~ 38.Exponential Rate percentage values can be adjusted from Mild through Linear to Quick to allow you to set the most effective control response for your Model. For example, if your Model over-steers, reduce the Steering Exponential Rate percentage value and if your Model under-steers, Increase the Steering Exponential Rate percentage value.For another example, reduce the Throttle High Side Exponential Rate percentage value on a slippery track or with a Model that has a Higher-torque motor or engine, and Increase the Throttle High Side Exponential Rate percentage value on a high-grip track or with a Model that has a Lower-torque motor or engine.For the utmost in precision control, Exponential Rate percentage values can be adjusted separately for the Throttle High Side and the Throttle Brake Side. In addition, the Exponential Tweak Right and Tweak Left function allows you to balance Exponential for Right and Left Steering.

79M12S 2.4GHZ FH4T RADIO CONTROL SYSTEM USER'S GUIDETRCURVE MENU {EXPONENTIAL, ADJUSTABLE RATE CONTROL AND CURVE}RACINGChoosing the Channel and the Curve Type:1) From within the RACING menu, scroll UP or DOWN to highlight the CURVE menu.2) Press the ENTER key to open the CURVE menu. The < ST > channel will be Selected.3) Press the SELECT switch RIGHT or LEFT to choose the desired channel you would like to program Exponential for.4) From within the CURVE menu, scroll UP or DOWN to highlight the TYPE > value.5) Press the ENTER key and scroll UP or DOWN to choose TYPE > EXP.Changing the Rate Percentage Value:The Rate percentage value determines the amount and type of Exponential, either Quick, Mild or Linear (see diagram on the previous page). When a Positive or Negative Exponential percentage value is programmed, a Curve will be created from a fixed Neutral Point. This Curve will be equal on both sides, except for the Throttle channel. For more information, see the notation below.1) From within the CURVE menu, scroll UP or DOWN to highlight RATE > 0%.2) Press the ENTER key, then scroll UP or DOWN to Increase or Decrease the Rate percentage value. Using a Negative Rate percentage value will Soften the control feel around Neutral and using a Positive Rate percentage value will Heighten the control feel around Neutral.RATE setting range is -100% (Mild) to 100% (Quick). The default setting is 0% (Linear).You are able to adjust the Rate percentage value for the Throttle High Side and the Throttle Brake Side separately. In addition, you can even program Exponential for one Side and ARC or Point Curve for the other Side.Changing the Steering Tweak Right and Tweak Left Values:The Tweak function allows you to make small Exponential adjustments to the Right and/or Left sides of the Steering channel Neutral Point to fine-tune the balance between the two sides. Tweak value adjustments are effective whether you program a Negative or a Positive Rate value, or even program a Linear Rate value (0).1) From within the CURVE menu, scroll UP or DOWN to highlight the desired Tweak value, either TWEAK L or TWEAK R.2) Press the ENTER key, then scroll UP or DOWN to Increase or Decrease the Tweak value. Using a Negative Tweak value will Soften the control feel that side of Neutral and using a Positive Rate percentage value will Heighten the control feel around that side of Neutral.3) Press the ENTER key, then repeat steps 1 and 2 to change the other Tweak value, if desired.TWEAK L and TWEAK R setting range is -20 (Mild) to 20 (Quick). The default setting for both Tweak values is 0 (Linear).

80M12S 2.4GHZ FH4T RADIO CONTROL SYSTEM USER'S GUIDECURVE MENU {EXPONENTIAL, ADJUSTABLE RATE CONTROL AND CURVE}RACINGAdjustable Rate Control ProgrammingThe Adjustable Rate Control (ARC) function allows you to vary the amount of servo travel in relation to the movement of the Steering Wheel and Throttle Trigger (or in some cases, the Auxiliary Dial and/or the Auxiliary Lever) near the Neutral positions to change the way those functions react to control movement.Decreasing the ARC Rate percentage value will Soften the control feel around Neutral and Increasing the ARC Rate percentage value will Heighten the control feel around Neutral. Using a Lower Negative value allows for smoother control. Using a Higher Positive value may result in more 'twitchy' control response.The Adjustable Rate Control function works like the Exponential function, except that the Adjustable Rate Control function features the added benefit of being able to move the Neutral Point, whereas the Exponential function Neutral Point is fixed. In addition, the ARC Curve is more Linear than the Exponential Curve.Adjustable Rate Control Programming Values can be changed while you're driving by Assigning these functions to a Trim Switch, the Auxiliary Dial or the Auxiliary Lever. For more information, see the ASSIGN Menu section on pages 33 ~ 38. ARC Rate percentage values can be adjusted from Mild through Linear to Quick to allow you to set the most effective control response for your Model. For example, if your Model over-steers, reduce the Steering ARC Rate percentage value and if your Model under-steers, Increase the Steering ARC Rate percentage value.For another example, reduce the Throttle High Side ARC Rate percentage value on a slippery track or with a Model that has a Higher-torque motor or engine, and Increase the Throttle High Side ARC Rate percentage value on a high-grip track or with a Model that has a Lower-torque motor or engine.For the utmost in precision control, ARC Point and Rate values can be adjusted separately for the Throttle High Side and the Throttle Brake Side. A graph that depicts the control output and ARC Curve relationship is featured to help visualize the changes you make.Quick(1% to 100%) Linear(0%)Mild(-1% to -100%)100%100%NAmount of Servo OperationAmount of Control OperationAdjustable Neutral PointChoosing the Channel and the Curve Type:1) From within the RACING menu, scroll UP or DOWN to highlight the CURVE menu.2) Press the ENTER key to open the CURVE menu. The < ST > channel will be Selected.3) Press the SELECT switch RIGHT or LEFT to choose the desired channel you would like to program ARC for.4) From within the CURVE menu, scroll UP or DOWN to highlight the TYPE > value.5) Press the ENTER key and scroll UP or DOWN to choose TYPE > ARC.Changing the Point Value:The Point value determines the Neutral Point where the Rate percentage value begins. For example, you may not want the Neutral Point to be centered between the High and Low End Points. You might want the Neutral Point shifted to the Right or to the Left.1) From within the CURVE menu, scroll UP or DOWN to highlight POINT > 50. 2) Press the ENTER key, then scroll UP or DOWN to Increase or Decrease the Point value. Increasing the Point value will shift the Neutral Point to one side of center and Decreasing the Point value will shift the Neutral Point to the opposite side of center.POINT setting range is 5 to 95. The default setting is 50 (Centered).

81M12S 2.4GHZ FH4T RADIO CONTROL SYSTEM USER'S GUIDETRCURVE MENU {EXPONENTIAL, ADJUSTABLE RATE CONTROL AND CURVE}RACINGYou are able to adjust the Point value and the Rate percentage value for the Throttle High Side and the Throttle Brake Side separately. In addition, you can even program ARC for one Side and Exponential or Point Curve for the other Side.Changing the Rate Percentage Value:The Rate percentage value determines the amount and type of ARC, either Quick, Mild or Linear (see diagram on the previous page). When a Positive or Negative ARC percentage value is programmed, a Linear Curve will be created from the Neutral Point. 1) From within the CURVE menu, scroll UP or DOWN to highlight RATE > 0%.2) Press the ENTER key, then scroll UP or DOWN to Increase or Decrease the Rate percentage value. Using a Negative Rate percentage value will Soften the control feel around the Neutral Point and using a Positive Rate percentage value will Heighten the control feel around the Neutral Point.RATE setting range is -100% (Mild) to 100% (Quick). The default setting is 0% (Linear).Point Curve ProgrammingThe Point Curve function allows you to vary the amount of servo travel in relation to the movement of the Steering Wheel and Throttle Trigger (or in some cases, the Auxiliary Dial and/or the Auxiliary Lever) at different Points along the entire range of control travel to change the way those functions react to control movement. Nine programmable Points allow you to create your own custom Point Curve to suit any situation.The Point Curve function works like the Exponential and ARC functions, except that the Point Curve function allows you to program up to 9 different Points along the entire range of control travel to suit whatever setup or situation is required. For example, you can customize the Point Curve to include Mild or Quick Points along the same Curve, or you can create a smooth Point Curve or a more Linear Point Curve.Point Curve percentage values can be adjusted from Mild through Linear to Quick to allow you to set the most effective control response for your Model. For example, if your Model over-steers, reduce the Point Curve percentage values and if your Model under-steers, Increase the Point Curve percentage values.For another example, reduce the Throttle High Side Point Curve percentage values on a slippery track or with a Model that has a Higher-torque motor or engine, and Increase the Throttle High Side Point Curve percentage values on a high-grip track or with a Model that has a Lower-torque motor or engine.For the utmost in precision control, Channel Curves can be programmed separately for the Throttle High Side and the Throttle Brake Side. A graph that depicts the control output and Point Curve relationship is featured to help visualize the changes you make.Quick LinearMild100%100%NAmount of Servo OperationAmount of Control OperationP1P2P3 P4P5P6P7 P8 P9Choosing the Channel and the Curve Type:1) From within the RACING menu, scroll UP or DOWN to highlight the CURVE menu.Point Curve Programming Values can be changed while you're driving by Assigning these functions to a Trim Switch, the Auxiliary Dial or the Auxiliary Lever. For more information, see the ASSIGN Menu section on pages 33 ~ 38.

82M12S 2.4GHZ FH4T RADIO CONTROL SYSTEM USER'S GUIDECURVE MENU {EXPONENTIAL, ADJUSTABLE RATE CONTROL AND CURVE}RACINGChoosing the Channel and the Curve Type, Continued....2) Press the ENTER key to open the CURVE menu. The < ST > channel will be Selected.3) Press the SELECT switch RIGHT or LEFT to choose the desired channel you would like to program Point Curve for.4) From within the CURVE menu, scroll UP or DOWN to highlight the TYPE > value, then press the ENTER key and scroll UP or DOWN to choose TYPE > CRV.Changing the Point Percentage Values:The Point percentage values determine the type of Point Curve, either Quick, Mild or Linear (see diagram on the previous page). Programming a Point percentage value that is Lower than the default value for that specific Point will Soften the control feel (Mild) and programming a Point percentage value that is Higher than the default value for that specific Point will Heighten the control feel (Quick).1) From within the CURVE menu, scroll UP or DOWN to highlight the desired Point you want to change the Point percentage value for. Choose from P1 through P9.2) Press the ENTER key, then scroll UP or DOWN to Increase or Decrease the Point percentage value. Using a Lower Point percentage value will Soften the control feel and using a Higher Point percentage value will Heighten the control feel.POINT 1 ~ 9 setting range is 0% to 100%. The default setting for P1 is 10%, for P2 is 20%, for P3 is 30%, for P4 is 40%, for P5 is 50%, for P6 is 60%, for P7 is 70%, for P8 is 80% and for P9 is 90%.3) Press the ENTER key, then repeat steps 1 and 2 to choose the Point percentage value for any other desired Points.You are able to adjust Point percentage values for the Throttle High Side and the Throttle Brake Side separately. In addition, you can even program Point Curve for one Side and Exponential or ARC for the other Side.SPEED MENU {SERVO SPEED}RACINGThe Servo Speed function allows you to slow the transit speed of the Steering, Throttle, Auxiliary 1 and Auxiliary 2 channels. When driving your Model, proper Steering and Throttle control are vital. For example, lowering the transit speed of the Steering servo can help to limit excessive Steering, which will enable you to achieve smoother cornering. In addition, lowering the transit speed of the Throttle servo High Side can help to ensure smooth Throttle control. This function can be used in conjunction with the Exponential, ARC or Point Curve functions to double the effect.Choosing the Channel:1) From within the RACING menu, scroll UP or DOWN to highlight the SPEED menu.The Servo Speed function can be programmed for each of the four channels, however, depending on the current Car Type, not all channels may be able to be Selected. For example, if your current Car Type features Front and Rear Steering and Front and Rear Motors (such as Car Type X), only ST and TH channel options will be programmable, however, both Front and Rear channels will be programmed with the same Programming Values.Servo Speed Programming Values can be changed while you're driving by Assigning these functions to a Trim Switch, the Auxiliary Dial or the Auxiliary Lever. For more information, see the ASSIGN Menu section on pages 33 ~ 38.Servo transit speed can be slowed in the Forward and the Return to Neutral directions independently. In addition, you are able to program a Point on either side of servo travel, then define whether the servo transit speed is slowed down either Outside or Inside those two Points.Point NForwardL RForwardReturn to Neutral Return to NeutralPoint

83M12S 2.4GHZ FH4T RADIO CONTROL SYSTEM USER'S GUIDETRSPEED MENU {SERVO SPEED}RACINGChoosing the Channel, Continued....2) Press the ENTER key to open the SPEED menu. The < ST > channel will be Selected.3) Press the SELECT switch RIGHT or LEFT to choose the desired channel you would like to program the Servo Speed function for.Changing the Servo Speed Forward Value:1) From within the SPEED menu, scroll UP or DOWN to highlight FORWARD > 0.2) Press the ENTER key, then scroll UP or DOWN to choose the desired Servo Speed Forward value. When 0 is Selected, the servo will travel at its normal speed in the Forward direction. When a Negative value is Selected, the servo transit speed will slow down in the Forward direction.FORWARD setting range is 0 to -100. The default setting is 0 (Normal Speed).Changing the Servo Speed Return Value:1) From within the SPEED menu, scroll UP or DOWN to highlight RETURN > 0.2) Press the ENTER key, then scroll UP or DOWN to choose the desired Servo Speed Return value. When 0 is Selected, the servo will travel at its normal speed in the Return to Neutral direction. When a Negative value is Selected, the servo transit speed will slow down in the Return to Neutral direction.RETURN setting range is 0 to -100. The default setting is 0 (Normal Speed).When the Throttle channel is Selected, you are able to adjust Servo Speed function Programming Values separately for both the Throttle High Side (H) and the Throttle Brake Side (B).1) From within the SPEED menu, scroll UP or DOWN to highlight POINT > 100%.2) Press the ENTER key, then scroll UP or DOWN to choose the desired Point percentage value.POINT setting range is 5% to 100%. The default setting is 100%.Changing the Point Percentage and IN and OUT Values: The Point percentage value determines where along either side of servo travel that the servo's transit speed will be changed. The IN and OUT values determine whether the change in servo transit speed occurs between the two points (IN) or outside the two Points (OUT). See the diagram on the previous page.If a 100% Point percentage value is chosen, the servo's transit speed will be the same along the entire length of travel. IN and OUT values are only discernible if a Point percentage value other than 100% is chosen.3) Press the ENTER key, then scroll DOWN to highlight IN/OUT > IN.4) Press the ENTER key, then scroll UP or DOWN to choose the desired IN/OUT value, either IN or OUT.IN/OUT setting range is IN or OUT. The default setting is IN.

84M12S 2.4GHZ FH4T RADIO CONTROL SYSTEM USER'S GUIDEALB MENU {ANTI-LOCK BRAKING}RACINGIn the default configuration, Push-Button Switch Sw2 controls the Anti-Lock Braking Function. Pressing and HOLDING the switch will turn Anti-Lock Braking ON and releasing the switch will turn Anti-Lock Braking OFF.Anti-Lock Braking Programming Values can be changed while you're driving by Assigning these functions to a Trim Switch, the Auxiliary Dial or the Auxiliary Lever. For more information, see the ASSIGN Menu section on pages 33 ~ 38.Changing the Stroke Percentage Value:The Stroke percentage value determines the amount of Brake that's applied automatically when the Anti-Lock Braking function is turned ON.A Stroke percentage value of 1% or greater must be programmed for the Anti-Lock Braking function to be turned ON. If a Stroke value of OFF is chosen, the Anti-Lock Braking function cannot be turned ON.1) From within the RACING menu, scroll UP or DOWN to highlight the ALB menu.STROKE setting range is OFF to 100%. The default setting is OFF.2) Press the ENTER key to open the ALB menu. STROKE > OFF will be highlighted.3) Press the ENTER key, then scroll UP or DOWN to choose the desired Stroke percentage value. Increasing the Stroke percentage value will Increase Throttle servo travel in the Brake direction and Decreasing the Stroke percentage value will Decrease Throttle servo travel in the Brake direction.Throttle NeutralPointLagReleaseHoldStrokeThe Anti-Lock Braking function makes it possible to achieve stable Braking even on a slippery surface. With stable Braking, your Model is better able to trace an exact line under Braking. When the Anti-Lock Braking function is turned ON, the Throttle servo will pulse when you apply Brake. Different Anti-Lock Braking options can be programmed, including how quickly the Brake pulsates, the Point at which the Anti-Lock Braking function Starts and more.The Anti-Lock Braking function is primarily used on gasoline- or glow-powered Models that feature a Throttle servo. It can be used on an electric Model that uses an Electronic Speed Control, however, if your Electronic Speed Control features a reverse function, the Anti-Lock Braking function will not operate properly.The Anti-Lock Braking function operates only when the Throttle Trigger is moved from Neutral to the Brake Side. Set the hardest Braking you can obtain from your Model by carefully setting the Anti-Lock Braking function Right before the tires fully lock up but do not slip and lose traction. Be aware that using the Anti-Lock Brake function will never result in your Model losing traction under Braking. It only improves Braking under less than ideal conditions. With ABS ON With ABS OFFThe diagram at Right illustrates the relationship between the Point, Lag, Release, Hold and Stroke functions, all of which can be programmed separately to suit your specific Car Type, track conditions and Anti-Lock Braking behavior.If desired, you can change the behavior of the switch from PUSH (default) to TOGGLE. For more information, see the Changing the Switch Mode section on page 34.

85M12S 2.4GHZ FH4T RADIO CONTROL SYSTEM USER'S GUIDETRALB MENU {ANTI-LOCK BRAKING}RACINGChanging the Point Percentage Value:The Point percentage value determines the position along the length of Brake Side servo travel that the Anti-Lock Braking function Activates at when turned ON. For example, if set to 80%, you will have Normal Braking from the Throttle Neutral Point to 79% of servo travel. At 80% of servo travel and beyond, the Anti-Lock Braking function will Activate when turned ON.POINT setting range is 5% to 100%. The default setting is 80%.1) From within the ALB menu, scroll UP or DOWN to highlight POINT > 80%.2) Press the ENTER key, then scroll UP or DOWN to choose the desired Point percentage value. Increasing the Point percentage value will cause the Anti-Lock Braking function to Activate later and Decreasing the Point percentage value will cause the Anti-Lock Braking function to Activate sooner.Changing the Release and Hold Values:The Release and Hold values determine the speed at which the Brake pulsates. By changing the Release and Hold values, you can make the Brake pulsate Faster or Slower. The Release value determines how quickly the Brake moves from the Point setting to the Stroke setting and the Hold value determines how quickly the Brake moves from the Stroke setting back to the Point setting.We recommend using equal Release and Hold values, although different values can be used to fine-tune how the Brake pulsates. Using Lower values make the Brake pulsate Faster and using Higher values make the Brake pulsate Slower.RELEASE setting range is 0.01s to 1.00s. The default setting is 0.03s.1) From within the ALB menu, scroll UP or DOWN to highlight RELEASE > 0.03s.2) Press the ENTER key, then scroll UP or DOWN to choose the desired Release value in Seconds. Increasing the Release value will cause the Brake to move from the Point setting to the Stroke setting Slower and Decreasing the Release value will cause the Brake to move from the Point setting to the Stroke setting Faster.HOLD setting range is 0.01s to 1.00s. The default setting is 0.03s.3) From within the ALB menu, scroll UP or DOWN to highlight HOLD > 0.03s.4) Press the ENTER key, then scroll UP or DOWN to choose the desired Hold value in Seconds. Increasing the Hold value will cause the Brake to move from the Stroke setting back to the Point setting Slower and Decreasing the Hold value will cause the Brake to move from the Stroke setting back to the Point setting Faster.Changing the Lag Value:The Lag value determines the amount of Delay before the Anti-Lock Braking function Activates after reaching the Point setting.LAG setting range is 0.00s to 1.00s. The default setting is 0.00s.1) From within the ALB menu, scroll UP or DOWN to highlight LAG > 0.00s.2) Press the ENTER key, then scroll UP or DOWN to choose the desired Lag value in Seconds. Increasing the Lag value increases the Delay time to Activate the Anti-Lock Braking function after reaching the Point setting and Decreasing the Lag value decreases the Delay time to Activate the Anti-Lock Braking function after reaching the Point setting.OFFSET MENU {THROTTLE OFFSET}RACINGThe Throttle Offset function allows you to shift the Neutral Point of the Throttle servo to a fixed position, either toward the High Side or the Brake Side, while still allowing you full control of the Throttle. For example, if you're driving a glow- or gas-powered Model, you can use the Throttle Offset function to raise the engine idle for starting or you can program the Throttle Offset function to Increase the engine to a steady idle while you're refueling during a race. If your Model features a separate Brake servo, a Brake Lock function is featured that can be programmed to apply Brake while the Throttle is increased to keep your Model from moving.The Throttle Offset function shifts the Neutral Point of the Throttle servo without affecting the High Side or Brake Side End Points. This allows you to have full control over the Throttle even when the Throttle Offset function is turned ON.

86M12S 2.4GHZ FH4T RADIO CONTROL SYSTEM USER'S GUIDEWhen the Throttle Offset function is turned ON, [OFFST] ON will be momentarily displayed in a pop-up window, LED1 will flash and an Audible Alarm will sound until the Throttle Offset function is turned OFF.Changing the Position Percentage Value:1) From within the RACING menu, scroll UP or DOWN to highlight the OFFSET menu.2) Press the ENTER key to open the OFFSET menu. OFFSET > OFF will be highlighted.3) Scroll UP or DOWN to highlight POSITION > 0%.4) Press the ENTER key, then scroll UP or DOWN to choose the desired High Side (H) or Brake Side (B) Position percentage value. The Position percentage value determines the position the Throttle servo Neutral Point will shift to when the Throttle Offset function is turned ON.Turning the Throttle Offset Function ON and OFF:1) From within the OFFSET menu, scroll UP or DOWN to highlight OFFSET > OFF.2) Press the ENTER key, then scroll UP or DOWN to choose the desired Offset value, either ON or OFF.OFFSET setting range is ON and OFF. The default setting is OFF.Remember, the Throttle Offset function can be turned ON and OFF using Push-Button Switch Sw1 without needing to access the OFFSET menu.POSITION setting range is H100% to B100%. The default setting is 0%.Changing the Brake Lock Percentage Value:When Car Type II, III, IV,VI or VII is Selected, the Brake Lock function can be programmed to apply Brake to keep your Model from moving while the Throttle Offset Position is increased. If your Car Type features two separate Brake channels, such as Car Type IV, the Brake Lock function percentage value will affect both Brake channels equally.1) From within the OFFSET menu, scroll UP or DOWN to highlight BR-LOCK > OFF.2) Press the ENTER key, then scroll UP or DOWN to choose the desired Brake Lock percentage value. The Brake Lock percentage value determines the position your separate Brake servo (or servos) will shift to when the Throttle Offset function is turned ON.BR-LOCK setting range is OFF and 0% to 100%. The default setting is OFF.OFFSET MENU {THROTTLE OFFSET}RACINGThrottle Offset Programming Values can be changed while you're driving by Assigning these functions to a Trim Switch, the Auxiliary Dial or the Auxiliary Lever. For more information, see the ASSIGN Menu section on pages 33 ~ 38.In the default configuration, Push-Button Switch Sw1 turns the Throttle Offset function ON and OFF.

87M12S 2.4GHZ FH4T RADIO CONTROL SYSTEM USER'S GUIDETRBR-MIX MENU {DUAL BRAKE MIXING}RACINGThe Brake Mixing function allows you change the Brake Bias between the Front and Rear Brakes and is used primarily with 1:5th scale gas-powered Models that use separate Brake servos, although one of the separate Brake servos can be the Brake Side of the Throttle servo, such as when Car Type III is Selected. The Brake Mixing function slows the transit speed of one or both Brake servos, which not only allows to slow down the Braking action, but also allows you to set a Delay between them, which results in you being able to change the Brake Bias.Brake Delay Programming Values can be changed while you're driving by Assigning the these functions to a Trim Switch or the Auxiliary Dial. For more information, see the ASSIGN Menu section on pages 33 ~ 38.The Brake Mixing function is available only when either Car Type III, IV or VII is Selected. Changing the Brake Delay Percentage Value:1) From within the RACING menu, scroll UP or DOWN to highlight the BR-MIX menu.2) Press the ENTER key to open the BR-MIX menu. BR-DELAY > 0% will be highlighted.3) Scroll UP or DOWN to highlight the Brake Delay percentage value you would like to change, either BR-DELAY or BR2-DELAY.Which Brake Delay percentage value affects the Front or Rear Brake servo depends on how your Brake servos are plugged into the receiver and will vary.4) Press the ENTER key, then scroll UP or DOWN to choose the desired Brake Delay percentage value. Increasing the percentage value will slow the transit speed of that Brake servo.5) Press the ENTER key, then repeat steps 3 and 4 to change the other Brake Delay percentage value, if desired. The larger the difference between the two Brake Delay percentage values, the greater the Brake Bias.BR-DELAY and BR2-DELAY setting range is 0% to 100%. The default setting for both channels is 0%.Setting both Brake Delay percentage values to the same percentage value will result in both Brake servos moving at the same speed. This allows you slow down the Braking action if that is desired. Using different percentage values will result in Brake Bias. You may find that you will need to use a larger percentage value to make a noticeable difference in Brake Bias.TH-HLD MENU {THROTTLE HOLD}RACINGThe Throttle Hold function moves the Throttle servo to a fixed position, either toward the High Side or the Brake Side, and is used primarily with glow- or gas-powered Models. For example, if you're driving a glow- or gas-powered boat, you can use can the Throttle Hold function to stop your engine with only the press of a button. This feature is often referred to as 'Engine Cut'. Alternately, you can use the Throttle Hold function to Increase the engine to a steady idle while you're refueling during a race. This feature is often referred to as 'Idle Up'. If your Model features a separate Brake servo, a Brake ON/OFF function is featured that will allow you to lock out the Brake servo (ON) or allow you control of the Brake servo (OFF) while the Throttle Hold function is turned ON.The Throttle Hold function moves the Throttle servo to a fixed position, either toward the High Side or the Brake Side. When the Throttle Hold function is turned ON, you will NOT have control of the Throttle. If your Model has a separate Brake servo and you set the Brake ON/OFF function to OFF, you will still have control over your Model's Brake. To regain Throttle control, you must turn the Throttle Hold function OFF.HOLDNH B150% 150%High Side Brake Side0%WARNING: The Throttle Hold percentage value can be set Higher than your Throttle High Side and Throttle Brake Side End Points. To avoid damage to your Model, we don't suggest programming a Throttle Hold percentage value that exceeds your Throttle High Side or Throttle Brake Side End Points.

88M12S 2.4GHZ FH4T RADIO CONTROL SYSTEM USER'S GUIDETH-HLD MENU {THROTTLE HOLD}RACINGSo that the Throttle Hold function can be turned ON and OFF while you're driving, it must first be Assigned to a Push-Button Switch. For more information, see the Push-Button Switch Assignments section on pages 33 ~ 34. When turned ON and OFF, [TH-HOLD] ACT or [TH-HOLD] INH will be displayed momentarily in a pop-up window.The Throttle Hold percentage value can be changed while you're driving by Assigning the Hold function to a Trim Switch or the Auxiliary Dial. For more information, see the ASSIGN Menu section on pages 33 ~ 38.Changing the Hold Percentage Value:1) From within the RACING menu, scroll UP or DOWN to highlight the TH-HLD menu.2) Press the ENTER key to open the TH-HLD menu. HOLD > 0% will be highlighted.3) Press the ENTER key, then scroll UP or DOWN to choose the desired Hold percentage value. The Hold percentage value determines the position the Throttle servo will move to when the Throttle Hold function is turned ON. Choosing a Positive Hold percentage value will move the Throttle servo toward the High Side and choosing a Negative Hold percentage value will move the Throttle Servo toward the Brake Side.HOLD setting range is 150% to -150%. The default setting is 0%.Turning the Throttle Hold Function ON and OFF:1) From within the TH-HLD menu, scroll UP or DOWN to highlight ACT/INH > INH.2) Press the ENTER key, then scroll UP or DOWN to choose the desired ACT/INH setting, either ACT (Active ON) or INH (Inhibited OFF).ACT/INH setting range is ACT and INH. The default setting is INH.We suggest Assigning the Throttle Hold function to a Push-Button Switch so that you can turn it ON and OFF without needing to access the TH-HLD menu. See the notation at the top of the page. In addition, ON and OFF behavior will differ based on the ACT/INH setting you choose. We recommend using the INH setting. With this setting, the Throttle Hold function will always be OFF until you turn it ON. If you choose ACT, the Throttle Hold function will always be ON until you turn it OFF.Changing the Brake Lock-Out Value:When Car Type II, III, IV,VI or VII is Selected, the Brake Lock-Out function can be programmed, which gives you the option to lock out the Brake servo(s) or retain control of the Brake servo(s). This gives you the option of controlling your separate Brake servo(s) to keep your Model from moving, even when your engine's idle Increases when the Throttle Hold function is turned ON. If your Car Type features two separate Brake channels, such as Car Type IV, the Brake Lock-Out function will affect both Brake channels equally.1) From within the TH-HLD menu, scroll UP or DOWN to highlight BR > ON.2) Press the ENTER key, then scroll UP or DOWN to choose the desired Brake value, either ON or OFF. When set to ON, your separate Brake servo(s) will be locked out along with the Throttle servo when the Throttle Hold function is turned ON. When set to OFF, you will retain control of your separate Brake servo(s) when the Throttle Hold function is turned ON.BR setting range is ON and OFF. The default setting is ON.Keep in mind that the Throttle Hold percentage value can be set Higher than your Throttle High Side and Throttle Brake Side End Points. To avoid damage to your Model, we don't suggest programming a Throttle Hold percentage value that exceeds your Throttle High Side or Throttle Brake Side End Points.

89M12S 2.4GHZ FH4T RADIO CONTROL SYSTEM USER'S GUIDETRThe Compensation Mixing function is used to create your own custom Mixes that allow you to control any number of desired functions in different combinations. For example, you can use the Compensation Mixing function to deploy an air-Brake when you apply Brake or raise a wing as you Increase Throttle. You could use the Compensation Mixing function to counter-act torque steer by applying a very slight amount of Steering in one direction when you Increase Throttle. The possibilities are nearly endless.Compensation Mixes are composed of a Master channel and a Slave channel. The Master channel always controls the Slave channel. Any of the four channels can be programmed as a Master or a Slave. The same channel can even be programmed as both a Master and a Slave. Two Rate percentage values can be programmed to determine the direction and amount of travel that the Slave channel servo moves in relation to the Master channel servo. In addition, an Offset function is featured that allows you to shift the Neutral Point of the Slave channel servo to center the Slave channel servo or to shift the Slave channel servo's Neutral Point to change the starting point of your Mix. Two Compensation Mixers are available, and each can be turned ON separately or both can be turned ON at the same time. A graph is featured to help visualize the Compensation Mixing changes you make.Compensation Mixing Programming Values can be changed while you're driving by Assigning these functions to a Trim Switch, the Auxiliary Dial or the Auxiliary Lever. For more information, see the ASSIGN Menu section on pages 33 ~ 38.This section covers both the Compensation Mixing 1 and Compensation Mixing 2 menus, since programming each of them is exactly the same. Choose either the C-MIX1 or the C-MIX2 menu depending on which of the two Compensation Mixers you want to program.The Compensation Mixing Rate 1 and Rate 2 percentage values determine whether the Compensation Mixer(s) are Active (turned ON) or Inhibited (turned OFF). When no Rate percentage values are programmed, the Compensation Mixer(s) will be Inhibited and when a Rate percentage value is programmed, the Compensation Mixer(s) will become Active. To turn the Compensation Mixer(s) ON and OFF while you're driving, you will need to program the Compensation Mixer(s) with a Rate value to one Racing Mode (turned ON), then switch to a Racing Mode without any Compensation Mixer Rate values programmed (turned OFF).C-MIX1 AND C-MIX2 MENU {COMPENSATION MIXING 1 AND COMPENSATION MIXING 2}RACINGSteeringWheel100 100100 10010 10SteeringServoThrottleServoSteeringOperation CH2MasterThrottleOperationCalculationCalculationServoOutputServoOutput CH1# MasterIn the example above, Compensation Mixing 1 is programmed as follows: MASTER > ST, SLAVE > TH, RATE1 > 10%, RATE2 > 10% and OFFSET > 0. When you move the Steering Wheel 100% in each direction, the Steering servo will travel 100% in each direction and at the same time, the Throttle servo will travel 10% in each direction.Compensation Mixing Rate percentage values are a Ratio of Slave channel servo travel to Master channel servo travel. For example, if both Rate percentage values are set to 10%, the Throttle servo will travel 1:10th the amount as the Steering servo travels in both directions. Compensation Mixes are Linear throughout the entire range of travel. If a Rate value of 0% is chosen, the Slave servo will not move in that direction.Compensation Mixing 1 Steering to Throttle Mix Example:Available channels vary based on the Car Type currently chosen. The table below shows the available channels for each Car Type. See the table on the next page that describes the Channel Output Data of each of these channels. Channels denoted with a Pound sign (#) can be Selected only as Master channels. All other channels can be Selected as Master or Slave channels.ST#STTH#THAUX1#AUX1AUX2#AUX2CH 1CH 2CH 3CH 4CH TYP ITYPE TYP II TYP III TYP IV TYP V TYP VI TYP VII TYP VIII TYP IX TYP XST#STTH#THBR#BRAUX#AUXST#STTH#THBR2#BR2AUX#AUXST#STTH#THBR#BRBR2#BR2ST#L-STTH#TH----#R-STAUX#AUXST#L-STTH#TH----#R-STBR#BRST#L-STTH#TH----#R-STBR2#BR2ST#F/STTH#TH----#R/STAUX#AUXST#STTH#F/TH----#R/THAUX#AUXST#F/STTH#F/TH----#R/ST----#R/THST=Steering • TH=Throttle • BR=Brake • BR2=Brake 2 • R-ST=Right • L-ST=Left • R/ST or R/TH=Rear • F/ST or F/TH=Front

90M12S 2.4GHZ FH4T RADIO CONTROL SYSTEM USER'S GUIDEC-MIX1 AND C-MIX2 MENU {COMPENSATION MIXING 1 AND COMPENSATION MIXING 2}RACINGST#ST#L-ST#F/STTH#TH#F/THAUX1BRBR2#AUX1#BR#BR2#R-ST#R/ST#R/THAUX2#AUX2Steering# Steering# Left Steering# Front SteeringThrottle# Throttle# Front ThrottleAuxiliary 1BrakeBrake 2# Auxiliary 1# Brake# Brake 2# Right Steering# Rear Steering# Rear ThrottleAuxiliary 2# Auxiliary 2Raw Output Data, Plus CURVE and SPEEDRaw Output Data, Plus TRIM, EPA, D/R, CURVE and SPEEDRaw Output Data, Plus TRIM, EPA, D/R, CURVE and SPEEDRaw Output Data, Plus TRIM, EPA, D/R, CURVE and SPEEDRaw Output Data, Plus CURVE, SPEED and BR-MIXRaw Output Data, Plus TRIM, EPA, D/R, CURVE, SPEED, ALB, OFFSET, BR-MIX and TH-HOLDRaw Output Data, Plus TRIM, EPA, D/R, CURVE, SPEED, ALB, OFFSET, BR-MIX and TH-HOLDRaw Output Data, Plus CURVE and SPEED (Referred to as AUX in some Car Types)Raw Output Data, Plus CURVE, SPEED and BR-MIXRaw Output Data, Plus CURVE, SPEED and BR-MIXRaw Output Data, Plus TRIM, EPA, D/R, CURVE and SPEEDRaw Output Data, Plus TRIM, EPA, D/R, CURVE, SPEED, ALB, OFFSET, BR-MIX and TH-HOLDRaw Output Data, Plus TRIM, EPA, D/R, CURVE, SPEED, ALB, OFFSET, BR-MIX and TH-HOLDRaw Output Data, Plus TRIM, EPA, D/R, CURVE and SPEEDRaw Output Data, Plus TRIM, EPA, D/R, CURVE and SPEEDRaw Output Data, Plus TRIM, EPA, D/R, CURVE, SPEED, ALB, OFFSET, BR-MIX and TH-HOLDRaw Output Data, Plus CURVE and SPEEDRaw Output Data, Plus TRIM, EPA, D/R, CURVE and SPEEDCH. NAMECH. CH. OUTPUT DATAThe table below shows the Channel Output Data of each Master channel. This is the Data that will be duplicated on the Slave channel when Compensation Mixing is turned ON. Master channels denoted with a Pound sign (#) indicate that not only is the Raw Output Data duplicated on the Slave channel, but the other functions described are also duplicated on the Slave channel. For example, if MASTER > #ST is Selected, any Master channel Steering Trim, End Point Adjustments, Dual Rate, Curve and Speed values, plus the Raw Output Data will be duplicated on the Slave channel. Alternately, if you Select MASTER > ST, only Curve and Speed values, plus the Raw Output Data will be duplicated on the Slave channel.Changing the Master Channel:1) From within the RACING menu, scroll UP or DOWN to highlight either the C-MIX1 or the C-MIX2 menu depending on which Compensation Mixer you want to program. In this section, we show programming Compensation Mixer 1.2) Press the ENTER key to open the C-MIX1 menu. MASTER > ST will be highlighted.3) Press the ENTER key, then scroll UP or DOWN to choose the desired Master channel.Changing the Slave Channel:1) From within the C-MIX1 menu, scroll UP or DOWN to highlight SLAVE > TH.2) Press the ENTER key, then scroll UP or DOWN to choose the desired Slave channel.Channels denoted with a Pound (#) sign cannot be chosen as Slaved channels.

91M12S 2.4GHZ FH4T RADIO CONTROL SYSTEM USER'S GUIDETRAdjust the Offset value to move the vertical axis and erase the Trim deviation from the Master Travel Indicator. If there is no Trim deviation displayed, you can simply position the starting point of your Mix by choosing the desired Offset value.C-MIX1 AND C-MIX2 MENU {COMPENSATION MIXING 1 AND COMPENSATION MIXING 2}RACINGWhen the Master and Slave are set to the same channel, Mixing takes place within the channel itself. This causes servo travel to Increase for Positive Rate percentage values and servo travel to Decrease for Negative Rate percentage values.Changing the Rate 1 and Rate 2 Percentage Values:The Rate percentage values determine the amount and direction of Slave channel servo travel. Use a Positive or Negative percentage value to change the amount and direction of Slave channel servo travel. The Right side of the graph indicates Rate 1 percentage values and the Left side of the graph indicates Rate 2 percentage values.1) From within the C-MIX1 menu, scroll UP or DOWN to highlight either RATE1 > 0% or RATE2 > 0%.2) Press the ENTER key, then scroll UP or DOWN to choose the desired Rate 1 or Rate 2 percentage value.RATE1 and RATE2 setting range is -150% to 150% . The default setting for both Rate percentage values is 0%.WARNING: The Rate percentage values can be set Higher than your Slave channel servo End Points (up to 150% in either direction). To avoid damage to your Model, we don't suggest programming Rate percentage values that exceed your Slave channel servo End Points.Changing the Channel Offset Value:The Offset function allows you to shift the Neutral Point of the Slave channel servo to compensate for any Master channel servo Trim or to change the starting point of your Mix.1) With the Master channel control centered, check the Master Travel Indicator at the bottom of the graph to see if any Master channel Trim is displayed.2) From within the C-MIX1 menu, scroll UP or DOWN to highlight OFFSET > 0.3) Press the ENTER key, then scroll UP or DOWN to choose the desired Slave channel Offset value. Increase or Decrease the Offset value to move the vertical axis in the desired direction.OFFSET setting range is -150 to 150 . The default setting is 0%.Following the example in the diagram at Right, set the Rate 1 percentage value to 0% and the Rate 2 percentage value to -50%, then set the Offset value to -100. The full range of Mixing travel can now be adjusted in one direction when turning the Auxiliary Dial counter-clockwise.This same technique can also be used if you're using the Auxiliary Lever to control either Auxiliary 1 or Auxiliary 2.When the Auxiliary Dial is programmed to control Auxiliary 1 or Auxiliary 2 and you choose AUX1 or AUX 2 (or #AUX1 or #AUX2) to be the Master channel, by setting the Offset value to 100 or -100, the Auxiliary Dial can control the full range of Mixing travel in one direction, instead of half the Mixing travel in one direction and half the Mixing travel in the other direction. This is useful if you want the full range of Mixing travel in only one direction.Setting the Offset value to a value greater than -100 or 100 will shift the Neutral Point of the Slave channel servo beyond the operation range of the Auxiliary Dial and is not recommended.0MAXAuxiliaryDial

92M12S 2.4GHZ FH4T RADIO CONTROL SYSTEM USER'S GUIDEACKER MENU {ACKERMAN ANGLE ADJUSTMENT}RACINGThe Ackerman function allows you to change the Steering angle of the Front tires independently to prevent the tires from slipping during turns. Being able to change the Ackerman Angle can help improve your Model's high-speed cornering and improve tire wear. In general, your Model will corner better if the inner tire turns in at a sharper angle than the outer tire. The Ackerman function allows you reduce the turn-in angle of the outer tire, which increases the turn-in angle of the inner tire relative to it.Ackerman Programming Values can be changed while you're driving by Assigning these functions to a Trim Switch, the Auxiliary Dial or the Auxiliary Lever. For more information, see the ASSIGN Menu section on pages 33 ~ 38.The Ackerman function is available only when either Car Type V, VI or VII is Selected. Changing the Ackerman Angle Percentage Values:1) From within the RACING menu, scroll UP or DOWN to highlight the ACKER menu.2) Press the ENTER key to open the ACKER menu. LEFT-ST L > 100% will be highlighted.3) Scroll UP or DOWN to highlight the Ackerman Angle percentage value you would like change. Choose from either LEFT-ST (Left Steering) Left or Right, or RIGHT-ST (Right Steering) Left or Right.4) Press the ENTER key, then scroll UP or DOWN to choose the desired Ackerman Angle percentage value. Reducing the Ackerman Angle percentage value will reduce the amount of control throw in that the direction for that specific servo.5) Press the ENTER key, then repeat steps 3 and 4 to change any other desired Ackerman Angle percentage values.In general, you want the inner tire to turn in more than the outer tire when turning both Right and Left (unless you're running on an oval track). In order to achieve this, you will need to reduce the control throw of the outer tire in both the Right and Left directions by reducing those Ackerman Angle percentage values. The percentage values you will need to change will vary depending on several factors, so you'll need to experiment to find the ones you need to reduce to achieve the desired results.LEFT-ST L and R and RIGHT-ST L and R setting range is 0% to 100%. The default setting for both channels is 100%.R-DLY MENU {RACING MODE DELAY}RACINGThe Racing Mode Delay function allows you to program a Delay for each of the four channels to help prevent drastic changes in channel function settings when switching between Racing Modes. For example, you might have one Dual Rate setting for Racing Mode 1 and a different Dual Rate setting for Racing Mode 2. The Racing Mode Delay function allows you to program a Delay in the Steering channel so that the transition to the different Dual Rates when you switch back and forth between Racing Modes is smooth and less noticeable.Racing Mode Delay Programming Values can be changed while you're driving by Assigning these functions to a Trim Switch, the Auxiliary Dial or the Auxiliary Lever. For more information, see the ASSIGN Menu section on pages 33 ~ 38.Changing the Racing Mode Delay Percentage Values:1) From within the RACING menu, scroll UP or DOWN to highlight the R-DLY menu.

93M12S 2.4GHZ FH4T RADIO CONTROL SYSTEM USER'S GUIDETRThe Code Auxiliary function is used with future connected products, such as an ESC, whose Programming Parameters can be changed directly via the transmitter. For example, you might be able to change the connected ESC's Driving Modes directly using the Auxiliary Dial to suit different conditions while you're driving.Code Auxiliary Programming Values can be changed while you're driving by Assigning these functions to a Trim Switch, the Auxiliary Dial or the Auxiliary Lever. For more information, see the ASSIGN Menu section on pages 33 ~ 38.Changing the Racing Mode Delay Percentage Values, Continued....2) Press the ENTER key to open the R-DLY menu. CH1 > 0% will be highlighted.CH1, CH2, CH3 and CH4 setting range is 0% to 100%. The default setting for all channels is 0%.R-DLY MENU {RACING MODE DELAY}RACING5) Press the ENTER key, then repeat steps 3 and 4 to change any other desired Racing Mode Delay percentage values.CODEAX1 AND CODEAX2 MENU {CODE AUXILIARY 1 AND CODE AUXILIARY 2}SETUPChanging the Code Auxiliary Values:1) From within the RACING menu, scroll UP or DOWN to highlight either the CODEAX1 or the CODEAX2 menu depending on which Code Auxiliary function you want to program. In this section, we show programming Code Auxiliary 1.2) Press the ENTER key to open the CODEAX1 menu. CODE1 > 0 will be highlighted.3) Scroll UP or DOWN to highlight the desired Code Auxiliary value you would like to change.4) Press the ENTER key, then scroll UP or DOWN to choose the desired Code Auxiliary value.CODE1, CODE2, CODE3, CODE4 and CODE5 setting range is -100 to 100. The default setting for all Code Auxiliary functions is 0 (OFF). 5) Press the ENTER key again, then repeat steps 3 and 4 to change any other desired Code Auxiliary values.3) Scroll UP or DOWN to highlight the desired channel you want to change the Racing Mode Delay percentage value for.4) Press the ENTER key, then scroll UP or DOWN to choose the desired Racing Mode Delay Percentage value. Increasing the Racing Mode Delay Percentage value will Increase the Delay when switching between Racing Modes.The Racing Mode Delay function changes the speed of the servos as they move to their new positions when you switch between Racing Modes. The Higher the Racing Mode Delay percentage value, the Slower the servos will transition to their new positions when you switch Racing Modes, but the smoother the transition will be. You will need to experiment with different percentage values to find a happy medium of smooth, yet quick transition. When the Racing Mode Delay Percentage value is set to 0%, there will be no Delay and the transition between Racing Modes will be immediate.This section covers both the Code Auxiliary 1 and Code Auxiliary 2 menus, since programming each of them is exactly the same. Choose either the CODEAX1 or the CODEAX2 menu depending on which of the two Code Auxiliary functions you want to program.

94M12S 2.4GHZ FH4T RADIO CONTROL SYSTEM USER'S GUIDECH-SET PG. 94MENU PAGE #MENU DESCRIPTIONAdjust Programming Values for Common Functions in One Convenient LocationThe following Programming Menus are available within the CUSTOM menu:To access the CUSTOM menu, turn the transmitter ON, then press the SELECT switch to highlight the CUSTOM menu.Press the ENTER key to open the CUSTOM menu. The CUSTOM menu features the CH-SET menu and any other favorite Programming Menus you've added.Scroll UP or DOWN to highlight the desired Programming Menu, then press the ENTER key to open that menu.CUSTOM MENU OVERVIEW CUSTOMThe CH-SET menu allows you to make a number of common function Programming Value changes to all four channels without the need to enter each of those function's Programming Menus separately. For example, you can make all of your desired Programming Value choices for functions such as End Point Adjustment, Exponential, Curves, Servo Speed, Fail Safe settings and more for each channel, all from within the same menu.If Racing Mode is turned ON and if you've chosen to program one or more Racing Mode functions separately, a Racing Mode Icon will be displayed next to the function Programming Value to indicate which Racing Mode you're currently programming the function for. For more information, see the R-MODE Menu section on pages 75 ~ 76.This section details how to use the CH-SET menu. For information about programming each of the Programming Menus within the CH-SET menu, refer to the specific Programming Menu sections detailed previously.CH-SET MENU {CHANNEL SET MENU}CUSTOMChoosing the Channel:1) From within the CUSTOM menu, scroll UP or DOWN to highlight the CH-SET menu.2) Press the ENTER key open the CH-SET menu. The < ST > channel will be Selected.3) Press the SELECT switch RIGHT or LEFT to choose the desired channel you would like to change function Programming Values for.Channels and function Programming Values will vary depending on the current Car Type.Changing Function Programming Values:1) After selecting the desired channel, scroll UP or DOWN to highlight the function Programming Value you would like to change.2) Press the ENTER key, then scroll UP or DOWN to choose the Selected func-tion Programming Value.3) Press the ENTER key, then repeat steps 1 and 2 to change any other desired function Programming Values.Certain function Programming Values may not be displayed in the CH-SET menu because they haven't been Selected in the specific function's Programming Menu. For example, the CURVE EXP function Programming Value may be displayed in the CH-SET menu, but if you want to change the CURVE ARC function through the CH-SET menu, you will need to first choose the ARC function in the CURVE menu first. The CURVE ARC function Programming Value will then be able to changed through the CH-SET menu.Function Programming Values changed from within the CH-SET menu are duplicated in the specific function's Programming Menu and vice-versa.

95M12S 2.4GHZ FH4T RADIO CONTROL SYSTEM USER'S GUIDETRADDING AND REMOVING FAVORITE MENUS CUSTOMAdding Programming Menus to the CUSTOM Menu:1) Highlight the Programming Menu you would like to add to the CUSTOM menu. 'C' ENTRY will be displayed in the Message Display Window.Removing Programming Menus From the CUSTOM Menu:1) Highlight the Programming Menu you would like to remove from the CUSTOM menu. 'C' CANCEL will be displayed in the Message Display Window and a 'C' will be displayed in the Pointer next to the Menu Name, indicating the Programming Menu is part of the CUSTOM menu.2) Press the SELECT switch in the direction of the arrow (LEFT). A 'C' will be displayed in the Pointer next to the Menu Name, indicating the Programming Menu is now added to the CUSTOM menu and CANCEL will now be displayed in the Message Display Window.2) Press the SELECT switch in the direction of the arrow (RIGHT). The 'C' will be removed from the Pointer next to the Menu Name, indicating the Programming Menu has now been removed from the CUSTOM menu and ENTRY will be displayed in the Message Display Window.Many Programming Menus can be Added to the CUSTOM menu quickly and easily. This allows you to store and then access your most-used Programming Menus all in one place within the CUSTOM menu.Not all Programming Menus can be added to the CUSTOM menu. If a Programming Menu can be added to the CUSTOM menu, 'C' ENTRY will be displayed in the Message Display Window when you highlight the Programming Menu.THIS SPACE INTENTIONALLY LEFT BLANK

96M12S 2.4GHZ FH4T RADIO CONTROL SYSTEM USER'S GUIDETELEMETRY CONNECTIONS AND MOUNTING REFERENCEOverview:The RX-461 and RX-462 receivers each feature two Temperature Sensor Inputs and one RPM Sensor Input, in addition to the Voltage Sensor built into the receiver. Temperature and RPM Sensors can be installed into your Model to give you Temperature and RPM or Speed feedback in real-time displayed on the transmitter's TELEMETRY screen.The range of the Telemetry System is approximately 260 feet (80 meters), although the range can vary based on many environmental factors. Use the Telemetry Signal Indicator to determine the quality of the Telemetry Signal.When used with an Airtronics 2.4GHz FH4T Telemetry-capable surface receiver, such as the RX-461 or RX-462, and up to two Temperature Sensors and an RPM Sensor (all available separately), Telemetry Data, such as RPM or Speed, Temperature, and Receiver Voltage can be viewed on the M12S transmitter's TELEMETRY screen.This section details connecting the RPM and Temperature Sensors to the RX-461 and/or RX-462 receiver and how to mount those Sensors into your Model. For more information about the specifics of either receiver, refer to the User's Guide included with your receiver.For more information about viewing Telemetry Data on the TELEMETRY screen, see the TELEMETRY Screen Overview section on pages 22 ~ 23. For more information about choosing Telemetry options, see the LOG SETUP Menu section on pages 48 ~ 56.Plugging the Telemetry Sensors into the Receiver:1) Carefully pry up and remove the plastic cover from over the Telemetry Sensor Input Ports on the receiver.2) Plug the Telemetry Sensor(s) into their respective Input Ports in the receiver. The Temperature Sensor can be plugged into either the TEMP 1 or the TEMP 2 Input Port and the RPM Sensor is plugged into the RPM Input Port. The Sensor Plugs are indexed so they can be plugged in only one way.Make sure to push the Sensor Plugs firmly in place to ensure a good connection. When routing Sensor Wires inside your Model, be careful that they cannot come into contact with any moving parts. The Sensor Wires should be securely mounted and protected against damage. In addition, install the dust covers included with your receiver to prevent dirt and debris from getting into any unused Input Ports.1) Mount the RPM Sensor to an aluminum or ABS angled bracket, then mount the bracket to your Model, making sure that it's held securely in place. For optimal operation, the Sensor Pickup should be positioned approximately 1mm away from the rotating part (flywheel, spur gear, pinion gear etc.)2) Cut one of the two reflective decals included with the RPM Sensor into an ~2mm diameter and apply it to the rotating part, so that as the part rotates, the reflective decal passes in Front of the Sensor Pickup. If the rotating part is metallic-colored (silver, aluminum, chrome, etc.), use the Black reflective decal and if the rotating part is dark-colored (black, blue or another dark color), use the White reflective decal.When installed, it's important that the Sensor Pickup face the rotating part and that the Black or White reflective decal is positioned so that it passes in Front of the Sensor Pickup. It's also important that the reflective decal contrasts with the rotating part it's applied to and that the Sensor Pickup is mounted approximately 1mm away from the rotating part.After installing the RPM Sensor and connecting it to your receiver, the RPM Sensor must be calibrated. For more information, see the RPM and Speed Telemetry Data Display Options section on pages 48 ~ 50.Mounting the RPM Sensor:The RPM Sensor uses infrared technology to record RPM data from a rotating part, such as a flywheel or a spur gear. One Black and one White reflective decal is included that is attached to the rotating part so the Sensor Pickup can 'see' it.Sensor PickupInput PlugReflective DecalAngled BracketRPM SensorSensor PickupSpur Gear or Other Rotating Part~1mmSensor Pickup

97M12S 2.4GHZ FH4T RADIO CONTROL SYSTEM USER'S GUIDETRMounting the Temperature Sensor:1) Secure the Sensor End directly against the part of your engine, motor, battery or other object you want to monitor temperature readings from, using either a nylon cable tie or high-temperature clear tape. For example, to monitor the cylinder head temperature of your glow-powered Model, the best place to secure the Sensor End is where the bottom of the cylinder head meets the top of the engine case. The Sensor End can be held in place using a nylon cable tie wrapped around your engine. To monitor the temperature of your battery pack or electric motor, high-temperature clear tape can be used to secure the Sensor End to the exact spot you want to monitor.Sensor EndInput PlugAttach withHigh-Temperature Clear TapeTELEMETRY CONNECTIONS AND MOUNTING REFERENCETROUBLESHOOTING GUIDE REFERENCEThis troubleshooting guide can help you diagnose and solve some of the more common problems that you may encounter with your radio control system.If you cannot solve the problem using this troubleshooting guide, please contact Airtronics Customer Service using the information in the Service and Support section on page 3.Transmitter does not turn ONTransmitter will not bind to receiverReceiver won't power ONAudible alarm beeps continuouslyOne or more LEDs flashingNo key-press, Trim, alarm or alert soundsServo movement is slowServo does not move when using Trim SwitchTransmitter batteries installed incorrectlyBattery tray not plugged inTransmitter batteries are deadDamage caused by using incorrect charger or reverse polarityModulation Type incorrect Too much time elapsed after pressing receiver Bind Button Attempting to Bind incompatible receiverUsing Electronic Speed control (ESC)Receiver batteries are deadUsing incorrect Binding procedureReceiver batteries are deadReceiver batteries not installed correctlyLoose switch connectionLow transmitter battery voltageTransmitter left ON 10 minutes or more without control inputTransmitter battery voltage too highIndicates transmitter status Audible tones are MutedLow receiver battery voltageControl linkages bindingUsing a negative Servo Speed valueTrim is outside of operational rangePROBLEMReinstall batteries, observing correct polarityPlug in battery trayReplace or recharge transmitter batteriesContact Airtronics Customer ServiceChange Modulation Type to match receiverQuickly press ENTER key in BIND menu after releasing receiver Bind ButtonUse only Airtronics 2.4GHz FH2, FH3, FH4 or FH4T surface receiversDisconnect ESC and use dry cell battery for Binding procedure, then reconnect ESC after BindingReplace or recharge receiver batteriesFollow Binding procedure carefullyReplace or recharge receiver batteries Reinstall receiver batteries, observing correct polarityDouble-check all connections including switchReplace or recharge transmitter batteriesMove Steering Wheel or Throttle Trigger, or press any key to clear alarm and continue operationUse transmitter battery whose voltage is 9.6 volts or less when fully chargedFor more information, see LED Condition Indicators table on page 10. Increase Tone volume in BUZZER menuReplace or recharge receiver batteriesAdjust control linkages to operate smoothlyIncrease Servo Speed valueCenter Trim Switches to '0', center the servo horn and control linkagesCAUSE SOLUTION

98M12S 2.4GHZ FH4T RADIO CONTROL SYSTEM USER'S GUIDELow transmitter battery voltageLow receiver battery voltageReceiver antenna not mounted correctlyIncorrect Servo Reversing settingServo horn not installed correctlyServo Sub-Trim out of adjustmentTo much servo travelTrim Step resolution requires adjustmentReceiver battery voltage has reached programmed Receiver Battery Voltage Fail Safe voltage valueThrottle channel Fail Safe value set to FREE or HOLDUsing FH2 ReciverTransmitter left in direct sunlight too longContrast setting too high or too lowABS function is turned ONSteering out of trimThrottle out of trimThrottle Offset function turned ONThrottle Hold function turned ONThrottle Hold function turned ONTelemetry system turned OFFUsing FH2, FH3 or FH4 receiverOut of Telemetry receiving rangeRacing Mode Inhibited (turned OFF)SEPARATE value for functions in R-MODE menu set to OFFNot choosing desired Racing Mode firstDual Rate value(s) set too highFeeling value set too highSafety Link Number doesn't match Selected ModelNo RF Signal from transmitterTransmitter in Receiver ModeUsing incorrect Servo Mode settingThis is normalLCD Backlight is turned OFFLCD MODE is set to Key-OnCursor is Active in Character Select screenTelemetry Data Recording function turned OFFThis is normalSpring tension set too looseInadequate transmitting rangeServo(s) move the wrong directionServo Horn(s) not centeredControl linkage(s) bindServo moves too much or not enough when Trim Switch is pressedThrottle servo moves to programmed position without inputCan't program Receiver Battery Voltage Fail SafeLCD is difficult to readThrottle servo pulsatesModel veers right or left without control inputModel accelerates without control inputModel does not react to ThrottleNo Telemetry connectionCan't change Racing ModesCan't program RACING menu functions separately for each Racing ModeModel seems extremely sensitive to control inputTransmitter does not control modelServo(s) and/or ESC don't operate at all or operate erraticallyDirection of travel shown on Servo Monitor is different from control input travelThere is no LCD Backlight LCD Backlight keeps turning OFFCan't control underscore when changing Model Name or User NameTelemetry Data doesn't record when Lap Timer is StartedCan't clear Lap TimerSteering Wheel and/or Throttle Trigger won't centerReplace or recharge transmitter batteryReplace or recharge receiver batteriesMount receiver antenna as recommendedChange Servo Reversing settingTurn servo horn 180º and reinstallAdjust Servo Sub-Trim to center servo hornDecrease servo travel using EPA functionAdjust Trim Step resolutionReplace or recharge the receiver batteriesSet Throttle channel Fail Safe to a percentage valueThis function is not supported with FH2 receiversPlace transmitter in shadeReadjust contrast settingThis is normal under Braking with ABS function ONUse Steering Trim Switch to adjust Steering Trim so model drives straightUse Throttle Trim Switch to adjust Throttle Neutral PointTurn Throttle Offset function OFFTurn Throttle Hold function OFFTurn Throttle Hold function OFFTurn Telemetry system ONUse FH4T Telemetry receiverShorten distance between transmitter and receiverActivate (turn ON) Racing ModeChange SEPARATE value in R-MODE menu ON for desired functionsChoose desired Racing Mode to program function for, then program functionDecrease Dual Rate value(s)Decrease Feeling valueChoose correct Model that matches receiver or Bind Model again with correct Safety Link NumberTransmitter is not turned ON. Only LCD is turned ON using DISPLAY keyTurn DISPLAY OFF, then turn transmitter ONUse correct Servo Mode setting based on the type of servos you're using in your Model. Use NOR mode for Throttle channel if using ESCDirection of travel displayed will vary depending on Servo Reversing settingsSet LCD MODE to Key-On or AlwaysThis is normal to save battery power. Increase TIME value or set LCD MODE to AlwaysPress BACK key to re-gain control of underscoreTurn Telemetry Data Recording function ONLap Timer will clear when you Start the Lap Timer againTighten spring tensionPROBLEM CAUSE SOLUTION

99M12S 2.4GHZ FH4T RADIO CONTROL SYSTEM USER'S GUIDETRSTTH/BR--------STTHAUX1AUX2STTH/BRAUX1AUX2STTH/BRAUX1AUX1----BR------------TH--------------------------------------------HOLD------------------------ST#STTH#THAUX1#AUX1AUX2#AUX2STTHAUX1AUX2STTHBR----STTHBRAUXSTTHBRAUXSTTHBRAUX--------BR--------TH----------------BR------------------------HOLDHOLD(B)--------------------ST#STTH#THBR#BRAUX#AUXSTTHBRAUXSTTH/BRBR2----STTHBR2AUXSTTH/BRBR2AUXSTTH/BRBR2AUX----BRBR--------TH----------------BR--------BRBR2--------HOLDHOLD(B)--------------------ST#STTH#THBR2#BR2AUX#AUXSTTHBR2AUXSTTHBRBR2STTHBRBR2STTHBRBR2STTHBRBR2--------BRBR----TH----------------BRBR2--------BRBR2----HOLDHOLD(B)HOLD(B)----------------ST#STTH#THBR#BRBR2#BR2STTHBRBR2STTH/BRST----STTHSTAUXSTTH/BRSTAUXSTTH/BRSTAUX----BR------------TH------------------------------------------------------------------------ST#F/STTH#TH----#R/STAUX#AUXF/STTHR/STAUXSTTH/BRST----STTHSTAUXSTTH/BRSTAUXSTTH/BRSTAUX----BR------------TH--------------------------------------------HOLD--------LEFT ST---RIGHT ST----ST#L-STTH#TH----#R-STAUX#AUXL-STTHR-STAUXSTTHSTBRSTTHSTBRSTTHSTBRSTTHSTBR------------BR----TH--------------------BR--------------------HOLD----HOLD(B)LEFT ST----RIGHT ST----ST#L-STTH#TH----#R-STBR#BRL-STTHR-STBRSTTH/BRSTBR2STTHSTBR2STTH/BRSTBR2STTH/BRSTBR2----BR----BR----TH--------------------BR2----BR----BR2----HOLD----HOLD(B)LEFT ST----RIGHT ST----ST#L-STTH#TH----#R-STBR2#BR2L-STTHR-STBR2STTH/BR--------STF/THR/THAUXSTTH/BRTH/BRAUXSTTH/BRTH/BRAUX----BRBR--------TH------------------------------------------------------------------------ST#STTH#F/TH----#R/THAUX#AUXSTF/THR/THAUXCH1CH2CH3CH4CH1CH2CH3CH4CH1CH2CH3CH4CH1CH2CH3CH4CH1CH2CH3CH4CH1CH2CH3CH4CH1CH2CH3CH4CH1CH2CH3CH4CH1CH2CH3CH4CH1CH2CH3CH4CH1CH2CH3CH4CH1CH2CH3CH4RACING MODE FUNCTIONS BY CAR TYPE REFERENCEThe table below shows the available Racing Mode functions by Car Type and channel.TYP I TYP II TYP III TYP IV TYP V TYP VI TYP VII TYP VIII TYP IX TYP XFUNCTIONTYPED/RTRIMCURVESPEEDALBOFFSETOFFSET(BR-LOCK)BR-MIXTH-HOLDACKERMANC-MIXMASTERC-MIXSLAVESTTH/BRST----STF/THSTR/THSTTH/BRSTTH/BRSTTH/BRSTTH/BR----BR----BR----TH------------------------------------------------------------------------ST#F/STTH#F/TH----#R/ST----#R/THF/STF/THR/STR/TH

100M12S 2.4GHZ FH4T RADIO CONTROL SYSTEM USER'S GUIDEDual Rate SteeringDual Rate ThrottleDual Rate BrakeDual Rate Brake 2Trim SteeringTrim ThrottleTrim BrakeTrim Brake 2Trim Front ThrottleTrim Rear ThrottleTrim AuxiliaryTrim Auxiliary 1Trim Auxiliary 2Exponential SteeringExponential Steering - Tweak - LeftExponential Steering - Tweak - RightExponential ThrottleExponential BrakeExponential Brake 2Exponential AuxiliaryExponential Auxiliary 1Exponential Auxiliary 2ARC Steering - PointARC Steering RateARC Throttle - PointARC Throttle - RateARC Brake - PointARC Brake - RateARC Brake 2 - PointARC Brake 2 - RateARC Auxiliary - PointARC Auxiliary - RateARC Auxiliary 1 - PointARC Auxiliary 1 - RateARC Auxiliary 2 - PointARC Auxiliary 2 - RateCurve Steering - Point 1 ~ Point 9Curve Throttle - Point 1 ~ Point 9Curve Brake - Point 1 ~ Point 9Curve Brake 2 - Point 1 ~ Point 9Curve Auxiliary - Point 1 ~ Point 9Curve Auxiliary 1 - Point 1 ~ Point 9Curve Auxiliary 2 - Point 1 ~ Point 9Speed Steering - ForwardSpeed Steering - Return to NeutralSpeed Steering - PointSpeed Throttle - ForwardSpeed Throttle - Return to NeutralSpeed Throttle - PointSpeed Brake - ForwardSpeed Brake - Return to NeutralSpeed Brake - PointSpeed Brake 2 - ForwardSpeed Brake 2 - Return to NeutralSpeed Brake 2 - PointSpeed Auxiliary - ForwardTRIM SWITCH, AUXILIARY DIAL AND AUXILIARY LEVER FUNCTIONS REFERENCEThe tables below shows the functions that can be Assigned to one of the five Trim Switches, the Auxiliary Dial or the Auxiliary Lever. Functions with an (*) Asterisk cannot be Assigned to the Auxiliary Lever. Not all functions listed below can be Assigned to all Car Types. Functions will vary by Car Type.FUNCTIOND/R STD/R THD/R BRD/R BR2TRIM STTRIM THTRIM BRTRIM BR2TRIM F/THTRIM R/THTRIM AUXTRIM AUX1TRIM AUX2EXP STEXPT ST-TW-LEXP ST-TW-REXP THEXP BREXP BR2EXP AUXEXP AUX1EXP AUX2ARC ST-PNTARC ST-RATEARC TH-PNTARC TH-RATEARC BR-PNTARC BR-RATEARC BR2-PNTARC BR2-RATEARC AUX-PNTARC AUX-RATEARC AX1-PNTARC AX1-RATEARC AX2-PNTARC AX2-RATECRV ST-P1~P9CRV TH-P1~P9CRV BR-P1~P9CRV BR2-P1~P9CRV AUX-P1~P9CRV AX1-P1~P9CRV AX2-P1~P9SPD ST-FWDSPD ST-RETSPD ST-PNTSPD TH-FWDSPD TH-RETSPD TH-PNTSPD BR-FWDSPD BR-RETSPD BR-PNTSPD BR2-FWDSPD BR2-RETSPD BR2-PNTSPD AUX-FWDDESCRIPTIONSpeed Auxiliary - Return to NeutralSpeed Auxiliary - PointSpeed Auxiliary 1 - ForwardSpeed Auxiliary 1 - Return to NeutralSpeed Auxiliary 1 - PointSpeed Auxiliary 2 - ForwardSpeed Auxiliary 2 - Return to NeutralSpeed Auxiliary 2 - PointAnti-Lock Braking StrokeAnti-Lock Braking PointAnti-Lock Braking ReleaseAnti-Lock Braking HoldAntil-Lock Braking LagThrottle Offset PositionThrottle Offset Brake LockBrake Mixing Brake DelayBrake Mixing Brake 2 DelayThrottle HoldCompensation Mixing 1 Rate 1Compensation Mixing 1 Rate 2Compensation Mixing 1 OffsetCompensation Mixing 2 Rate 1Compensation Mixing 2 Rate 2Compensation Mixing 2 OffsetAckerman Left Steering - LeftAckerman Left Steering - RightAckerman Right Steering - LeftAckerman Right Steering - RightRacing Mode Delay Channel 1Racing Mode Delay Channel 2Racing Mode Delay Channel 3Racing Mode Delay Channel 4AuxiliaryAuxiliary 1Auxiliary 2Auxiliary Code 01Auxiliary Code 02Auxiliary Code 03Auxiliary Code 04Auxiliary Code 05Auxiliary 1 Code 01Auxiliary 1 Code 02Auxiliary 1 Code 03Auxiliary 1 Code 04Auxiliary 1 Code 05Auxiliary 2 Code 01Auxiliary 2 Code 02Auxiliary 2 Code 03Auxiliary 2 Code 04Auxiliary 2 Code 05Racing Mode*Four Wheel Steering Mixing*Motor on Axle Mixing (Dig and Burn)*Select Right / Select Left*Increase / Decrease*FUNCTIONSPD AUX-RETSPD AUX-PNTSPD AX1-FWDSPD AX1-RETSPD AX1-PNTSPD AX2-FWDSPD AX2-RETSPD AX2-PNTALB STROKEALB POINTALB RELEASEALB HOLDALB LAGOFFST POSOFFST LOCKB-MX BR-DLYB-MX BR2-DLYTH-HLDC-M1 RATE1C-M1 RATE2C-M1 OFFSTC-M2 RATE1C-M2 RATE2C-M2 OFFSTACKER LS-LACKER LS-RACKER RS-LACKER RS-RR-DLY CH1R-DLY CH2R-DLY CH3R-DLY CH4AUXAUX1AUX2AXCODE01AXCODE02AXCODE03AXCODE04AXCODE05AX1CODE01AX1CODE02AX1CODE03AX1CODE04AX1CODE05AX2CODE01AX2CODE02AX2CODE03AX2CODE04AX2CODE05R-MODE4WS MIXMOA MIXINC/DECDESCRIPTION

102M12S 2.4GHZ FH4T RADIO CONTROL SYSTEM USER'S GUIDECompensation Mixing: Used to create your own custom Mixes that allow you to control any number of desired functions in different combinations.Crab Steering: Used with Four Wheel Steering, both Front and Rear wheels pivot right and left together. Also referred to as Parallel Steering.Cursor Indicator: Indicates on the TELEMETRY screen the current position of the Cursor when reviewing Telemetry Data.Data Point Scale: Indicates on the TELEMETRY screen the time in Seconds between recorded Telemetry Data Points.Dig: Used mostly in Rock Crawling and in conjunction with the Motor on Axle function, power to the Rear motor is reduced or turned OFF while keeping full control of the Front motor.Digital Trim Memory: Allows the transmitter to store Trim values in its memory. Any amount of Trim that you set during use using the Trim Switches is automatically stored in memory for that specific channel and for that specific Model. The Trim values for each Model will automatically be loaded when the transmitter is turned ON.Direct Model Select: Allows you to choose up to three different Models that can be Selected when turning the transmitter ON. Simply press a key while turning the transmitter ON and the Programming Data for your favorite Model will load automatically.Direction/Max/Min Indicators: Indicates on the TELEMETRY pages Control Movement Direction or Programmed Maximum and Minimum Telemetry Data values, depending on the current TELEMETRY page being displayed. Display Key: Turns the transmitter's LCD Screen ON without actually turning the transmitter ON. This allows you to check and/or change programming options without actually turning the transmitter ON.Dual Rate: Allows you to change the control authority of the Steering, Throttle High Side and Throttle Brake Side by changing the amount of servo travel relative to control input.Dual Rate Display: Displays the current Dual Rate percentage value of channels that Dual Rate can be programmed for. Channels displayed will vary based on the currently Selected Car Type.Elapsed Time: Displays on the TELEMETRY screen the current position in Time of the Cursor Indicator within the current Telemetry Data Log.End Point Adjustment: Used to adjust the desired amount of servo travel in both directions independently. This makes it possible to balance servo travel in both directions.Enter Key: Opens the Selected menu or programming option. Press and HOLD to reset the Selected programming option to its default value.Exponential: Allows you to vary the amount of servo travel in relation to the movement of the Steering Wheel and Throttle Trigger (or in some cases, the Auxiliary Dial and/or the Auxiliary Lever) near the Neutral positions to change the way those functions react to control movement.Fail Safe: Automatically moves the servos to a predetermined position in the event that the signal between the transmitter and the receiver is interrupted, whether due to signal degradation or low transmitter battery.Feeling: Allows you to adjust the Response Time of the Steering and Throttle channels to fine-tune the sensitivity of these controls. Some users may find that the Response Time is in some cases too fast, therefore, it's adjustable to suit the driver's driving style, Car Type and track conditions.FH2 Modulation: Frequency Hopping 2nd generation FHSS technology. FH2 Modulation is used in legacy Airtronics 2.4GHz FHSS-2 transmitters and receivers, such as the Airtronics M11, M11 FHSS-2, and MX-3FG radio control systems.FH3 Modulation: Frequency Hopping 3rd generation FHSS technology. FH3 Modulation is used in newer-generation Airtronics radio control systems, such as the M11X and MX-3X.FH4/FH4T Modulation: Frequency Hopping 4th generation FHSS technology. FH4 Modulation is the latest Airtronics 2.4GHz frequency modulation. FH4T frequency modulation is the same, in addition to supporting Telemetry. FHSS: Frequency Hopping Spread Spectrum. FHSS is a Modulation Type which transmits data across the entire frequency spectrum by transmitting data on different channels at an extremely fast interval.Firmware: The transmitter's operating software. You can check the Firmware version in the SYSTEM - INFORMATION menu and even update the Firmware if new Firmware becomes available.Four Wheel Steering Mixing: Used to control either the Front or Rear steering independently, or Mix the Front and Rear steering so that they can be used together. Front or Rear Independent Steering, Parallel Four Wheel Steering and Tandem Four Wheel Steering options are available.Goal Time: Used in conjunction with the Lap Timer, the Goal Time is designed to alert you when you reach the maximum desired elapsed time during your race or during practice.Grip: The Grip is molded from rubber in an ergonomic shape for increased comfort, control and feel.High Side: Refers to the Throttle Trigger stroke that opens the Throttle and powers your Model (pulling the Throttle Trigger).Hold Setting: Determines how quickly the Brake moves from the Stroke setting to the Point setting when the Anti-Lock Braking function is turned ON.GLOSSARY OF TERMS REFERENCE

103M12S 2.4GHZ FH4T RADIO CONTROL SYSTEM USER'S GUIDETRGLOSSARY OF TERMS REFERENCEInactivity Alarm: This alarm will sound if the transmitter is Left on for a period of 10 minutes without any control input from the user. This alarm alerts you to prevent unwanted draining of the transmitter battery. Inhibit: To deactivate or turn OFF a particular function.Interval Timer: Used separately or in conjunction with the Lap Timer, notifies you when a set Interval elapses while you are driving.KM/H: Kilometers per Hour.Lag: Controls the amount of Delay before the Anti-Lock Braking function Activates after reaching the Point setting.Lap Indicator: Indicates on the TELEMETRY screen the position along the Telemetry Data Stream that a Lap Time was counted.Lap Timer: Allows you to measure and record Lap Times for up to 250 Laps. The total number of Laps, the Current Lap Time, the Best Lap Time and the Average Lap Time are all displayed. Lap Times are displayed in the following format: 00':00".00 (Minutes : Seconds : 1/100th of a Second).Latency: The Response Time between the transmitter and receiver. The lower the Latency value, the faster the Response Time and the more connected you feel to your Model.LCD Screen: The heart of the programming and display features of the transmitter. All programming and transmitter display functions are shown on the LCD Screen. The LCD screen features an adjustable backlight, adjustable contrast and smooth scrolling.LED1: Displays the current RF signal output status of the transmitter. When illuminated, an RF signal is being transmitted. When extinguished, no RF signal is being transmitted. In addition, LED1 is used to indicate various transmitter conditions.LED2: Displays the current status of the Telemetry connection. When illuminated, no Telemetry connection is present. When extinguished, the Telemetry connection is Active. In addition, LED2 is used to indicate various transmitter conditions.Low Voltage Alert Alarm: The Low Voltage Alert alarm will sound when the transmitter batteries reach the Low Voltage Alert alarm voltage value programmed in the SYSTEM - BATTERY menu. The alarm will sound each time the transmitter battery voltage decreases by 0.1 volt. To clear this alarm, press the BACK key or the ENTER key.Low Voltage Limit Alarm: The Low Voltage Limit alarm will sound when the transmitter batteries reach the Low Voltage Limit alarm voltage value programmed in the SYSTEM - BATT menu. This alarm can only be cleared by turning the transmitter OFF and recharging or replacing the transmitter batteries.Mode Display: Displays on the STATUS screen any special Programming Modes that are Active, such as Throttle Offset or Anti-Lock Braking.Model Clear: Allows you to reset Model-specific Programming Data for the currently Selected Model back to the Factory Default settings. Model Copy: Allows you to copy the Programming Data FROM the currently Selected Model TO another Model.Model Name: Allows you to name each of the 50 individual Models. This makes it easy to keep track of multiple Models. The Model Name can consist of up to 14 letters, numbers or symbols.Model Select: Allows you to load the Programming Data for the particular Model you wish to drive. The transmitter can store Programming Data for up to 50 different Models.Model Sort: Allows you to change how your Models are displayed in the Model Select List by allowing you to swap the currently Selected Model with other Models.Modulation Type Indicator: Indicates on the LCD screen the current Modulation Type that the transmitter is set to.Motor on Axle Mixing: Used to control either the Front and Rear motors together or independently, giving you Dig and Burn functions.MPH: Miles Per Hour.On-Time Indicator: Displays on the STATUS screen the current cumulative On-Time of the transmitter in Hours and Minutes.Operating Voltage: The safe voltage that the transmitter or receiver can operate within. Exceeding the minimum operating voltage can result in loss of power to the device(s). Exceeding the maximum operating voltage can result in damage to the devices(s).Output Power: The power (in Milliwatts) that your transmitter transmits a signal. Over Voltage Alarm: The Over Voltage Alarm will sound if the transmitter battery voltage is greater than 9.6 volts. To clear this alarm, turn the transmitter OFF and replace the transmitter battery with one that when fully charged does not exceed 9.6 volts.Page Indicator: Indicates on the TELEMETRY screen the current Page within the Telemetry Data Stream that Telemetry Data is currently being displayed on.Parallel (Crab) Steering: Used with Four Wheel Steering, both Front and Rear wheels pivot right and left together.Parallel Trim: A Trim technology that shifts the servo End Points toward the High Side or the Low Side automatically when you apply Trim. This maintains balanced servo travel without the need to manually readjust the servo End Points. PC-Link Input: When used with an USB cable with a Mini USB connector (available separately), the PC-Link Input allows you to save Telemetry Data Logs and Model Programming Data to your PC. In addition, it also allows you to load saved Model Programming Data from your PC and update the transmitter's Firmware.

104M12S 2.4GHZ FH4T RADIO CONTROL SYSTEM USER'S GUIDEGLOSSARY OF TERMS REFERENCEPoint Auxiliary: Allows you to program the Auxiliary 1 or Auxiliary 2 channel servo to move up to 6 different Points along its travel, then cycle through those Points using one of the five Trim Switches or the Auxiliary Dial.Point Curve: Allows you to vary the amount of servo travel in relation to the movement of the Steering Wheel and Throttle Trigger (or in some cases, the Auxiliary Dial and/or the Auxiliary Lever) at different Points along the entire range of control travel to change the way those functions react to control movement.Point Setting: Locates the Point within the range of servo travel that you want a function to Start or Stop. This setting can vary depending on the actual function the Point setting is controlling.Power Switch: Turns the transmitter ON and OFF.Pre-Alarm: Used in conjunction with the Lap Timer, the Pre-Alarm is designed to alert you when you are nearing your Goal Time.Push-Button Rotary Dial: Also referred to as the UP key, DOWN key and ENTER key, it is used along with the BACK key and the SELECT switch to facilitate transmitter programming. It allows you to quickly and easily navigate the various Programming Menus and switch between the STATUS screen, ASSIGN screen and TELEMETRY screen.Push-Button Switches: The transmitter features three Push-Button Switches in different locations (Sw1, Sw2 and Sw3). Each Push-Button Switch is programmable and will perform a different function depending on what function is Assigned to it. Sw2 is a Rocker Switch that can be pressed from either the Front or the Back.Racing Mode: Provides you with five separate Racing Modes that you can switch between while you're driving. Racing Mode Indicator: Indicates on the LCD screen which Racing Mode (R1 ~ R5) is Active.Racing Mode LED: Displays which Racing Mode is currently Active. The color of the LED will vary depending on which of the five Racing Modes is Active. When extinguished, Racing Mode is Inhibited.Receiver Battery Voltage Fail Safe: Used to set a custom voltage that the Receiver Battery Fail Safe function will Activate at to alert you when your receiver battery needs recharging. This ensures that your servos continued to operate optimally at all times.Receiver Voltage Display: Displays on the TELEMETRY screen the current Voltage of the receiver battery. The tick mark indicates the current Voltage relative to the programmed Maximum Voltage value.Release Setting: Determines how quickly the Brake moves from Neutral to the percentage value determined by the Stroke setting when the Anti-Lock Braking function is Active.RF Indicator: Indicates whether the transmitter is sending an RF (Radio Frequency) signal or not.RPM: Revolutions Per Minute. RPM/Speed Gauge: Displays on the TELEMETRY screen the current RPM or speed in MPH or KM/H in graphical format. The needle indicates the current RPM or Speed relative to the programmed Maximum RPM or Speed value.Safety Link: Allows to program a unique code to each receiver/Model pair, preventing the transmitter from controlling a Model that it's not currently programmed for. This helps prevent a runaway Model should you accidentally choose the wrong Programming Data for the intended Model.Select Switch: Used along with the Push-Button Rotary Dial and the BACK key to facilitate transmitter programming. Use the SELECT switch to scroll through the STATUS screen's main menus, scroll through the TELEMETRY pages and make selections in many of the Programming Menus.Servo Monitor: Displays the output levels of the four channels in bar graph form, allowing you to monitor servo operation in a virtual manner. Servo Reversing: Used to electronically switch the direction of servo travel. Servo Speed: Used to slow down the transit speed of the servos. Servo transit speed can be slowed in both the Forward and the Return to Neutral directions.SHR Servo Mode: When used with Digital servos, this will increase the servo's response time, even above the manufacturer's stated specification. Do not use with Analog servos!SSR Servo Mode: When used with Airtronics SRG Digital servos, this will provide the fastest response time. This results in the ultimate feel and response, making you feel more in control of your Model than ever. Use only with Airtronics SRG Digital servos!Status Screen: Displays information about the transmitter and is the base from which you access other Programming Menus.Steering Output Display: Displays on the TELEMETRY screen the current position of the Steering channel as a percentage of Steering Wheel travel.Steering Spring Tension Adjustment Screw: Used to adjust the spring tension of the Steering Wheel to best suit the feel of the user.Steering Wheel: Proportionally operates the Model's Right and Left Steering control. The Steering Wheel features a foam grip for increased comfort, control and feel. The Steering Wheel's position, angle and spring tension can all be adjusted.Step Value: A preset amount that the servo will travel when a Trim Switch is pressed once. The Step value can be adjusted so that the servo either moves more or moves less when a Trim Switch is pressed.

106M12S 2.4GHZ FH4T RADIO CONTROL SYSTEM USER'S GUIDEINDEX REFERENCESymbols 2.4GHz Frequency Band Precautions 4A Ackerman Angle, Changing the Ackerman Angle Percentage Values 92Ackerman Angle, Definition of 101Ackerman Angle, Overview 92Activate, Definition of 101Adjustable Rate Control, Changing the Point Value 80Adjustable Rate Control, Changing the Rate Percentage Value 81Adjustable Rate Control, Choosing the Channel and Curve Type 80Adjustable Rate Control, Definition of 101Adjustable Rate Control, Overview 80Alarms. See Inactivity (Power ON) AlarmSee Over Voltage AlarmSee Low Voltage Alert AlarmSee Low Voltage Limit AlarmAntenna, Definition of 8, 101Antenna, Diagram of 6Antenna, Orientation of 6Antenna Reception Wire, Definition of 8, 101Antenna Reception Wire, Diagram of 8Antenna Reception Wire, Orientation of 8Anti-Lock Braking, Changing the Lag Value 85Anti-Lock Braking, Changing the Point Percentage Value 85Anti-Lock Braking, Changing the Release and Hold Values 85Anti-Lock Braking, Changing the Stroke Percentage Value 84Anti-Lock Braking, Definition of 101Anti-Lock Braking, Overview 84Assign Screen, Definition of 101Assign Screen, Overview 18Audible Key Tone. See Audible TonesAudible Key Tone, Definition of 101Audible Tones, Changing the Volume 39Audible Tones, Changing Tones 39Audible Tones, Tone and Volume Function Table 38Audio Indicator, Definition of 18, 101Audio Indicator, Diagram of 18Auxiliary Dial, Changing the Direction of Travel 37Auxiliary Dial, Changing the Function 36Auxiliary Dial, Changing the Step Value 36Auxiliary Dial, Definition of 8, 101Auxiliary Dial, Diagram of 6Auxiliary Dial, Functions Table 100Auxiliary Dial, Overview 36Auxiliary Lever, Changing the Function 37Auxiliary Lever, Changing the Tweak Values 38Auxiliary Lever, Definition of 8, 101Auxiliary Lever, Diagram of 6Auxiliary Lever, Functions Table 100Auxiliary Lever, Overview 37Auxiliary Type, Changing the Auxiliary Channel Operating Mode 42Auxiliary Type, Changing the Number of Points 42Auxiliary Type, Overview 42B Back Key, Definition of 9, 101Back Key, Diagram of 7Back Key, Function Overview 17Battery Compartment, Definition of 9, 101Battery Compartment, Diagram of 7Battery - Receiver, Options 8

107M12S 2.4GHZ FH4T RADIO CONTROL SYSTEM USER'S GUIDETRINDEX REFERENCEB Battery - Receiver, Warning if Using Li-Po or Li-Fe 8Battery -Transmitter, Charging Options 11Battery - Transmitter, Installation 11Battery - Transmitter, Options 11Battery - Transmitter, Warnings if Using Li-Po or Li-Fe 11Bind Button, Definition of 9, 101Bind Button, Diagram of 8Binding, Changing the Modulation Type 30Binding, Changing the Safety Link Number 31Binding, Changing the Servo Operating Mode 31Binding, Definition of 101Binding, Overview 30Binding the Transmitter and Receiver 23Bind LED, Definition of 9, 101Bind LED, Diagram of 8Boot Menu, Changing Boot Menu Options 56Boot Menu, Overview 56Boot Screen, Definition of 101Boot Screen, Overview 17Brake Bias. See Brake MixingBrake Bias, Definition of 101Brake Delay, Adjusting 87Brake Mixing, Changing the Brake Delay Percentage Value 87Brake Mixing, Definition of 101Brake Mixing, Overview 87Brake Side, Definition of 101Burn, Adjusting and Controlling 67Burn, Definition of 101C Car Type, Channel Table 25Car Type, Choosing a Car Type 24Car Type Indicator, Definition of 18, 101Car Type Indicator, Diagram of 18Car Type, Overview 24Car Type Templates, Definition of 101Center Trim. See Trim Type, OverviewCenter Trim Type, Definition of 101Channel Set, Changing Function Programming Values 94Channel Set, Choosing the Channel 94Channel Set, Definition of 101Channel Set, Overview 94Charge Jack, Definition of 9, 101Charge Jack, Diagram of 7Coaxial Cable, Definition of 9, 101Coaxial Cable, Diagram of 8Code Auxiliary, Changing the Code Auxiliary Values 93Code Auxiliary, Definition of 102Code Auxiliary, Overview 93Compensation Mixing, Channels By Car Type Table 89Compensation Mixing, Choosing the Channel Offset Value 91Compensation Mixing, Choosing the Master Channel 90Compensation Mixing, Choosing the Rate 1 and Rate 2 Percentage Values 91Compensation Mixing, Choosing the Slave Channel 90Compensation Mixing, Definition of 102Compensation Mixing, Master Channel Output Data Table 90Compensation Mixing, Overview 89Crab Steering, Definition of 102. See also Parallel SteeringCurrent Main Menu, Definition of 20Current Main Menu, Diagram of 20Current Programming Menu, Definition of 20

108M12S 2.4GHZ FH4T RADIO CONTROL SYSTEM USER'S GUIDEINDEX REFERENCEC Current Programming Menu, Diagram of 20Cursor Indicator, Definition of 21, 102Cursor Indicator, Diagram of 21Curve. See Point CurveSee also ExponentialSee also Adjustable Rate ControlCustom Menu, Adding Favorite Programming Menus 95Custom Menu Overview 94Custom Menu, Removing Favorite Programming Menus 95D Data Point Scale, Definition of 21, 102Data Point Scale, Diagram of 21Dig, Adjusting and Controlling 67Dig, Definition of 102Digital Trim Memory, Definition of 102Direction Indicators, Definition of 21, 102Direction Indicators, Diagram of 21Direct Model Select, Changing Direct Model Select Models 30Direct Model Select, Definition of 102Direct Model Select, Overview 29Direct Model Select, Using the Direct Model Select Function 29Display Key, Definition of 9, 102Display Key, Diagram of 7Display Screens, Overview 17DMS. See Direct Model SelectDriving Position, Changing 16Dual Rate, Changing the Dual Rate Percentage Values 77Dual Rate, Definition of 102Dual Rate Display, Definition of 18, 102Dual Rate Display, Diagram of 18Dual Rate, Overview 76E Elapsed Time, Definition of 21, 102Elapsed Time, Diagram of 21End Point Adjustment, Changing the Channel End Point Adjustment Percentage Values 62End Point Adjustment, Definition of 102End Point Adjustment, Overview 62Enter Key, Definition of 102Enter Key, Using Within Menus 20Exponential, Adjusting Steering Tweak 79Exponential, Changing the Rate Percentage Value 79Exponential, Choosing the Channel and Curve Type 79Exponential, Definition of 102Exponential, Overview 78F Fail Safe, Choosing Fail Safe Settings 70Fail Safe, Definition of 102Fail Safe, Overview 69FCC Compliance Statement 3Feeling, Changing Steering and Throttle Response Time Values 69Feeling, Definition of 102Feeling, Overview 69FH2 Modulation, Definition of 102FH3 Modulation, Definition of 102FH4/FH4T Modulation, Definition of 102FHSS, Definition of 102Firmware, Definition of 102Firmware, Viewing Current Firmware Version 61

109M12S 2.4GHZ FH4T RADIO CONTROL SYSTEM USER'S GUIDETRINDEX REFERENCEF Four Wheel Steering, Controlling 68Four Wheel Steering Mixing, Choosing Options 67Four Wheel Steering Mixing, Definition of 102Four Wheel Steering Mixing, Overview 67G Goal Time, Definition of 102Goal Time, Setting the Goal Time 72Grip, Changing 13Grip, Definition of 9, 102Grip, Diagram of 6H High Side, Definition of 102Hold Setting, Definition of 102I Inactivity (Power ON) Alarm, Definition of 103Inactivity (Power ON) Alarm, Overview 10Inhibit, Definition of 103Interval Timer, Choosing the Optional Throttle Trigger Start 73Interval Timer, Definition of 103Interval Timer, Overview 73Interval Timer, Setting the Interval Timer 73Interval Timer, Starting the Interval Timer 74Interval Timer, Stopping the Interval Timer 74K KM/H, Definition of 103L Lag, Definition of 103Lap Indicator, Definition of 21, 103Lap Indicator, Diagram of 21Lap Number, Diagram of 21Lap Time, Diagram of 21Lap Time Display, Diagram of 21Lap Timer, Choosing the Optional Throttle Trigger Start 72Lap Timer, Definition of 103Lap Timer, Overview 71Lap Timer, Setting the Goal Time 72Lap Timer, Setting the Pre-Alarm Time 72Lap Timer, Starting the Lap Timer and Counting Lap Times 72Lap Timer, Stopping the Lap Timer 73Lap Timer, Viewing Lap Times 73Latency, Adjusting Steering and Throttle. See FeelingLatency, Definition of 103LCD Screen, Changing the Backlight Brightness 41LCD Screen, Changing the Backlight Mode 41LCD Screen, Changing the Backlight On-Time 41LCD Screen, Changing the Contrast 40LCD Screen, Definition of 9, 103LED1. See also LED Condition IndicatorsLED1, Definition of 9, 103LED1, Diagram of 7LED2. See also LED Condition IndicatorsLED2, Definition of 9, 103LED2, Diagram of 7LED Condition Indicators 10Li-Po and Li-Fe Battery Warnings 11Log Setup, Overview 48

110M12S 2.4GHZ FH4T RADIO CONTROL SYSTEM USER'S GUIDEINDEX REFERENCEL Low Voltage Alert Alarm, Alert Value Tables 46Low Voltage Alert Alarm, Changing the Low Voltage Alert Alarm Value 47Low Voltage Alert Alarm, Definition of 103Low Voltage Alert Alarm, Overview 10Low Voltage Limit Alarm, Changing the Low Voltage Limit Alarm Value 47Low Voltage Limit Alarm, Definition of 103Low Voltage Limit Alarm, Limit Voltage Value Tables 46Low Voltage Limit Alarm, Overview 10M Main Menus, Overview 20Main Menus Structure, Overview 19Menu Header, Definition of 20Menu Header, Diagram of 20Menu Programming Display, Definition of 20Menu Programming Display, Diagram of 20Message Display, Definition of 20Message Display, Diagram of 20Mode Display, Definition of 18, 103Mode Display, Diagram of 18Model Clear, Clearing Model Programming Data 28Model Clear, Definition of 103Model Clear, Overview 28Model Copy, Copying Model Programming Data 27Model Copy, Definition of 103Model Copy, Overview 27Model Name, Definition of 18, 103Model Name, Deleting a Character 27Model Name, Deleting a Model Name 27Model Name, Diagram of 18Model Name, Entering a Model Name 26Model Name, Overview 26Model Number, Definition of 18Model Number, Diagram of 18Model Programming Data, Loading 59Model Programming Data, Saving 59Model Select, Definition of 103Model Select, Overview 25Model Select, Selecting a Model 25Model Sort, Definition of 103Model Sort, Overview 29Model Sort, Sorting Models 29Model Type. See Car TypeModulation Type, Changing 30Modulation Type, Definition of 103Modulation Type Indicator, Definition of 18Modulation Type Indicator, Diagram of 18Modulation Type, Overview 30Motor on Axle Mixing, Changing the Motor on Axle Power Distribution Values 66Motor on Axle Mixing, Definition of 103Motor on Axle Mixing, Overview 66MPH, Definition of 103N Next Programming Menus, Definition of 20Next Programming Menus, Diagram of 20Nominal Input Voltage, Receiver Specification 5Nominal Input Voltage, Transmitter Specification 5O Offset. See Throttle Offset

111M12S 2.4GHZ FH4T RADIO CONTROL SYSTEM USER'S GUIDETRINDEX REFERENCEO ON/OFF Switch. See Power SwitchOn-Time Indicator, Definition of 19, 103On-Time Indicator, Diagram of 18On-Time, Resetting the On-Time 61Operating Voltage, Definition of 103Operating Voltage Range, Transmitter Specification 5Output Power, Definition of 103Output Power, Transmitter Specification 5Over Voltage Alarm, Definition of 103Over Voltage Alarm, Overview 10P Packaging 2Page Indicator, Definition of 22, 103Page Indicator, Diagram of 21Pairing. See Binding the Transmitter and ReceiverParallel Steering, Definition of 103Parallel Trim. See Trim TypeParallel Trim, Definition of 103PC-Link Input, Definition of 9, 103PC-Link Input, Diagram of 7PC-Link, Loading Model Programming Data 59PC-Link, Overview 58PC-Link, Saving Model Programming Data 58PC-Link - Saving the Telemetry Data Log 58PC-Link, Updating Transmitter Firmware Version 60Point Auxiliary 1, Changing the Auxiliary 1 Point Values 64Point Auxiliary 1, Overview 64Point Auxiliary 2, Changing the Auxiliary 2 Point Values 65Point Auxiliary 2, Overview 65Point Auxiliary, Definition of 104Point Curve, Changing the Point Percentage Values 82Point Curve, Choosing the Channel and Curve Type 81Point Curve, Definition of 104Point Curve, Overview 81Point Setting, Definition of 104Power ON Alarm. See Inactivity (Power ON) AlarmPower Switch, Definition of 9, 104Power Switch, Diagram of 6Pre-Alarm, Definition of 104Pre-Alarm, Setting the Pre-Alarm 72Programming Keys, Overview 17Push-Button Rotary Dial, Changing the Scrolling Direction 16Push-Button Rotary Dial, Definition of 9, 104Push-Button Rotary Dial, Diagram of 7Push-Button Rotary Dial, Function Overview 17Push-Button Switches, Changing the Function 33Push-Button Switches, Changing the Switch Mode 34Push-Button Switches, Definition of 9, 104Push-Button Switches, Diagram of 6, 7Push-Button Switches, Function Table 34Push-Button Switches, Overview 33R Racing Menu, Overview 74Racing Mode, Active Racing Mode LED Color Table 75Racing Mode, Definition of 104Racing Mode Delay, Changing the Racing Mode Delay Percentage Values 92Racing Mode Delay, Overview 92Racing Mode, Functions by Car Type Table 99Racing Mode Indicator, Definition of 19, 104

112M12S 2.4GHZ FH4T RADIO CONTROL SYSTEM USER'S GUIDEINDEX REFERENCER Racing Mode Indicator, Diagram of 18Racing Mode LED. See Racing Mode, Active Racing Mode LED Color TableSee also LED Condition IndicatorsRacing Mode LED, Definition of 9, 104Racing Mode LED, Diagram of 7Racing Mode, Overview 75Racing Mode, Switching 76Racing Mode, Turning Racing Mode ON and OFF 75Racing Mode, Turning Separate Functions ON and OFF 76Receiver Battery Voltage Fail Safe, Activating 71Receiver Battery Voltage Fail Safe, Choosing the Receiver Battery Voltage Value 70Receiver Battery Voltage Fail Safe, Definition of 104Receiver, Battery Voltage Fail Safe Limit Specification 5Receiver Battery Voltage Fail Safe, Overview 70Receiver, Connections and Mounting 8Receiver, Dimensions Specification 5Receiver, Nominal Input Voltage Specification 5Receiver, Overview 8Receiver Precautions 4Receiver Voltage Display, Definition of 22, 104Receiver Voltage Display, Diagram of 21Receiver, Weight Specification 5Release Setting, Definition of 104RF Exposure Statement 3RF Indicator, Definition of 19, 104RF Indicator, Diagram of 18RPM, Definition of 104RPM Display, Definition of 22RPM Display, Diagram of 21RPM Gauge, Diagram of 21RPM Sensor, Changing the 10Count Distance Value 50RPM Sensor, Changing the Ratio Value 49S Safety 3Safety Link, Changing the Safety Link Number 31Safety Link, Definition of 104Safety Link, Overview 31Select Switch, Definition of 9, 104Select Switch, Diagram of 7Select Switch, Function Overview 17Select Switch, Using Within Menus 20Service and Support 3Servo Connectors 4Servo Monitor, Definition of 104Servo Monitor, Overview 32Servo Monitor, Using the Servo Monitor 32Servo Operating Mode, Changing 31Servo Operating Mode, Important Information 32Servo Operating Mode, Overview 31Servo Reversing, Changing the Servo Reversing Values 64Servo Reversing, Definition of 104Servo Reversing, Overview 64Servo Speed, Changing the Point Percentage and IN and OUT Values 83Servo Speed, Changing the Servo Speed Forward Value 83Servo Speed, Changing the Servo Speed Return Value 83Servo Speed, Choosing the Channel 82Servo Speed, Definition of 104Servo Speed, Overview 82Servo Sub-Trim. See Sub-TrimServo Trim. See Trim

113M12S 2.4GHZ FH4T RADIO CONTROL SYSTEM USER'S GUIDETRINDEX REFERENCES Setup Menu, Overview 61SHR Servo Mode. See Servo Operating ModeSHR Servo Mode, Definition of 104Speed Display, Diagram of 21Speed Gauge, Diagram of 21SSR Servo Mode. See Servo Operating ModeSSR Servo Mode, Definition of 104Status Indicator, Definition of 22Status Indicator, Diagram of 21Status Screen, Definition of 104Status Screen, Overview 18Steering Output Display, Definition of 22, 104Steering Output Display, Diagram of 21Steering Spring Tension Adjustment Screw, Definition of 9, 104Steering Spring Tension Adjustment Screw, Diagram of 6Steering Tweak, Adjusting 79Steering Wheel Angle Plate, Installing 15Steering Wheel, Changing 13Steering Wheel, Definition of 9, 104Steering Wheel, Diagram of 6Steering Wheel Offset Plate, Installing 14Steering Wheel Spring, Changing 12Steering Wheel Spring Tension, Changing 12Steering Wheel Travel, Changing 12Step Value, Definition of 104Stroke, Definition of 105Sub-Trim, Changing the Servo Sub-Trim Values 63Sub-Trim, Definition of 105Sub-Trim, Overview 63Suppression Capacitor, Definition of 105System Features 5System Indicators, Definition of 20, 105System Indicators, Diagram of 20System Menu, Overview 24System Specifications 5T Tandem Steering, Definition of 105Telemetry, Calibrating the RPM Sensor 10Count Distance Value 50Telemetry, Calibrating the RPM Sensor Ratio Value 49Telemetry, Changing the Alert Temperature Value 52Telemetry, Changing the Alert Voltage Value 51Telemetry, Changing the Maximum Scale Value 49Telemetry, Changing the Maximum Temperature Value 52Telemetry, Changing the Maximum Voltage Value 51Telemetry, Changing the Minimum Temperature Value 53Telemetry, Changing the RPM Unit Value 49Telemetry, Changing the Temperature Unit Value 52Telemetry Connections and Mounting, Overview 96Telemetry Data Graph, Definition of 22Telemetry Data Graph, Diagram of 21Telemetry Data Log, Saving 58Telemetry Data Recording, Overview 48Telemetry Data Recording, Turning ON and OFF 48Telemetry Data, Reviewing 22Telemetry, Definition of 105Telemetry, Mounting the RPM Sensor 96Telemetry, Mounting the Temperature Sensor 97Telemetry, Plugging the Telemetry Sensors into the Optional Receiver 96Telemetry - Receiver Mode, Calibrating the Steering Output Data Display 54Telemetry - Receiver Mode, Calibrating the Throttle Output Data Display 55

114M12S 2.4GHZ FH4T RADIO CONTROL SYSTEM USER'S GUIDEINDEX REFERENCET Telemetry - Receiver Mode, Enabling Receiver Mode 53Telemetry - Receiver Mode, Overview 53Telemetry Screen, Definition of 105Telemetry Screen, Overview 21Telemetry Signal Indicator, Definition of 105Telemetry, Turning ON and OFF 31Temperature 1 Display, Definition of 22, 105Temperature 1 Display, Diagram of 21Temperature 2 Display, Definition of 22, 105Temperature 2 Display, Diagram of 21Temperature Alert Alarm, Definition of 105Throttle Bias, Definition of 105Throttle Hold, Changing the Hold Percentage Value 88Throttle Hold, Choosing the Brake Lock-Out Value 88Throttle Hold, Definition of 105Throttle Hold, Overview 87Throttle Hold, Turning ON and OFF 88Throttle Offset, Changing the Brake Lock Percentage Value 86Throttle Offset, Changing the Position Percentage Value 86Throttle Offset, Definition of 105Throttle Offset, Overview 85Throttle Offset, Turning ON and OFF 86Throttle Output Display, Definition of 22, 105Throttle Output Display, Diagram of 21Throttle Spring Tension Adjustment Screw, Definition of 105Throttle Spring Tension Adjustment Screw, Diagram of 6Throttle Trigger Adjustment Position Indicator, Definition of 105Throttle Trigger Adjustment Position Indicator, Diagram of 6Throttle Trigger Angle, Changing 13Throttle Trigger, Definition of 9, 105Throttle Trigger, Diagram of 6Throttle Trigger Position Adjustment Screw, Diagram of 7Throttle Trigger Position, Changing 14Throttle Trigger Spring Tension, Changing 12Throttle Trigger, Using to Start the Interval Timer 73Throttle Trigger, Using to Start the Lap Timer 72Throttle Type, Changing the Throttle Type 44Throttle Type, Overview 44Transmitter and Receiver Binding. See Binding the Transmitter and ReceiverTransmitter Battery Charging Options 11Transmitter Battery Installation 11Transmitter Battery Options 11Transmitter, Dry Weight Specification 5Transmitter Firmware Version, Updating 60Transmitter, Nominal Input Voltage Specification 5Transmitter, Operating Voltage Range Specification 5Transmitter, Output Power Specification 5Transmitter, Overview 6Transmitter Precautions 4Trim, Adjusting Trim Values 78Trim Display, Definition of 19, 105Trim Display, Diagram of 18Trim, Overview 77Trim Step Resolution, Definition of 105Trim Switches, Changing the Direction of Travel 36Trim Switches, Changing the Function 35Trim Switches, Changing the Step Value 35Trim Switches, Definition of 9, 105Trim Switches, Diagram of 6, 7Trim Switches, Functions Table 100Trim Switches, Overview 34

115M12S 2.4GHZ FH4T RADIO CONTROL SYSTEM USER'S GUIDETRINDEX REFERENCET Trim Type, Changing the Trim Type 43Trim Type, Overview 43Troubleshooting Guide 97Tweak, Definition of 105U User Name, Definition of 105User Name, Deleting a Character 57User Name, Deleting the User Name 57User Name, Entering a User Name 57User Name, Overview 56V Variable Rate Adjustment, Calibrating the Steering Throttle and Auxiliary Lever Controls 45Variable Rate Adjustment, Definition of 105Variable Rate Adjustment, Overview 44Variable Rate Adjustment, Resetting the Steering, Throttle and Auxiliary Lever Calibration Values 46Vibrator, Definition of 105Vibrator, Overview 39Vibrator, Turning Vibration Functions ON and OFF 40Vibrator, Vibration Functions Table 40Voltage Indicator, Definition of 19, 105Voltage Indicator, Diagram of 18VR Adjust. See Variable Rate AdjustmentW Weight, Receiver Specification 5Wrist Strap Anchor, Installing 13Wrist Strap Anchor Slot, Definition of 9, 105Wrist Strap Anchor Slot, Diagram of 7Z Z-Connector, Definition of 105Z-Connector, Diagram of 4THIS SPACE INTENTIONALLY LEFT BLANK

116M12S 2.4GHZ FH4T RADIO CONTROL SYSTEM USER'S GUIDEAirtronics is Imported Exclusively in North America by:Global Hobby Distributors18480 Bandilier CircleFountain Valley, CA 92708Telephone: (714) 963-0329Fax: (714) 964-6236Email: service@airtronics.nethttp://globalservices.globalhobby.comhttp://www.airtronics.netFeatures and Specifications are Subject to Change Without Notice.All contents © 2015 Airtronics, Inc.All Rights Reserved. Revision 1 01.27.2015 670A14432A

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