3D preview of AWD Drivetrain Massing Model
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Interactive 3D model of AWD Drivetrain Massing Model

Brackets and mounts

AWD Drivetrain Massing Model

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Bounding box
136.5 × 27.5 × 71.0 mm
Engine
Precision B-rep
Parameters
64
Published
August 7, 2026

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The prompt

Create a simplified dimensional massing model (blocky placeholder envelopes only, no detailed features) of an AWD drivetrain packaging layout, for CAD reference. Output as STL. Units: inches. Coordinate system: origin at the FRONT AXLE centerline, at ground level, on the vehicle centerline. X = longitudinal (positive toward rear). Y = vertical (positive up). Z = lateral (positive toward passenger/right side). FIXED REFERENCE (accurate): - Ground plane at Y = 0. - Front axle centerline: line along Z at X = 0, Y = 13. - Rear axle centerline: line along Z at X = 110.5, Y = 13. - Four wheels: cylinders 26 dia x 10 wide, centered at (0, 13, +30.5), (0, 13, -30.5), (110.5, 13, +30.5), (110.5, 13, -30.5). COMPONENT ENVELOPES (placeholders; label each; positions adjustable): - Engine block: box 29L x 25W x 28H, crank centerline at Y = 11, front face at X = 6. - Transmission (10L80): box 24L x 18W x 18H, on crank axis directly behind the engine. - Transfer case (NV149): cylinder 13L x 9 dia, behind the transmission, offset toward driver side. - Front differential: box 10L x 12W x 8H, centered at X = 0, offset toward passenger side (Z = +4), center height Y = 7. - Oil pan: box 14L x 12W x 6H, hanging below the engine front, bottom near Y = 4. - Front CV axles: two rods from front-diff outputs to front wheel centers. - Front driveshaft: rod from transfer-case front output to front diff. - Rear driveshaft: rod from transfer-case rear output to rear axle. Keep all bodies as separate labeled solids.

Parameters

NameValueRange
Engine Length29 in1 – 100
Engine Width25 in1 – 100
Engine Height28 in1 – 100
Engine Front X6 in-50 – 200
Engine Z Offset0 in-100 – 100
Engine Center Y11 in0 – 50
Trans Length24 in1 – 100
Trans Width18 in1 – 100
Trans Height18 in1 – 100
Trans Center X47 in0 – 150
Trans Center Y11 in0 – 50
Trans Center Z0 in-100 – 100
TC Length13 in1 – 100
TC Diameter9 in1 – 50
TC Center X65.5 in0 – 200
TC Center Y11 in0 – 50
TC Center Z-8 in-100 – 100
FD Length10 in1 – 100
FD Width12 in1 – 100
FD Height8 in1 – 100
FD Center X0 in-100 – 200
FD Center Y7 in0 – 50
FD Center Z4 in-100 – 100
Oil Pan Length14 in1 – 100
Oil Pan Width12 in1 – 100
Oil Pan Height6 in1 – 50
Oil Pan Center X13 in-50 – 200
Oil Pan Center Y7 in0 – 50
Oil Pan Center Z0 in-100 – 100
Left CV Axle Diameter1.5 in0.5 – 10
Left CV Start X0 in-100 – 200
Left CV Start Y7 in-50 – 100
Left CV Start Z-2 in-200 – 200
Left CV End X0 in-100 – 200
Left CV End Y13 in-50 – 100
Left CV End Z-30.5 in-200 – 200
Right CV Axle Diameter1.5 in0.5 – 10
Right CV Start X0 in-100 – 200
Right CV Start Y7 in-50 – 100
Right CV Start Z10 in-200 – 200
Right CV End X0 in-100 – 200
Right CV End Y13 in-50 – 100
Right CV End Z30.5 in-200 – 200
Front Driveshaft Dia2.5 in0.5 – 10
FDS Start X59 in-100 – 200
FDS Start Y11 in-50 – 100
FDS Start Z-8 in-200 – 200
FDS End X0 in-100 – 200
FDS End Y7 in-50 – 100
FDS End Z4 in-200 – 200
Rear Driveshaft Dia2.5 in0.5 – 10
RDS Start X72 in-100 – 200
RDS Start Y11 in-50 – 100
RDS Start Z-8 in-200 – 200
RDS End X110.5 in-100 – 200
RDS End Y13 in-50 – 100
RDS End Z0 in-200 – 200
Wheel Diameter26 in10 – 50
Wheel Width10 in1 – 30
Front Track Width61 in30 – 100
Rear Track Width61 in30 – 100
Front Axle X0 in-50 – 200
Rear Axle X110.5 in50 – 200
Axle Center Height Y13 in5 – 40

Every value above is a live dimension. Open a model like this in the editor and each one becomes a slider you can drag before exporting.