#-------------------------------------------------
#  SuperGee 
#
#  Dimensional unit and parameter data.
#  Mass & Inertia breakdown.
#-------------------------------------------------

#  Names and scalings for units to be used for trim and eigenmode calculations.
#  The Lunit and Munit values scale the mass, xyz, and inertia table data below.
#  Lunit value will also scale all lengths and areas in the AVL input file.
Lunit = 0.0254 m
Munit = 0.001  kg
Tunit = 1.0    s

#------------------------- 
#  Gravity and density to be used as default values in trim setup (saves runtime typing).
#  Must be in the unit names given above (m,kg,s).
g   = 9.81
rho = 1.225

#-------------------------
#  Mass & Inertia breakdown.
#  x y z  is location of item's own CG.
#  Ixx... are item's inertias about item's own CG.
#
#  x,y,z system here must be exactly the same one used in the .avl input file
#     (same orientation, same origin location, same length units)
#
#  mass   x     y     z       Ixx   Iyy   Izz    Ixy  Ixz  Iyz
#
   58.0   3.34  12.0  1.05   4400   180   4580    ! right wing       
   58.0   3.34 -12.0  1.05   4400   180   4580    ! left wing        
   16.0  -5.2   0.0   0.0       0    80     80    ! fuselage pod
   18.0  13.25  0.0   0.0       0   700    700    ! boom+rods
   22.0  -7.4   0.0   0.0       0     0      0    ! battery
    2.0  -2.5   0.0   0.0       0     0      0    ! jack
    9.0  -3.8   0.0   0.0       0     0      0    ! RX
    9.0  -5.1   0.0   0.0       0     0      0    ! rud servo
    6.0  -5.9   0.0   0.0       0     0      0    ! ele servo
    9.0   2.6   1.0   0.0       0     0      0    ! R wing servo
    9.0   2.6  -1.0   0.0       0     0      0    ! L wing servo
    2.0   1.0   0.0   0.5       0     0      0    ! wing connector
    1.0   3.0   0.0   0.0       0     0      0    ! wing pins
    6.0  29.0   0.0   1.0      70     2     72    ! stab
    6.0  33.0   0.0   2.0      35    39      4    ! rudder
    0.0  -8.3   0.0   0.0       0     0      0    ! nose wt.