MASS PROPERTIES OF THE ASSEMBLY ASS_PARTE_MOBILE

                         VOLUME =  4.3790119e+04 MM^3
                   SURFACE AREA =  3.7909319e+04 MM^2
                AVERAGE DENSITY =  1.7927545e-02 KILOGRAM / MM^3
                           MASS =  7.8504935e+02 KILOGRAM 

      CENTER OF GRAVITY with respect to _ASS_PARTE_MOBILE coordinate frame:
X   Y   Z          -8.9060439e+00 -4.7971925e+01  1.1896380e+01  MM

 INERTIA with respect to _ASS_PARTE_MOBILE coordinate frame:  (KILOGRAM * MM^2)

INERTIA TENSOR:
Ixx Ixy Ixz         2.0549191e+06 -3.3551320e+05  8.3145456e+04
Iyx Iyy Iyz        -3.3551320e+05  3.0616769e+05  4.4839126e+05
Izx Izy Izz         8.3145456e+04  4.4839126e+05  1.8761008e+06

INERTIA at CENTER OF GRAVITY with respect to _ASS_PARTE_MOBILE coordinate frame:
                                                               (KILOGRAM * MM^2)
INERTIA TENSOR:
Ixx Ixy Ixz         1.3717741e+05 -1.0865725e+02 -3.0272093e+01
Iyx Iyy Iyz        -1.0865725e+02  1.3279624e+05  3.6969576e+02
Izx Izy Izz        -3.0272093e+01  3.6969576e+02  7.1941269e+03

                PRINCIPAL MOMENTS OF INERTIA:  (KILOGRAM * MM^2)
I1  I2  I3          7.1930318e+03  1.3279463e+05  1.3718012e+05

      ROTATION MATRIX from _ASS_PARTE_MOBILE orientation to PRINCIPAL AXES:
                       0.00023        0.02480       -0.99969
                      -0.00294        0.99969        0.02480
                       1.00000        0.00294        0.00030

 ROTATION ANGLES from _ASS_PARTE_MOBILE orientation to PRINCIPAL AXES (degrees):
angles about x  y  z  -89.299        -88.579        -89.468 

                RADII OF GYRATION with respect to PRINCIPAL AXES:
R1  R2  R3          3.0269658e+00  1.3005941e+01  1.3218954e+01  MM



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

                                     MATERIAL
           DENSITY        MASS       C.G.:  X        Y         Z

    P0058-004                        ST37
         7.85000e-06  1.88398e-01  3.38931e-02 -3.12947e-01  3.93077e+00
    MFA2                             UNKNOWN
         1.00000e+00  7.84712e+02 -8.90989e+00 -4.79925e+01  1.19011e+01
    P0058-005                        ST37
         7.85000e-06  1.37697e-01  3.45799e-02  3.45457e-02 -2.91573e+00
    BN1593_M3X8                      ST37
         7.85000e-06  6.65014e-04 -1.50000e+01 -4.20000e+01 -1.64154e+00
    BN1593_M3X8                      ST37
         7.85000e-06  6.65014e-04 -1.50000e+01 -1.40000e+01 -1.64154e+00
    BN1593_M3X8                      ST37
         7.85000e-06  6.65014e-04 -1.50000e+01  1.40000e+01 -1.64154e+00
    BN1593_M3X8                      ST37
         7.85000e-06  6.65014e-04 -1.50000e+01  4.20000e+01 -1.64154e+00
    BN1593_M3X8                      ST37
         7.85000e-06  6.65014e-04  1.50000e+01 -4.20000e+01 -1.64154e+00
    BN1593_M3X8                      ST37
         7.85000e-06  6.65014e-04  1.50000e+01 -1.40000e+01 -1.64154e+00
    BN1593_M3X8                      ST37
         7.85000e-06  6.65014e-04  1.50000e+01  1.40000e+01 -1.64154e+00
    BN1593_M3X8                      ST37
         7.85000e-06  6.65014e-04  1.50000e+01  4.20000e+01 -1.64154e+00
    VITE_M4X20                       ST37
         7.85000e-06  3.08888e-03  0.00000e+00 -5.80000e+01 -1.69615e+00
    VITE_M4X20                       ST37
         7.85000e-06  3.08888e-03  0.00000e+00  5.80000e+01 -1.69615e+00