float fUnknown;             // 0x000 -- 0
    float fToe;                 // 0x004 -- 4
    float fCamber;              // 0x008 -- 8, Camber
    char pad_0x00C[4];          // 0x00C -- 12
    float fCamberInverted;      // 0x010 -- 16, same value as fCamber, but negated.
    float fOffsetToFront;       // 0x014 -- 20, moves the wheel closer or farther along the body
    float fHeightSomething;     // 0x018 -- 24
    char pad_0x01C[4];          // 0x01C -- 28
    float fOffsetTrackWidth2;   // 0x020 -- 32, The offset of the wheel relative to the body, can be positioned deeper in the arch, or you can take the wheel outside it.
    float fUnknown1;            // 0x024 -- 36
    float fHeightSomething2;    // 0x028 -- 40, height + 0x128?
    char pad_0x02C[4];          // 0x02C -- 44
    float fTrackWidth;          // 0x030 -- 48, same. And again, works better when you writing to both addresses.
    float fOffsetYPos;          // 0x034 -- 52,
    float fOffsetHeight;        // 0x038 -- 56, affected by hydraulics
    char pad_0x03C[4];          // 0x03C -- 60,
    Vector3 v3LastPosition;     // 0x040 -- 64, last position on ground
    char pad_0x04C[4];          // 0x04C -- 76, INTEGER
    Vector3 v3LastPosition2;    // 0x050 -- 80, last position on ground
    char pad_0x05C[4];          // 0x05C -- 92
	/*
		96 - Vector3, Connection Point?
	*/
    char pad_0x060[0x50];       // 0x060 -- 96
    Vector3 v3WorldVelocity;    // 0x0B0 -- 176
    char pad_0x0BC[4];          // 0x0BC -- 188, FLOAT
    Vector3 v3InvWorldVelocity; // 0x0C0 -- 192
    char pad_0x0CC[4];          // 0x0CC -- 204
    char pad_0x0D0[0x40];       // 0x0D0 -- 208
    float fOffTyreRadius;       // 0x110 -- 272, WheelTyreRadiusOffset
    float fOffRimRadius;        // 0x114 -- 276, WheelRimRadiusOffset
    float fOffTyreWidth;        // 0x118 -- 280, WheelTyreWidthOffset
    char pad_0x11C[12];         // 0x11C -- 284
    CVehicle* pOwner;           // 0x128 -- 296
    float fStiffness;           // 0x130 -- 304
    char pad_0x134[8];          // 0x134 -- 308
    float fWheelRise;           // 0x13C -- 316
    /*
        330 331 334 335 344 -> Hydraulic Values.
        348 -> Hydraulic State?
        352 356 -> Hydraulic Values.
        360 -> Hydraulic Wheel Value/Height?
    */
    char pad_0x140[0x30];       // 0x140 -- 320
    float fRotationSpeed;       // 0x170 -- 368, WheelRotationSpeedOffset
    float fSlippage;            // 0x174 -- 372, WheelRotationSpeedOffset
    float fHeating;             // 0x178 -- 376
    char pad_0x17c[0x14];       // 0x17c -- 380
    float fTyreGrip;            // 0x190 -- 400
    float fWetGrip;             // 0x194 -- 404
    float fTyreDrag;            // 0x198
    float fSurfaceTopSpeedMult; // 0x19c
    char pad_0x1a0[0x24];       // 0x1a0
    float fSteeringAngle;       // 0x1c4 -- 452
    float fBrakeSomething;      // 0x1c8 -- 456
    float fThrottleSomething;   // 0x1cc -- 460 -- Looks wrong based on most recent FiveM PR
    float fBrakePressure;       // 0x1d0 -- 464
    float fBrakeSomething2;     // 0x1d4 -- 468
    float fThrottleSomething2;  // 0x1d8 -- 472
    float fUnk2;                // 0x1dc -- 476
    float fHealthSomething;     // 0x1e0 -- 480
    float fHealthSomething2;    // 0x1e4 -- 484
    float fTyreHealth;          // 0x1e8 -- 488
    float fTyreHealth2;         // 0x1ec -- 492
    float fUnk3;                // 0x1f0 -- 496
    int32_t iUnk1;              // 0x1f4 -- 500, if ( *(_BYTE *)(v6 + 500) & 1 )
    int32_t flags;              // 0x1f8 -- 504
    int16_t flags2;             // 0x1fc
    unsigned char cSurfaceID;   // 0x1fe -- 510
    char pad_0x1ff[0x12];       // 0x1ff