VOLUME =  2.0098830e+06  MM^3
SURFACE AREA =  1.1704995e+06  MM^2
AVERAGE DENSITY =  2.2284985e-03 GRAM / MM^3
MASS =  4.4790214e+03 GRAM 

CENTER OF GRAVITY with respect to TILT_MASS_PROP_REF coordinate frame:
X   Y   Z     1.0907000e+01  3.1692704e+01  9.0507054e+01  MM

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

INERTIA TENSOR:
Ixx Ixy Ixz  7.3686468e+07 -9.1223277e+05 -1.8363591e+06
Iyx Iyy Iyz -9.1223277e+05  8.3768487e+07 -1.5301114e+07
Izx Izy Izz -1.8363591e+06 -1.5301114e+07  6.2684412e+07

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

INERTIA TENSOR:
Ixx Ixy Ixz  3.2497592e+07  6.3604088e+05  2.5851534e+06
Iyx Iyy Iyz  6.3604088e+05  4.6545627e+07 -2.4534295e+06
Izx Izy Izz  2.5851534e+06 -2.4534295e+06  5.7652724e+07

PRINCIPAL MOMENTS OF INERTIA:  (GRAM * MM^2)
I1  I2  I3   3.2179799e+07  4.6122619e+07  5.8393525e+07

ROTATION MATRIX from TILT_MASS_PROP_REF orientation to PRINCIPAL AXES:
       0.99235        0.08170        0.09259
      -0.06216        0.97840       -0.19714
      -0.10670        0.18987        0.97599

ROTATION ANGLES from TILT_MASS_PROP_REF orientation to PRINCIPAL AXES (degrees):
angles about x  y  z  11.419          5.313         -4.706 

RADII OF GYRATION with respect to PRINCIPAL AXES:
R1  R2  R3 8.4761785e+01  1.0147648e+02  1.1418019e+02  MM

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

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

   DENSITY             MASS          C.G.:  X        Y         Z

             68-02921_HD_TOP_MNT            MATERIAL:                              UNKNOWN
         2.33629e-03  3.25075e+03  1.50725e+01  2.39308e+01  7.64164e+01
        68-03138_HD_TILT_PNL_MNT            MATERIAL:                              UNKNOWN
         1.98599e-03  1.22827e+03 -1.17394e-01  5.22354e+01  1.27799e+02
