3D engineering lab / 001

GR215
IN MOTION

A browser-native, dimension-driven study of the XCMG GR215 motor grader.

Orbit, inspect, articulate and separate key systems. This reference-built geometry captures the GR215 silhouette and working systems before photogrammetry or production CAD is introduced.

Interactive prototype — not manufacturer CAD

Building GR215 assembly…

VERT / 01450mmMaximum lift above ground

VERT / 02500mmMaximum depth of cutting

GEOM / 0328°—70°Blade cutting angle

GEOM / 0490°Maximum blade position angle

ROT / 05360°Circle reversing rotation

SIZE / 064270×610mmMoldboard width × height

Drag to orbit · Scroll to zoom · Click a component

GR215Motor grader / Reference mesh v2

02 / Reference envelope

BUILT TO
KNOWN SCALE.

The prototype uses published GR215 dimensions as its bounding envelope. Detailed surfaces, hydraulic routing and hidden geometry require a dedicated reference-photo or CAD phase.

Overall length8,970mm

Overall width2,625mm

Overall height3,420mm

Operating mass16,500kg

Rated power160kW

Tyre specification17.5–256 wheels

Next fidelity gate

FROM REFERENCE
TO DIGITAL TWIN.

With a calibrated multi-angle photo set, this placeholder geometry can be replaced by an optimized GLB while retaining every control demonstrated above.

Photo set→Blender model→Web GLB→Three.js

Discuss the model ↗

GR215IN MOTION

BUILT TOKNOWN SCALE.

FROM REFERENCETO DIGITAL TWIN.

GR215
IN MOTION

BUILT TO
KNOWN SCALE.

FROM REFERENCE
TO DIGITAL TWIN.