Trying to modify the RPM to something like 18000 RPM. Power doesn't matter at the moment, but I need someone's help with modifying the files to have an 18000 rpm car. I can change the power myself. Here's what I have so far for camso_engine { "Camso_Engine": { "information":{ "authors":"Camshaft Software", "name":"Car Engine", } "slotType" : "Camso_Engine", "slots": [ ["type", "default", "description"] ["Camso_Transmission","Camso_Transmission", "Transmission"] ], "powertrain" : [ ["type", "name", "inputName", "inputIndex"], ["combustionEngine", "mainEngine", "dummy", 0], ], "mainEngine": { "torque":[ ["rpm", "torque"] [0,0], [1100, 359.72], [1200, 367.38], [1300, 375.24], [1400, 381.62], [1500, 387.06], [1600, 392.47], [1700, 397.83], [1800, 403.61], [1900, 408.11], [2000, 413.55], [2100, 418.95], [2200, 424.23], [2300, 429.27], [2400, 433.40], [2500, 435.15], [2600, 438.40], [2700, 442.07], [2800, 446.71], [2900, 451.27], [3000, 455.33], [3100, 458.79], [3200, 462.68], [3300, 467.41], [3400, 471.41], [3500, 475.37], [3600, 479.11], [3700, 480.87], [3800, 484.02], [3900, 488.44], [4000, 492.65], [4100, 497.10], [4200, 499.37], [4300, 502.63], [4400, 506.13], [4500, 510.34], [4600, 514.50], [4700, 519.37], [4800, 525.56], [4900, 530.94], [5000, 535.42], [5100, 540.11], [5200, 546.51], [5300, 552.93], [5400, 558.12], [5500, 563.43], [5600, 570.41], [5700, 578.14], [5800, 587.83], [5900, 595.75], [6000, 604.28], [6100, 613.32], [6200, 623.54], [6300, 629.90], [6400, 634.76], [6500, 638.09], [6600, 641.11], [6700, 644.84], [6800, 647.85], [6900, 651.10], [7000, 653.51], [7100, 654.24], [7200, 655.18], [7300, 657.59], [7400, 656.86], [7500, 655.58], [7600, 654.25], [7700, 653.13], [7800, 650.48], [7900, 648.55], [8000, 646.52], [8100, 642.75], [8200, 640.63], [8300, 637.09], [8400, 634.13], [8500, 630.72], [8600, 626.62], [8700, 621.45], [8800, 616.82], [8900, 613.04], [9000, 608.78], [9100, 604.07], [9200, 599.54], [9300, 594.84], [9400, 591.09], [9500, 587.37], [9600, 582.82], [9700, 579.21], [9800, 574.45], [9900, 570.74], [10000, 567.42], [10100, 563.58], [10200, 560.25], [10300, 556.79], [10400, 552.72], [10500, 548.99], [10600, 544.82], [10700, 540.30], [10800, 535.88], [10900, 532.41], [11000, 529.63], [11100, 525.67], [11200, 521.53], [11300, 517.14], [11400, 512.00], [11500, 507.21], [11600, 502.60], [11700, 498.13], [11800, 493.34], [11900, 488.25], [12000, 482.77], [12100, 560.25], [12200, 556.79], [12300, 552.72], [12400, 548.99], [12500, 544.82], [12600, 540.30], [12700, 535.88], [12800, 532.41], [12900, 529.63], [13000, 525.67], [13100, 521.53], [13200, 517.14], [13300, 512.00], [13400, 507.21], [13500, 502.60], [13600, 498.13], [13700, 493.34], [13800, 488.25], [13900, 482.77], [14000, 567.42], [14100, 563.58], [14200, 560.25], [14300, 556.79], [14400, 552.72], [14500, 548.99], [14600, 544.82], [14700, 540.30], [14800, 535.88], [14900, 532.41], [15000, 529.63], [15100, 525.67], [15200, 521.53], [15300, 517.14], [15400, 512.00], [15500, 507.21], [15600, 502.60], [15700, 498.13], [15800, 493.34], [15900, 488.25], [16000, 482.77], [16100, 567.42], [16200, 563.58], [16300, 560.25], [16400, 556.79], [16500, 552.72], [16600, 548.99], [16700, 544.82], [16800, 540.30], [16800, 535.88], [16900, 532.41], [17000, 529.63], [17100, 525.67], [17200, 521.53], [17300, 517.14], [17400, 512.00], [17500, 507.21], [17600, 502.60], [17700, 498.13], [17800, 493.34], [17900, 488.25], [18000, 482.77], ], //rev limiters have some options //"revLimiterType":"rpmDrop", //Default choice. waits for rpm to fall before torque comes back. Can have long delays in high gears. Uses "revLimiterRPMDrop". //"revLimiterType":"timeBased", //Waits for "revLimiterCutTime" time window, but also has "revLimiterMaxRPMDrop" fallback, if the rpm falls too much in the time window. //"revLimiterType:"soft", //Tapers the the torque off in some range of rpm defined by "revLimiterSmoothOvershootRPM" //"hasRevLimiter":false, //Disables rev limiter "revLimiterRPMDrop":100, //engine performance "idleRPM":1045.9232274106, "maxRPM":20000, //Max RPM before overrev damage is likely "inertia":0.4896775761525, //(kg*m/s^2) "friction":7.9269646360565, //Constant friction torque (Nm) "dynamicFriction":0.096245751665603, //Friction torque that increases with engine speed (Nm/rad/s) "waterDamage": {"[engineGroup]:":["engine_intake"]}, //Engine hydrolocks when nodes in this group go under water "radiator": {"[engineGroup]:":["radiator"]}, //Radiator steam is emitted from nodes in this group "engineBlock": {"[engineGroup]:":["engine_block"]}, //Engine thermal mass is taken from nodes in this group //"fuel": {"[engineGroup]:":["fuel"]}, "breakTriggerBeam":"engine", //Engine breaks if beam with this name is broken "soundConfig": "soundConfig", //What section name to look for for engine sound information "particulates":0.099999995529652, //cooling and oil system, "thermalsEnabled":false, "engineBlockMaterial":"aluminium", //"aluminum", "aluminium", "iron" //cooling system "radiatorArea":0.86594870873372, "radiatorEffectiveness":20000, "coolantVolume":6.3948671455882, "radiatorFanType":"electric", "radiatorFanTemperature":105 "radiatorFanMaxAirSpeed":2, "thermostatTemperature":90, //oil radiator "oilRadiatorArea":6.3948671455882, "oilRadiatorEffectiveness":2000, "oilThermostatTemperature":100, "oilVolume":5.0461503591911, //Litres //engine durability "cylinderWallTemperatureDamageThreshold":1600, //Cylinder temp (C) over which damage starts to occur to rings "headGasketDamageThreshold":1500000, //Durability of headgasket "pistonRingDamageThreshold":1500000, //Durability of headgasket "connectingRodDamageThreshold":2000000, //Durability of connecting rods "energyStorage": "mainTank", //Name of the fuel tank "requiredEnergyType":"gasoline", //Type of fuel required "burnEfficiency": [ //How much fuel energy is converted to work in the cylinders (does not account for engine friction losses) [0.00, 0.18], [0.05, 0.39], [0.40, 0.51], [0.70, 0.63], [1.00, 0.43], ], "torqueReactionNodes:":["engine0", "engine1", "engine2"] }, "vehicleController": { //https://wiki.beamng.com/VehicleController //I will put commonly used values below //universally useful values "calculateOptimalLoadShiftPoints":true, //The high shift points ones can be auto calculated //"shiftDownRPMOffsetCoef":1.3, //Can spread the downshift points for auto calculation if it tends to hunt too much (choose lower number to spread more) "lowShiftDownRPM":1395.9232274106, //"highShiftDownRPM":5750, "lowShiftUpRPM":1895.9232274106, //"highShiftUpRPM":11375, "topSpeedLimit":136.41725210243097877, //Speed limiter in m/s //may want to increase values below for ultra high powered cars. On our drag cars they are set to 99999 to effectively disable //"wheelSlipUpThreshold":7000, //A wheelspin threshold to stop arcade/auto gearbox from upshifting while spinning the tires or drifting //"wheelSlipDownThreshold":10000, //A wheelspin threshold to stop arcade/auto gearbox from downshifting when locking the brakes }, "soundConfig": { "sampleName": "B2384D0A48D1129FA5F86ABCDD67F6A8", "mainGain": 7.5, "maxLoadMix": 1, "minLoadMix": 0, "onLoadGain":1, "offLoadGain":1, "eqLowGain": 0, "eqLowFreq": 400, "eqLowWidth": 0, "eqHighGain": 0, "eqHighFreq": 6000, "eqHighWidth": 0.5, "lowCutFreq":80, //"fundamentalFrequencyCylinderCount":4, "eqFundamentalGain": 0, }, }, "Camso_Transmission": { "information":{ "authors":"Camshaft Software", "name":"Transmission", } "slotType" : "Camso_Transmission", "slots": [ ["type", "default", "description"] ], "gearbox": { //https://wiki.beamng.com/DctGearbox "gearRatios":[-3.83, 0, 3.65, 2.36, 1.72, 1.33, 1.07, 0.89, 0.75], "friction": 0, //Constant friction torque on input shaft "parkLockTorque": 1000, //Maximum holding torque of park mode }, "vehicleController": { //dct useful values "automaticModes":"PRNDSM", //Add or remove P,R,N,D,S,M,L,1,2 from the string to customize modes "clutchLaunchStartRPM":1145.9232274106, //RPM where launching behavior starts "clutchLaunchTargetRPM":1645.9232274106, //RPM it tries to maintain while launching "revMatchThrottle": 0.25, //Controls shift rev match assist. Reduce this value to as much as 0.25 for high powered engines "transmissionShiftDelay": 0.15, //Added time to shift if it didnt have the right gear preselected "dctClutchTime": 0.05, //How fast it can shift in ideal case (either a correct shift or act of preselecting) "gearboxNode:":["engine0"], //node used to play gear damage sound }, "powertrain" : [ ["type", "name", "inputName", "inputIndex"], ["dctGearbox", "gearbox", "mainEngine", 1], ["differential", "centreDiff", "gearbox", 1, {"diffType":"lsd", "gearRatio":1.00, "diffTorqueSplit":0.19}], //https://wiki.beamng.com/Differential //needed values to tune diff behavior //locked specific - nothing needed, auto calc now //lsd specific //"lsdPreload":50, //Nm of preload torque. Clutch diffs 50-250, Torsen around 0 //lsdLockCoef:0.2, //On throttle locking ramp. O.1-0.2 for clutch type, 0.3-0.4 is more like torsen //lsdRevLockCoef:0.2, //=lsdLockCoef by default. O.1-0.2 for clutch type, 0.3-0.4 is more like torsen ["shaft", "frontDriveShaft", "centreDiff", 1 ], ["differential", "frontDiff", "frontDriveShaft", 1, {"diffType":"lsd", "gearRatio":5.87, "diffTorqueSplit":0.50}], //https://wiki.beamng.com/Differential //needed values to tune diff behavior //locked specific - nothing needed, auto calc now //lsd specific //"lsdPreload":50, //Nm of preload torque. Clutch diffs 50-250, Torsen around 0 //lsdLockCoef:0.2, //On throttle locking ramp. O.1-0.2 for clutch type, 0.3-0.4 is more like torsen //lsdRevLockCoef:0.2, //=lsdLockCoef by default. O.1-0.2 for clutch type, 0.3-0.4 is more like torsen ["shaft", "rearDriveShaft", "centreDiff", 2 ], ["differential", "rearDiff", "rearDriveShaft", 1, {"diffType":"lsd", "gearRatio":5.87, "diffTorqueSplit":0.50}], //https://wiki.beamng.com/Differential //needed values to tune diff behavior //locked specific - nothing needed, auto calc now //lsd specific //"lsdPreload":50, //Nm of preload torque. Clutch diffs 50-250, Torsen around 0 //lsdLockCoef:0.2, //On throttle locking ramp. O.1-0.2 for clutch type, 0.3-0.4 is more like torsen //lsdRevLockCoef:0.2, //=lsdLockCoef by default. O.1-0.2 for clutch type, 0.3-0.4 is more like torsen ["shaft", "wheelaxleFL", "frontDiff", 1, {"connectedWheel":"FL", "friction":0}], ["shaft", "wheelaxleFR", "frontDiff", 2, {"connectedWheel":"FR", "friction":0}], ["shaft", "wheelaxleRL", "rearDiff", 1, {"connectedWheel":"RL", "friction":0}], ["shaft", "wheelaxleRR", "rearDiff", 2, {"connectedWheel":"RR", "friction":0}], ], }, "Camso_FuelTank": { "information":{ "name":"Fuel Tank", "value":250, }, "slotType" : "Camso_FuelTank", "flexbodies": [ ["mesh", "[group]:", "nonFlexMaterials"], ], "variables": [ ["name", "type", "unit", "category", "default", "min", "max", "title", "description"] ["$fuel", "range", "L", "Engine", 45, 0, 60, "Fuel Volume", "Initial Fuel Volume", {"stepDis":0.5}] ], "energyStorage": [ ["type", "name"], ["fuelTank", "mainTank"], ], "mainTank": { "energyType":"gasoline", //Type of fuel (must match engine for engine to run) "fuelCapacity": 60, //Litres "startingFuelCapacity": "$fuel", //Litres "fuel": {"[engineGroup]:":["fuel"]}, //Adds fuel mass to nodes in this engineGroup "breakTriggerBeam": "fuelTank", //Fuel tank drains if beam with this name is broken } "nodes": [ //add nodes here in an engineGroup called "fuel" as indicated above. The physics will add fuel mass to these nodes ], "beams": [ //breakTriggerBeam here can cause fuel tank to rupture in crash (drains the fuel slowly) ], }, } Ingame, however, it still says and revs to 12000 RPM (the original rpm). Help? (vehicle in question will be available to download. warning: will cause an eargasm if you've a thing for high-pitched 4 liter i-4's))
Just Set the normal rev limiter up to 18000 and adjust high Shift up RPM and Everything will be fibe, no reason to overcomplicate it.
