Exploded 3D Models

Find the best Exploded 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.

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Create a low-poly 3D model of a car braking system in an exploded view. Include only essential components: wheel, brake disc (rotor), brake caliper, brake pads, and axle. Use simple geometric shapes and reduce polygon count for real-time VR performance.

Keep details minimal—no small screws or complex internal parts. Use flat shading or very simple materials. Apply solid colors: black for the tire, light gray for the disc, red for the caliper, and dark gray for other parts.

Space the components slightly apart in a straight horizontal layout to clearly show how they connect. Avoid unnecessary cables or fine wires.

Optimize the model for VR use: target low polygon count, efficient topology, and clean mesh. Ensure the model is lightweight and suitable for smooth rendering in real-time environments like Unity or Unreal Engine.

Use a simple neutral or transparent background. Focus on clarity, performance, and easy readability for educational VR applications.

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Large 4-story office building, exploded isometric, floors separated, no roof.

Size: 50m x 40m per floor, not small, not compact.

Floor 1: lobby, reception desk, security room.
Floor 2: many cubicles, desks, CRT computers.
Floor 3: offices, meeting room, server room.
Floor 4: break room, storage, maintenance.

Right side closed stairwell connecting all floors.

Many rooms per floor, long corridors, realistic layout.

High detail, clean geometry, game-ready.

Negative: small, miniature, compact, messy geometry

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Exploded 3D technical assembly diagram, wall kiosk. White background.
L1: Dark-gray ABS wall base (210x130x42mm), bottom vents.
L2: Aluminum plate (190x115mm).
L3: 4x M2.5 standoffs (6mm).
L4: ESP32 PCB & 2x 18650 batteries.
L5: 4x M2.5 standoffs (8mm).
L6: 4.3" touchscreen & copper NFC coil, 4x M2.5 screws.
L7: Polycarbonate front cover.
L8: 8x M3 (12mm) nylon screws locking cover to base.

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Photorealistic 3D technical render of an industrial jaw crusher, vertical exploded view. Dismantled into stacked vertical layers hovering with even spacing along the Z-axis. Studio lighting, white background. Colors: vibrant yellow frames, black flywheels, silver steel jaws.

Top Layer 1: Horizontal silver eccentric shaft with two massive matte black flywheels on ends.
Layer 2: Yellow moving jaw block (Pitman) with a vertically corrugated (teeth-like) silver steel wear plate attached to its front.
Layer 3: Yellow V-shaped crushing chamber frame containing a fixed corrugated silver wear plate inside.
Layer 4: Main robust yellow chassis. The exterior sides have a structural waffle-like grid (thick ribs forming deep square recesses).
Layer 5: Black tension rod wrapped in a heavy coiled spring, protruding horizontally.
Bottom Layer 6: Flat silver base plate mounting a cylindrical electric motor. V-belts connect motor to flywheels. 8k, CAD style.

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Exploded view 3D model of a square air filtration tile system with 5 clearly separated layers arranged in a straight horizontal line with visible gaps, not merged.

Layers:
1) Front panel: flat square tile, clay/ceramic, light beige color, slightly rough surface
2) Inner chamber: hollow square frame with circular hole, same material and color as front panel
3) Coconut fiber filter: light brown, rough fibrous porous texture, uneven natural look
4) Activated carbon layer: dark black, dense grainy texture, clearly different from fiber
5) Back panel: flat square tile with circular outlet hole, same clay material and same color as front panel

IMPORTANT:
All layers must be separate objects, not intersecting, evenly spaced, no merging.

Material:
Natural clay/ceramic with slight roughness and imperfections, not smooth or plastic.

Style:
Realistic product design, PBR materials, studio lighting, clean background.

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Highly detailed realistic 3D model of a disassembled electric induction motor, all parts as separate individual objects/meshes for exploded view and interactivity can you make it interactive that whenn i click on any part that a short description pps up about that part and what it does in the system

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PROMPT:

Create a detailed 3D model of a rugged two-part electronics enclosure shown in an exploded view.

The design consists of:

A top lid (red)
A bottom base (black)
Top part (lid):
Rectangular shape
Dimensions: 200mm length, 120mm width, 25mm height
Smooth, completely closed top surface
Slight chamfered edges
Rounded corners (radius 6–8mm)
Screw holes:
4 holes in the corners
Diameter: 4.2mm (for M4 screws)
Countersunk (8mm diameter, 2–3mm depth)
Cable خروج (ONLY in top part):
Located on the right side
Recessed rectangular pocket:
approx. 30mm wide
18mm high
5–7mm deep
Inside the recess:
Two round holes Ø12–13mm
Center spacing: 10–12mm
Designed for thick 10mm² cables
Underside:
Inner lip around the entire perimeter
Lip depth: 5mm
Lip thickness: 2–3mm
Screw guide columns aligned with co

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