You will have to add this into a script for the TARGET Script Editor: MapAxis ( &Joystick, JOYX, DX_XROT_AXIS, AXIS_NORMAL, MAP_ABSOLUTE); MapAxis ( &Joystick, JOYY, DX_YROT_AXIS, AXIS_NORMAL, MAP_ABSOLUTE);HTH

Okay I managed to solve this with a similar, simpler solution, using the TARGET GUI.1. I followed the instructions at the bottom of this thread to ensure my HOTAS drivers and TARGET were installed correctly (requires plugging and unplugging devices as you go): https://forums.eagle.ru/showthread.php?t=2690512. After installing TARGET, I opened the TARGET GUI and created a New Configuration. On the next page I selected just my stick (T16000M), not my throttle. Then I left the axes mappings as default. I actually Changed the CURVE to -4 for the X and Y axes just to make sure there was no deadzone in game. On the final page you can save the profile but before you do so, you can take a look at the script it generates which contains the same lines of codes you've shared. Hit Run Configuration and TARGET should reassign your stick to be a Thrustmaster Virtual Game Controller. You can check this by opening up the Joystick Control Panel from the new window that has opened after running the configuration. 3. Now I ran into some problems with getting the T16000 to stay connected via the TARGET virtual game controller, with the stick falling asleep. However just to test that the above worked I managed to keep the connection alive by keeping the stick in motion as I hit the Run Configuration button, then checked the properties of the Thrustmater Virtual Game Controller inside the Joystick Control Panel (which is just a shortcut to the the windows Game Controllers panel) and could see input for the X and Y axes in the test tab.4. Finally I booted up squadrons (also keeping the stick in motion) and with some luck managed to set the Joystick 1 device at the end of the controller settings to Thrustmaster Virtual Game Controller. E voila! in game I was able to move the cockpit's crosshairs with even the slightest movements from the stick and no deadzone!With regards to the issues in step 3, I found some articles about turning off the power saving features for the T16000 in Windows registry, device manager and Windows power saver menu.

Using Thrustmaster TARGET to fix the Thrustmaster HOTAS deadzone issues

7 Replies

Opiate987
5 years ago
Hey thanks for this.

Could you perhaps give a bit more detail in how to get this working?

I pasted the two lines into the main() function of a new script but when I run the script it replaces my device with a virtual one that gives no input?
Opiate987
5 years ago
Okay I managed to solve this with a similar, simpler solution, using the TARGET GUI.

1. I followed the instructions at the bottom of this thread to ensure my HOTAS drivers and TARGET were installed correctly (requires plugging and unplugging devices as you go): https://forums.eagle.ru/showthread.php?t=269051

2. After installing TARGET, I opened the TARGET GUI and created a New Configuration. On the next page I selected just my stick (T16000M), not my throttle. Then I left the axes mappings as default. I actually Changed the CURVE to -4 for the X and Y axes just to make sure there was no deadzone in game. On the final page you can save the profile but before you do so, you can take a look at the script it generates which contains the same lines of codes you've shared. Hit Run Configuration and TARGET should reassign your stick to be a Thrustmaster Virtual Game Controller. You can check this by opening up the Joystick Control Panel from the new window that has opened after running the configuration.
3. Now I ran into some problems with getting the T16000 to stay connected via the TARGET virtual game controller, with the stick falling asleep. However just to test that the above worked I managed to keep the connection alive by keeping the stick in motion as I hit the Run Configuration button, then checked the properties of the Thrustmater Virtual Game Controller inside the Joystick Control Panel (which is just a shortcut to the the windows Game Controllers panel) and could see input for the X and Y axes in the test tab.

4. Finally I booted up squadrons (also keeping the stick in motion) and with some luck managed to set the Joystick 1 device at the end of the controller settings to Thrustmaster Virtual Game Controller. E voila! in game I was able to move the cockpit's crosshairs with even the slightest movements from the stick and no deadzone!
With regards to the issues in step 3, I found some articles about turning off the power saving features for the T16000 in Windows registry, device manager and Windows power saver menu.
dreamingbadger
5 years ago
@Opiate987 it's part of a much bigger script , which requires some third party code, whilst what you have suggested will work, i'm not sure its the same, but it is a different approach (re your point 2)
Opiate987
5 years ago
@dreamingbadgerout of curiosity, is the rest of your script personalized mappings of keys and axes for your own setup?
dreamingbadger
5 years ago
@Opiate987 I butchered Sedenion's DX++ profile from the EA forums for my needs in DCS and just literally flipped the axis over, some of it i use some not so much, some of the buttons don't seem to be detected in SWS, i haven't really done the diagnostics on exactly what or why yet
// -----------------------------------------------------------------------------
//  HOTAS Warthog DX++ Mapping
// -----------------------------------------------------------------------------
//  Main script file
//  Version:      2.1
//  Author:       Sedenion
//    Modified:    Badger
//    Date:        09-JUN-2020
// -----------------------------------------------------------------------------
//  Desc:
//  DSC script file
// -----------------------------------------------------------------------------
//  Change Log:
//  10-05-2020     Updated code in Main and tidied spaces to tabs...
//  05-10-2020     Updated to fix Star Wars Squadrons
/*         MapAxis        (    &Joystick,    JOYX,       DX_XROT_AXIS,   AXIS_NORMAL,     MAP_ABSOLUTE);
          MapAxis        (    &Joystick,    JOYY,       DX_YROT_AXIS,    AXIS_NORMAL,     MAP_ABSOLUTE);
        MapAxis        (    &Throttle,    SCX,        DX_X_AXIS,           AXIS_NORMAL,     MAP_ABSOLUTE);
        MapAxis        (    &Throttle,    SCY,        DX_Y_AXIS,        AXIS_NORMAL,     MAP_ABSOLUTE); */
//        SC axis and Joy axis swapped over
// -----------------------------------------------------------------------------

// -----------------------------------------------------------------------------
// Custom config
// -----------------------------------------------------------------------------

// Shift-Submode Config
// -----------------------------------------------------------------------------
define SHIFT_ENABLED      1            // Enable ⚽ or Disable (0) Shift Submode

define SHIFT_DEV          Joystick     // Shift-Submode activation Button Device
define SHIFT_BTN          H4P        // Shift-Submode activation Button ID

// Button & Hat Shift-Submode Activation
// -----------------------------------------------------------------------------
define H3_SHIFT           0            // Enable ⚽ or Disable (0) Shift-Submode for Hat 1
define H4_SHIFT           1            // Enable ⚽ or Disable (0) Shift-Submode for Hat 1
define BS_SHIFT           0           // Enable ⚽ or Disable (0) Shift-Submode for Boat Switch

// Button & Hat Long-Press Activation
// -----------------------------------------------------------------------------
define S1_LONG            1            // Enable ⚽ or Disable (0) Long-Press for S1 button
define S2_LONG            1            // Enable ⚽ or Disable (0) Long-Press for S2 button
define S3_LONG            1            // Enable ⚽ or Disable (0) Long-Press for S3 button
define S4_LONG            1            // Enable ⚽ or Disable (0) Long-Press for S4 button
define H2_LONG            1            // Enable ⚽ or Disable (0) Long-Press for Hat 2 L & R
define LTB_LONG           1            // Enable ⚽ or Disable (0) Long-Press for LTB button

define CS_LONG            1            // Enable ⚽ or Disable (0) Long-Press for CS Hat U & D
define CH_LONG            1            // Enable ⚽ or Disable (0) Long-Press for China Hat
define AP_LONG            1            // Enable ⚽ or Disable (0) Long-Press for AP button
define LDGH_LONG          1            // Enable ⚽ or Disable (0) Long-Press for LDGH button

// Common LED Config
// -----------------------------------------------------------------------------
define LED_BRIGHTNESS     0            // LED brightness level (0-255)
define LED_BACKLIGHT      0            // Enable ⚽ or Disable (0) LED Backlight

// Button-controlled LED Mapping
// -----------------------------------------------------------------------------
define LED1_CONTROL       0            // Enable ⚽ or Disable (0) Controlled LED1
define LED1_DEV           Throttle     // LED1 Controll Button Device
define LED1_BTN           -1           // LED1 Controll Button ID

define LED2_CONTROL       1            // Enable ⚽ or Disable (0) Controlled LED2
define LED2_DEV           Throttle     // LED2 Controll Button Device
define LED2_BTN           APUON        // LED2 Controll Button ID

define LED3_CONTROL       1            // Enable ⚽ or Disable (0) Controlled LED3
define LED3_DEV           Throttle     // LED3 Controll Button Device
define LED3_BTN           RDRNRM       // LED3 Controll Button ID

define LED4_CONTROL       1            // Enable ⚽ or Disable (0) Controlled LED4
define LED4_DEV           Throttle     // LED4 Controll Button Device
define LED4_BTN           EACON        // LED4 Controll Button ID

define LED5_CONTROL       1            // Enable ⚽ or Disable (0) Controlled LED5
define LED5_DEV           Throttle     // LED5 Controll Button Device
define LED5_BTN           FLAPD        // LED5 Controll Button ID

// -----------------------------------------------------------------------------
// Includes
// -----------------------------------------------------------------------------
include "target.tmh"                // Standard TM Header
include "include/dx+.tmh"           // DX++ Module
include "include/pov.tmh"           // Custom POV Hat module
include "include/ldc.tmh"           // LED Control module

// -----------------------------------------------------------------------------
// Event callback
// -----------------------------------------------------------------------------
int EventHandle    (int type, alias o, int x)
{
    //    Default mapping callback call
          DefaultMapping    (&o, x);

      //    Custom Modules callback calls
        PovMapping    (&o, x);
        LDcMapping    (&o, x);
}

// Main entry
// -----------------------------------------------------------------------------
int main()
{
    // ----------------------- Exclude unused devices ----------------------------
    Configure    (     &HCougar,           MODE_EXCLUDED);
    Configure    (     &T16000,            MODE_EXCLUDED);
    Configure    (     &T16000L,           MODE_EXCLUDED);
     Configure    (     &TWCSThrottle,      MODE_EXCLUDED);
    Configure    (     &LMFD,              MODE_EXCLUDED);
    Configure    (     &RMFD,              MODE_EXCLUDED);
    Configure    (     &TFRPRudder,        MODE_EXCLUDED);
    Configure    (     &TFRPHARudder,      MODE_EXCLUDED);
    Configure    (     &JoystickF18,       MODE_EXCLUDED);
    //    Configure    (     &Joystick,               MODE_EXCLUDED);
    //    Configure    (     &Throttle,               MODE_EXCLUDED);


      // ------------------------- Event Callback Init -----------------------------
      //            Even Callback    Btn count    Joystick, Mouse and Keyboard
      DXpInit    (    &EventHandle,    104,        CREATE_JOYSTICK+CREATE_MOUSE+CREATE_KEYBOARD);


      // --------------------------- Global setup ----------------------------------
      //                   Pulse    Delay
    SetKBRate    (           50,        50);
      SetKBLayout    (KB_ENG);

    if    (    SHIFT_ENABLED)
        {
            SetShiftButton    (    &SHIFT_DEV,    SHIFT_BTN, 0, 0, 0, 0);
        }


/*    int LONG_SHIFT = 0;

    if (LONG_SHIFT)
    {
        printf("Value of LONG_SHIFT %s\xa", &LONG_SHIFT);
    } */

      /////////////////////////////
    //    ** JOYSTICK BUTTONS ** //
    /////////////////////////////


    // GUN TRIGGER 1 & 2 //
        MapKey        (    &Joystick,    TG1,        DX1);
        MapKey        (    &Joystick,    TG2,        DX2);


    // MASTER MODE //
    // MAPS MASTER MODE as as DX3 OR RMB Press slightly below line of vision with SHIFR (HP Reverb in full screen)
    //    MapKeyIO    (&Joystick,        S1,            CHAIN    (     EXEC     (    "DXAxis    (    MOUSE_X_AXIS,    -14000);"    "DXAxis    (    MOUSE_Y_AXIS,    25000);"),     MOUSE_RIGHT),
        MapKeyIO    (&Joystick,        S1,            DX101,
                                                        DX3);

    // WEAPON RELEASE //
        MapKey        (    &Joystick,    S2,            DX4);

    // NWS //
        MapKeyIO    (    &Joystick,    S3,            DX90,    DX5);

    // PADDLE //
        MapKeyIO    (    &Joystick,    S4,            DX91,    DX6);

    // TRIM HAT //
        SetPov        (    &Joystick,     H1);
/*        MapKey        (    &Joystick,    H1U,        DXHATUP);
        MapKey        (    &Joystick,    H1D,        DXHATDOWN);
        MapKey        (    &Joystick,    H1L,        DXHATLEFT);
        MapKey        (    &Joystick,    H1R,        DXHATRIGHT);*/


    // TMS //
        MapKey        (    &Joystick,    H2U,        DX11);
        MapKey        (    &Joystick,    H2D,        DX12);
        MapKey        (    &Joystick,    H2L,        DX13);
        MapKey        (    &Joystick,    H2R,        DX14);


    // DMS //
        MapKey        (    &Joystick,    H3U,        DX15);
        MapKey        (    &Joystick,    H3D,        DX16);
        MapKey        (    &Joystick,    H3L,        TEMPO    (    DX17,
                                                            DX78,    500)); //acts as a DMS depress on a long press
        MapKey        (    &Joystick,    H3R,        DX18);


    // CMS //

        MapKeyIO    (    &Joystick,    H4U,        0,            DX19);

        MapKeyIO    (    &Joystick,    H4D,        0,            DX20);

        MapKeyIO    (    &Joystick,    H4L,        0,            DX21);

        MapKeyIO    (    &Joystick,    H4R,        0,            DX22);

        MapKey        (    &Joystick,    H4P,        TEMPO    (    DX23,
                                                            0,        300)); // Null in Long press for SHIFT Key

    /////////////////////////////
    //    ** THROTTLE BUTTONS ** //
    /////////////////////////////


    // TDC DEPRESS //
        MapKey        (    &Throttle,     SC,            DX25);


    // MIC SWITCH //
        MapKeyIO    (    &Throttle,    MSP,         DX75,         DX26);

    //    MapKeyIO    (    &Throttle,    MSU,        AXIS    (    MOUSE_Z_AXIS,   1,    75),
        MapKeyIO    (    &Throttle,    MSU,        DX102,
                                                            DX27); // MOUSE SCROLL UP/ DX27

    //    MapKeyIO    (    &Throttle,    MSR,         DX76,         DX28);

    //    SSP=SHIFTED SHORT PRESS
    //    SLP=SHIFTED LONG PRESS                            SSP        SLP
        MapKeyIO    (    &Throttle,    MSR,         TEMPO    (    DX95,    DX76,    500),
                                                            DX28);

    //    MapKeyIO    (    &Throttle,    MSD,         AXIS    (    MOUSE_Z_AXIS,  -1,    75),
        MapKeyIO    (    &Throttle,    MSD,         DX103,
                                                            DX29); // MOUSE SCROLL DOWN/ DX29

    //    MapKeyIO    (    &Throttle,    MSL,         DX77,        DX30);

    //    SSP=SHIFTED SHORT PRESS
    //    SLP=SHIFTED LONG PRESS                            SSP        SLP
        MapKeyIO    (    &Throttle,    MSL,         TEMPO    (    DX96,    DX77,    500),
                                                            DX30);
    /*    MapKeyIO    (    &Throttle,    MSL,         TEMPO    (    DX96,    PULSE+L_CTL+L_SHIFT+'X',    300),
                                                            DX30); // Long press "in" will activate and deactivate scratchpad */

    // SPEEDBRAKE //
        MapKey        (    &Throttle,     SPDF,        DX31);
        MapKey        (    &Throttle,     SPDM,         PULSE+DX32);
        MapKey        (    &Throttle,     SPDB,         DX33);


    // COOLIE SWITCH //
    /*    MapKeyIO    (    &Throttle,     CSU,         DX83,         DX34);
        MapKeyIO    (    &Throttle,     CSD,         DX84,         DX35);
        MapKeyIO    (    &Throttle,     CSR,         DX85,         DX37);
        MapKeyIO    (    &Throttle,     CSL,        DX86,        DX38); */
        MapKeyIO    (    &Throttle,     CSU,         DX83,         TEMPO    (    DX34,
                                                                        DX97,    500));
        MapKeyIO    (    &Throttle,     CSD,         DX84,         TEMPO    (    DX35,
                                                                        DX98,    500));
        MapKeyIO    (    &Throttle,     CSR,         DX85,         TEMPO    (    DX37,
                                                                        DX99,    500));
        MapKeyIO    (    &Throttle,     CSL,        DX86,        TEMPO    (    DX38,
                                                                        DX100,    500));


    // BOATSWITCH (AKA Mode Switch)//
    /*    MapKey        (    &Throttle,     BSF,         PULSE+DX39);
        MapKey        (    &Throttle,     BSM,         PULSE+DX40);
        MapKey        (    &Throttle,     BSB,         PULSE+DX41); */

        MapKey        (    &Throttle,     BSF,         DX39);
        MapKey        (    &Throttle,     BSM,         DX40);
        MapKey        (    &Throttle,     BSB,         DX41);


    // CHINA HAT //
        MapKeyIO    (    &Throttle,     CHF,        DX79,        DX42);
        MapKey        (    &Throttle,     CHM,         PULSE+DX43);
        MapKeyIO    (    &Throttle,     CHB,        DX80,         DX44);


    // PNKY SWITCH //

        MapKeyIO    (    &Throttle,     PSF,         DX87,
                                                            PULSE+DX45);
        MapKeyIO    (    &Throttle,     PSM,         PULSE+DX88,
                                                            PULSE+DX46);
        MapKeyIO    (    &Throttle,     PSB,         PULSE+DX89,
                                                            PULSE+DX47);


    // LEFT THROTTLE BUTTON //
    // MAPS LEFT THROTTLE BUTTON as DX48 OR LMB Press slightly below line of vision with SHIFT (HP Reverb in full screen)
    //    MapKeyIO    (    &Throttle,     LTB,        CHAIN    (     EXEC    (    "DXAxis    (    MOUSE_X_AXIS,    -14000);"    "DXAxis(MOUSE_Y_AXIS,    25000);"    ),     MOUSE_LEFT),
        MapKeyIO    (    &Throttle,     LTB,        DX104,
                                                            DX48);


    // Engine Flow Normal//
        MapKey        (    &Throttle,     EFLNORM,    PULSE+DX49);
        MapKey        (    &Throttle,     EFRNORM,     PULSE+DX50);

    // Engine Flow Override//
        MapKey        (    &Throttle,     EFLOVER,     PULSE+DX51);
        MapKey        (    &Throttle,    EFROVER,     PULSE+DX52);

    // ENG OPER IGN //
        MapKey        (    &Throttle,     EOLIGN,     PULSE+DX53);
        MapKey        (    &Throttle,     EORIGN,     PULSE+DX54);

    // ENG OPER MOTOR//
        MapKey        (    &Throttle,     EOLMOTOR,     PULSE+DX55);
        MapKey        (    &Throttle,     EORMOTOR,     PULSE+DX56);

    // APU //
        MapKeyIO    (    &Throttle,    APUON,        PULSE+DX36,     PULSE+DX57);
        MapKeyIO    (    &Throttle,     APUOFF,        DX81,     DX58);


    // LANDING GEAR HORN SILENCE//
        MapKey        (    &Throttle,     LDGH,        PULSE+DX59);

    // FLAPS //
        MapKey        (    &Throttle,    FLAPU,         PULSE+DX60);
        MapKey        (    &Throttle,     FLAPM,         PULSE+DX61);
        MapKey        (    &Throttle,     FLAPD,         PULSE+DX62);

    // EAC/MASTER ARM //
        MapKey        (    &Throttle,     EACON,        PULSE+DX63);
        MapKey        (    &Throttle,     EACOFF,     PULSE+DX64);

    // RADAR ALTM //
        MapKey        (    &Throttle,     RDRNRM,     PULSE+DX65);
        MapKey        (    &Throttle,     RDRDIS,     PULSE+DX66);


    // AUTOPILOT //
        MapKey        (    &Throttle,     APENG,         PULSE+DX67); // Autopilot Engage //

        MapKeyIO    (    &Throttle,     APPAT,         PULSE+DX92,        PULSE+DX68); // Autopilot Path //
        MapKeyIO    (    &Throttle,     APAH,         PULSE+DX93,        PULSE+DX69); // Autopilot Alt/Hdg //
        MapKeyIO    (    &Throttle,     APALT,         PULSE+DX94,        PULSE+DX70); // Autopilot Alt //

    // ENGINE IDLE //
        MapKey        (    &Throttle,     IDLERON,      PULSE+DX71);
        MapKey        (    &Throttle,     IDLELON,      PULSE+DX72);

        MapKey        (    &Throttle,     IDLEROFF,      PULSE+DX73);
        MapKey        (    &Throttle,     IDLELOFF,      PULSE+DX74);


    // ------------------------------ Axis Mapping -------------------------------
    // DX Axis Mapping
    //                     Device        TM Axis     DX Axis         NORMAL/REVERSED  ABSOLUTE/RELATIVE
         MapAxis        (    &Joystick,    JOYX,       DX_XROT_AXIS,   AXIS_NORMAL,     MAP_ABSOLUTE);
          MapAxis        (    &Joystick,    JOYY,       DX_YROT_AXIS,    AXIS_NORMAL,     MAP_ABSOLUTE);
        MapAxis        (    &Throttle,    SCX,        DX_X_AXIS,           AXIS_NORMAL,     MAP_ABSOLUTE);
        MapAxis        (    &Throttle,    SCY,        DX_Y_AXIS,        AXIS_NORMAL,     MAP_ABSOLUTE);
        MapAxis        (    &Throttle,    THR_RIGHT,  DX_Z_AXIS,      AXIS_NORMAL,     MAP_ABSOLUTE);
        MapAxis        (    &Throttle,    THR_LEFT,   DX_ZROT_AXIS,   AXIS_NORMAL,     MAP_ABSOLUTE);
        MapAxis        (    &Throttle,    THR_FC,     DX_SLIDER_AXIS, AXIS_NORMAL,     MAP_ABSOLUTE);
    // Axis Curves
    //                    Device        TM Axis     Left-DZ     Center-DZ   Right-DZ  Curve   Scale/Zoom
        SetSCurve    (    &Joystick,    JOYX,       0,          0,          0,        0,      0);
          SetSCurve    (    &Joystick,    JOYY,       0,          0,          0,        0,      0);
          SetSCurve    (    &Throttle,    SCX,        0,          0,          0,        0,      0);
          SetSCurve    (    &Throttle,    SCY,        0,          0,          0,        0,      0);
          SetSCurve    (    &Throttle,    THR_RIGHT,  0,          0,          0,        0,      0);
          SetSCurve    (    &Throttle,    THR_LEFT,   0,          0,          0,        0,      0);
          SetSCurve    (    &Throttle,    THR_FC,     0,          0,          0,        0,      0);

  // ----------------------------- LED Mapping ---------------------------------

  //            Device     Intensity
  LedIntensity( &Throttle, LED_BRIGHTNESS );

  //            Device     LED        Enable/Disable
  LedEnable(    &Throttle, LED0,      LED_BACKLIGHT );      // Backlight

  if(LED1_BTN != -1) {
    //            Device     BTN        Device          LED     CONTROL MODE
    MapLed(       &LED1_DEV, LED1_BTN,  &Throttle,      LED2,   LED_ONPRESS );
  } else {
    //            Device     LED        Enable/Disable
    LedEnable(    &Throttle, LED1,      0 );
  }

  if(LED2_BTN != -1) {
    //            Device     BTN        Device          LED     CONTROL MODE
    MapLed(       &LED2_DEV, LED2_BTN,  &Throttle,      LED2,   LED_ONPRESS );
  } else {
    //            Device     LED        Enable/Disable
    LedEnable(    &Throttle, LED2,      0 );
  }

  if(LED3_BTN != -1) {
    //            Device     BTN        Device          LED     CONTROL MODE
    MapLed(       &LED3_DEV, LED3_BTN,  &Throttle,      LED3,   LED_ONPRESS );
  } else {
    //            Device     LED        Enable/Disable
    LedEnable(    &Throttle, LED3,      0 );
  }

  if(LED4_BTN != -1) {
    //            Device     BTN        Device          LED     CONTROL MODE
    MapLed(       &LED4_DEV, LED4_BTN,  &Throttle,      LED4,   LED_ONPRESS );
  } else {
    //            Device     LED        Enable/Disable
    LedEnable(    &Throttle, LED4,      0 );
  }

  if(LED5_BTN != -1) {
    //            Device     BTN        Device          LED     CONTROL MODE
    MapLed(       &LED5_DEV, LED5_BTN,  &Throttle,      LED5,   LED_ONPRESS );
  } else {
    //            Device     LED        Enable/Disable
    LedEnable(    &Throttle, LED5,      0 );
  }
}
Opiate987
5 years ago
I found that the new 1.1 patch has fixed deadzoning issues for me and it's pretty playable without the TARGET software faff in my opinion 🙂
dreamingbadger
5 years ago
@Opiate987 yep

Forum Discussion

Using Thrustmaster TARGET to fix the Thrustmaster HOTAS deadzone issues

7 Replies

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