VOLUME =  1.3897369e+06  MM^3
SURFACE AREA =  9.0155628e+05  MM^2
AVERAGE DENSITY =  4.5610100e-03 GRAM / MM^3
MASS =  6.3386036e+03 GRAM 

CENTER OF GRAVITY with respect to PAN_MASS_PROP_REF coordinate frame:
X   Y   Z     1.7163571e+00 -1.9555553e+01  5.5001560e+01  MM

INERTIA with respect to PAN_MASS_PROP_REF coordinate frame:  (GRAM * MM^2)

INERTIA TENSOR:
Ixx Ixy Ixz  4.5822592e+07 -4.0788420e+05 -6.9528856e+05
Iyx Iyy Iyz -4.0788420e+05  7.3917122e+07  9.6147369e+06
Izx Izy Izz -6.9528856e+05  9.6147369e+06  6.9749056e+07

INERTIA at CENTER OF GRAVITY with respect to PAN_MASS_PROP_REF coordinate frame:  (GRAM * MM^2)

INERTIA TENSOR:
Ixx Ixy Ixz  2.4223222e+07 -6.2063507e+05 -9.6909696e+04
Iyx Iyy Iyz -6.2063507e+05  5.4723086e+07  2.7970240e+06
Izx Izy Izz -9.6909696e+04  2.7970240e+06  6.7306377e+07

PRINCIPAL MOMENTS OF INERTIA:  (GRAM * MM^2)
I1  I2  I3   2.4210561e+07  5.4140889e+07  6.7901235e+07

ROTATION MATRIX from PAN_MASS_PROP_REF orientation to PRINCIPAL AXES:
       0.99979       -0.01961       -0.00512
       0.02025        0.97795        0.20785
       0.00093       -0.20791        0.97815

ROTATION ANGLES from PAN_MASS_PROP_REF orientation to PRINCIPAL AXES (degrees):
angles about x  y  z -11.997         -0.294          1.124 

RADII OF GYRATION with respect to PRINCIPAL AXES:
R1  R2  R3 6.1802441e+01  9.2419985e+01  1.0350040e+02  MM

---------------------------------------------

MASS PROPERTIES OF COMPONENTS OF THE ASSEMBLY
(in assembly units and the PAN_MASS_PROP_REF coordinate frame)

   DENSITY             MASS          C.G.:  X        Y         Z

             68-02921_HD_TOP_MNT            MATERIAL:                              UNKNOWN
         4.01697e-03  3.33207e+03  3.88933e+00  1.40709e+01  4.15112e+01
             68-02974_HD_PNL_MNT            MATERIAL:                              UNKNOWN
         5.36653e-03  3.00653e+03 -6.91895e-01 -5.68229e+01  6.99526e+01
