VDrift KF1 kart

KF1.car

# Mass: 158kg with driver, 75kg without driver and fuel.
# Engine: 125cm3, 40hp at 14.000rpm
# torque loosely based on parilla reedjet 100ccm scaled by 40/26
# Fuel Tank: 8 liters
# Transmission: 1 gear, 130kph max
# Suspension: None
# Brake: 4 disc brakes

[engine]
position = 0.245, -0.339, -0.032
mass = 30.0
inertia = 0.1
max-power = 29828
stall-rpm = 1000
start-rpm = 3000
peak-engine-rpm = 14000
rpm-limit = 16000
torque-friction = 0.003
torque-curve-01 = 1000, 12.55
torque-curve-00 = 3000, 13.17
torque-curve-01 = 5000, 13.83
torque-curve-02 = 7000, 14.58
torque-curve-03 = 8000, 15.34
torque-curve-04 = 9000, 16.15
torque-curve-05 = 10000, 18.11
torque-curve-06 = 11000, 20.52
torque-curve-07 = 12000, 21.58
torque-curve-08 = 13000, 21.12
torque-curve-09 = 14000, 19.46
torque-curve-10 = 15000, 17.06
torque-curve-11 = 16000, 15.09

[clutch]
sliding = 0.25
radius = 0.1
area = 0.25
max-pressure = 5000

[transmission]
gears = 1
gear-ratio-r = -6.7
gear-ratio-1 = 6.7
shift-time = 0.08

[differential-rear]
final-drive = 1.0
anti-slip = 200.0

[fuel-tank]
position = -0.007, 0.189, -0,058
capacity = 8
volume = 8
fuel-density = 0.71

[camera]
view-position = -0.023, -0.25, 0.54
hood-mounted-view-position = -0.008, 0.514, 0.109

[wing.center]
position = 0.0, 0.0, 0.2
frontal-area = 1
drag-coefficient = 0.4

[wheel.fl.coilover]
spring-constant = 50000
bounce = 3000
rebound = 9000
travel = 0.08
anti-roll = 0 #6000

[wheel.fr.coilover]
spring-constant = 50000
bounce = 3000
rebound = 9000
travel = 0.08
anti-roll = 0 #6000

[wheel.rl.coilover]
spring-constant = 50000
bounce = 3000
rebound = 9000
travel = 0.08
anti-roll = 0 #6000

[wheel.rr.coilover]
spring-constant = 50000
bounce = 3000
rebound = 9000
travel = 0.08
anti-roll = 0 #6000

[wheel.fl.brake]
friction = 0.5
max-pressure = 2.0E5
bias = 0.60
radius = 0.1
area = 0.03

[wheel.fr.brake]
friction = 0.5
max-pressure = 2.0E5
bias = 0.60
radius = 0.1
area = 0.03

[wheel.rl.brake]
friction = 0.5
max-pressure = 2.0E5
bias = 0.40
radius = 0.1
area = 0.03
handbrake = 1.0

[wheel.rr.brake]
friction = 0.5
max-pressure = 2.0E5
bias = 0.40
radius = 0.1
area = 0.03
handbrake = 1.0

[wheel.fl.tire]
texture = tire/touring.png
size = 114, 45, 5
type = &tire/touring

[wheel.fr.tire]
texture = tire/touring.png
size = 114, 45, 5
type = &tire/touring

[wheel.rl.tire]
texture = tire/touring.png
size = 200, 45, 5
type = &tire/touring

[wheel.rr.tire]
texture = tire/touring.png
size = 200, 45, 5
type = &tire/touring

[wheel.fl.hinge]
wheel = -0.492, 0.476, -0.17
chassis = 0, 0.4, -0.165

[wheel.fr.hinge]
wheel = 0.479, 0.476, -0.17
chassis = 0, 0.4, -0.165

[wheel.rl.hinge]
wheel = -0.5, -0.573, -0.19
chassis = 0, -0.5, -0.185

[wheel.rr.hinge]
wheel = 0.528, -0.573, -0.19
chassis = 0.028, -0.5, -0.185

[wheel.fl]
texture = wheel/pentagonal_hub.png
mesh = wheel/pentagonal_hub.joe
position = -0.492, 0.476, -0.13
camber = -0.0
caster = 0.0
toe = 0.0
ackermann = 8.4	# 50% ackermann
steering = 30

[wheel.fr]
texture = wheel/pentagonal_hub.png
mesh = wheel/pentagonal_hub.joe
scale = -1, 1, 1
position = 0.479, 0.476, -0.13
camber = 0.0
caster = 0.0
toe = 0.0
ackermann = -8.4
steering = 30

[wheel.rl]
texture = wheel/pentagonal_hub.png
mesh = wheel/pentagonal_hub.joe
position = -0.5, -0.573, -0.13
camber = -0.0
caster = 0.0
toe = -0.15

[wheel.rr]
texture = wheel/pentagonal_hub.png
mesh = wheel/pentagonal_hub.joe
scale = -1, 1, 1
position = 0.528, -0.573, -0.13
camber = 0.0
caster = 0.0
toe = 0.15

[steering]
texture = steer00.png
mesh = steer.joe
position = -0.001, 0.126, 0.202
rotation = 50.0, 0.0, 0.0
max-angle = 170

[driver]
texture = driver00.png
mesh = driver.joe
position = -0.015, 0.088, 0.245

[body]
texture = body00.png
mesh = body.joe

# these are used to calculate the weight distribution and balance
[particle.00] # driver
position = -0.1, 0.08, 0.02
mass = 80.0

[particle.01]
position = -0.3, 0.5, -0.1
mass = 7.25

[particle.02]
position = 0.3, 0.5, -0.1
mass = 7.25

[particle.03]
position = -0.3, -0.5, -0.1
mass = 7.25

[particle.04]
position = 0.3, -0.5, -0.1
mass = 7.25