RPMTorque=( 0  , -24.00 , -43.00  )  // 0ps
RPMTorque=( 250  , -32.00 , 50.00  )  // 2,49ps
RPMTorque=( 500  , -13.50 , 120.00  )  // 9,96ps
RPMTorque=( 750  , -21.00 , 170.00  )  // 20,28ps
RPMTorque=( 1000  , -26.00 , 200.00  )  // 31,31ps
RPMTorque=( 1250  , -34.00 , 220.00  )  // 42,69ps
RPMTorque=( 1500  , -39.00 , 230.00  )  // 53,37ps
RPMTorque=( 1750  , -40.00 , 240.00  )  // 64,75ps
RPMTorque=( 2000  , -48.00 , 245.00  )  // 75,43ps
RPMTorque=( 2250  , -52.00 , 250.00  )  // 86,46ps
RPMTorque=( 2500  , -58.00 , 255.00  )  // 97,84ps
RPMTorque=( 2750  , -63.00 , 260.00  )  // 109,58ps
RPMTorque=( 3000  , -69.00 , 265.00  )  // 121,68ps
RPMTorque=( 3250  , -75.00 , 270.00  )  // 134,13ps
RPMTorque=( 3500  , -81.00 , 275.00  )  // 146,94ps
RPMTorque=( 3750  , -87.00 , 278.00  )  // 159,04ps
RPMTorque=( 4000  , -92.00 , 280.00  )  // 170,78ps
RPMTorque=( 4250  , -98.00 , 275.00  )  // 178,43ps
RPMTorque=( 4500  , -104.00 , 270.00  )  // 185,72ps
RPMTorque=( 4750  , -110.00 , 270.00  )  // 196,04ps
RPMTorque=( 5000  , -115.00 , 268.00  )  // 204,93ps
RPMTorque=( 5250  , -124.00 , 260.00  )  // 211,44ps
RPMTorque=( 5500  , -132.00 , 250.00  )  // 217,6ps
RPMTorque=( 5750  , -138.00 , 240.00  )  // 224,22ps
RPMTorque=( 6000  , -144.00 , 235.00  )  // 230,55ps
RPMTorque=( 6250  , -156.00 , 230.00  )  // 238,38ps
RPMTorque=( 6500  , -163.00 , 225.00  )  // 246,06ps
RPMTorque=( 6750  , -169.00 , 220.00  )  // 253,6ps
RPMTorque=( 7000  , -181.00 , 210.00  )  // 261ps
RPMTorque=( 7250  , -195.00 , 200.00  )  // 268,26ps
RPMTorque=( 7500  , -202.00 , 195.00  )  // 261,5ps
RPMTorque=( 7750  , -209.00 , 190.00  )  // 253,68ps
RPMTorque=( 8000  , -216.00 , 180.00  )  // 227,7ps
RPMTorque=( 8250  , -233.00 , 150.00  )  // 117,41ps
FuelConsumption=2.08e-005   // affected by throttle position and engine speed
FuelEstimate=1.06   // fudge factor for differences between vehicle types (used for lap estimates and AI pit scheduling)
EngineInertia=0.15500   // rotational inertia of engine components
IdleThrottle=1   // throttle multiplier to help maintain idle speed
IdleRPMLogic=(1000, 1300)   // attempt to maintain idle speed between these RPMs
LaunchEfficiency=0   // efficiency (0.0-1.0) of launch control, or 0.0 if N/A
LaunchRPMLogic=(6500, 7500)   // holds RPM in this range before launch (used for AI even if launch control is N/A!)
RevLimitRange=(7800, 0.0, 0.0)   
RevLimitSetting=0   
RevLimitLogic=2.5   // RPM range around current setting where rev limiter operates
RevLimitAvailable=1 
EngineMapRange=(0, 1, 1)   // 0 = most driveable, max = most power (low gears only) (unimplemented)
EngineMapSetting=0   
EngineBrakingMapRange=(0, 0.0, 0)   // input throttle is ranged from minimum to 100%, with the minimum = setting * step * RPM,
EngineBrakingMapSetting=0
EngineBoostRange=(0, 1, 1)   
EngineBoostSetting=0      // the default is 2 * 0.000125 * 16000 RPM = 4% applied throttle at zero input throttle
OptimumOilTemp=100.50   // degrees Celsius at which engine operates optimally
CombustionHeat=23   // degrees Celsius added per liter of fuel burned
EngineSpeedHeat=2.800e-04   // heat added linearly with engine speed
OilMinimumCooling=6.700e-04   // heat dissipated without oil/water transfer
OilWaterHeatTransfer=(0.00576, 8.625e-05)   // heat transfer from oil to water (base, w/ engine speed)
WaterMinimumCooling=0.00300   // base heat dissipated without velocity
RadiatorCooling=(1.698e-05, 3.130e-06)   // cooling rate with velocity (base, per setting)
LifetimeEngineRPM=(8200, 212)   // (base engine speed for lifetime, range where lifetime is halved)
LifetimeOilTemp=(107.90, 2.5000)   // (base oil temp for lifetime, range where lifetime is halved)
LifetimeAvg=90000			// average lifetime in seconds
LifetimeVar=10000  // lifetime random variance
EngineEmission=(0, 0.5000, -2.8000)   // where flames and smoke are emitted (relative to ref frame at rear axle)
EngineSound=(0.20000, 0.6000, -2.5000)   // where engine sound is played (relative to ref frame at rear axle)
SpeedLimiter=1   // Whether a pitlane speed limiter is available
OnboardStarter=1   // whether vehicle restarts when stalled
StarterTiming=(1.40, 0.4000, 1.5000)   // average and variable cranking time, then time to blend with starting
