#---------------
# Undercarriage
#---------------
# 
# Notes: To create a steerable wheel, you have to set the
# 'steerable' flag to true, and provide a steering angle
# (Max rotation angle of the steerable wheel). This angle
# should be negative for taildraggers.

gear_part {
  name      = Right Main Wheel
  pos       = [ 0.2 0.8 1.5 ]
  c_comp    = 60000
  c_damp    = 15000
  max_comp  = 0.3
  r_static  = 0.2
  r_kinetic = 0.1
  r_brake   = 0.2
}

gear_part {
  name      = Left Main Wheel
  pos       = [ 0.2 -0.8 1.5 ]
  c_comp    = 60000
  c_damp    = 15000
  max_comp  = 0.3
  r_static  = 0.2
  r_kinetic = 0.1
  r_brake   = 0.2
}

gear_part {
  name      = Tail Wheel
  pos       = [ -5.4 0.0 0.2 ]
  c_comp    = 18850 
  c_damp    = 2000
  max_comp  = 0.25
  #r_static  = 0.2
  r_static  = 0.5
  r_kinetic = 0.1
  r_brake   = 0.0
  steerable = true
  steer_angle = -45.0
}

gear_part {
  name      = Right Wing Tip
  pos       = [ 0.0 6.0 -0.4 ]
  c_comp    = 18850 
  c_damp    = 800
#  max_comp  = 0.07
  max_comp  = 0.3
  r_static  = 0.5
  r_kinetic = 0.5
  r_brake   = 0.0
}

gear_part {
  name      = Left Wing Tip
  pos       = [ 0.0 -6.0 -0.4 ]
  c_comp    = 18850 
  c_damp    = 800
#  max_comp  = 0.07
  max_comp  = 0.3
  r_static  = 0.5
  r_kinetic = 0.5
  r_brake   = 0.0
}

gear_part {
  name      = Nose
  pos       = [ 3.4 0.0 0.1 ]
  c_comp    = 18850
  c_damp    = 800
  max_comp  = 0.3
  r_static  = 0.5
  r_kinetic = 0.5
  r_brake   = 0.0
  load_limit = 1000
  critical  = true
}

gear_part {
  name      = CockpitTop
  pos       = [ -1.0 0.0 -1.3 ]
  c_comp    = 18850
  c_damp    = 800
  max_comp  = 0.3
  r_static  = 1.5
  r_kinetic = 1.5
  r_brake   = 0.0
  load_limit = 1000
  critical  = true
}

gear_part {
  name      = FinTop
  pos       = [ -5.4 0.0 -0.8 ]
  c_comp    = 18850
  c_damp    = 800
  max_comp  = 0.3
  r_static  = 0.5
  r_kinetic = 0.5
  r_brake   = 0.0
  load_limit = 1000
  critical  = true
}




