Boulder 3D Models

Find the best Boulder 3D Models, free download in STL, FBX, GLB, OBJ, 3MF, USDZ for 3D modeling and creation in Blender, 3D printing, game developing, animation, eCommerce, AR/VR and etc. Generated by Tripo AI 3D Generator.

You May Also Like :

Anonymous1756883845

Anonymous1727718451

Anonymous1767507835

genertae the photo make to be 3d model the POV not same make naturally

Anonymous1751040391

Anonymous1765445144

Anonymous1766816896

Anonymous1715393782

Design a 3D printable terrain for a 1/18th scale RC rock crawler. The structure should feature:
• A rugged rock formation with climbable slopes and embedded boulders for moderate difficulty.
• A log-style bridge spanning between two rock structures, wide and sturdy enough for the RC vehicle to cross.
• The second rock structure should allow a descent with similar boulder obstacles.
• Avoid large overhangs to ensure printability without excessive supports.
• Overall dimensions should suit tabletop display and modular expansion.

Gary Brown

Anonymous1756885171

Anonymous1765944796

Anonymous1760428946

A single, isolated limestone boulder. The shape is roughly spherical but heavily eroded. The surface features deep, intersecting fissures and cracks that divide the rock into blocky segments. High relief, jagged edges, organic sculpting, 3D scan quality, watertight mesh.

Anonymous1748493670

Create a high-fidelity, fully three-dimensional terrain model of the Anegundi–Hampi rocky hill landscape, Karnataka, India.

The model must be volumetric and complete on all sides, with no flat, clipped, or vertical boundary planes. Every edge of the terrain should transition naturally into sloping landforms, so the model appears realistic from 360° viewpoints, suitable for free rotation in Rhino and D5 Render.

The landscape should feature rounded granite hillocks, organic boulder clusters, and layered rocky outcrops shaped by long-term weathering. Forms should be smooth, ancient, and eroded, avoiding sharp or artificial geometry.

Terrain depth should be modeled with true thickness, not as a thin surface sheet—hills must read as solid land masses, not height-map planes. Valleys, saddles, and ridgelines should flow continuously across the model.

Geometry must be clean, watertight, and Rhino-optimized, using quad-dominant topology with an efficient polygon count, allowing smooth shading and easy scaling.

Ap

Anonymous1764500146

Create a highly detailed yet Rhino-optimized 3D terrain model of the Anegundi–Hampi rocky hill landscape, Karnataka, India.

The terrain should consist of undulating granite hillocks, rounded boulder formations, and layered rocky outcrops typical of the Tungabhadra river region. Rock forms must appear weathered, smooth-edged, and naturally eroded, with irregular stacking of large and medium boulders scattered across slopes.

The overall topography should include gentle to moderately steep slopes, shallow valleys between hillocks, and occasional flat plateaus suitable for settlement context. Avoid sharp alpine peaks; keep the landscape low-rise, ancient, and organically worn.

Geometry must be clean, watertight, and subdivision-friendly, using quad-dominant topology with optimized polygon count suitable for Rhino import and D5 Render visualization. No excessive micro-details—focus on strong primary and secondary forms.

Apply neutral rock material IDs only (no baked textures), allowing manual material assignme

Anonymous1764500146

Anonymous1763631177

Large cartoon boulder.
Grey with green moss, lichen.
Can hide behind or climb on.
Flat areas for sitting.
Forest landmark prop.
Low poly stylized stone.

Anonymous1765665121

Create a 3D model of a large jagged rocky boulder with sharp edges

Anonymous1765044747

Anonymous1748109958