Simulation 3D Models

Find the best Simulation 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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Anonymous1774193016

Low poly 3D isometric factory showing power bank manufacturing process with conveyor belts, machines, battery assembly, PCB section, testing area, packaging section, and storage warehouse, clean industrial layout, simple design

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• Объект: Полупрозрачный каркас здания (Phantom Mesh). Стены едва заметны (opacity 5-10%).
• Внутри: Сложная сеть коммуникаций (трубы, вентиляция), выполненная в виде линейного каркаса (Wireframe) без тяжелых текстур.
• Цвет: Глубокий синий/грифельный (#1E293B).
• Анимация: Медленный, идеально ровный облёт камеры по спирали вокруг здания.
• Акцент для специалиста: Никакой динамики внутри труб. Весь эффект — в чистоте линий и «математической» сетке.

Anonymous1773931273

Create a detailed 3D model of a veterinary canine forelimb training simulator designed for venipuncture and surgical practice.

The model should include:

- A realistic dog front leg (forelimb), approximately 25 cm in height
- Layered anatomy:
- Outer skin layer (neoprene or silicone appearance)
- Inner foam layer (muscle tissue simulation)
- Internal flexible tubes representing veins (cephalic vein visible and accessible)

- Functional internal system:
- Transparent silicone tubing running from the base into the leg
- Vein positioned close to the surface for venipuncture training

- Base structure (IMPORTANT):
- Rectangular base, approximately 25 cm wide
- Hollow internal compartment designed to hold a 100 ml IV fluid bag (artificial blood reservoir)
- Removable bottom or side panel for access
- Internal support to secure the fluid bag
- خروج (output) connection port for tubing (Luer lock style)

- Fluid system:
- Tube connects from IV bag inside base → up into the leg → into the vein

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Anonymous1773425074

Create a highly realistic 3D model of an industrial autonomous water surface cleaning robot based exactly on the input image.

The robot must have a flat rectangular body with two parallel floating pontoons (catamaran structure). At the front, include a rectangular conveyor intake system partially submerged in water to collect floating waste. The intake should look like a mechanical belt system, not a mouth.

The structure should be simple, functional, and engineering-focused with sharp edges. Add a top flat cover for electronics housing. Include rear propellers for movement.

Use realistic materials such as metal frame and plastic floats. Colors must be neutral industrial tones like white, grey, or light metallic. Do not use bright colors.

IMPORTANT:
No shark shape, no mouth design, no eyes, no face, no animal features, no cartoon style, no toy-like appearance.

The final model must look like a real working prototype used in environmental engineering projects.

Anonymous1773573412

make a 3d interactive model with actual working operation of a marine 2 stroke engine generate a much more advanced version make it 1. engineering-level, 2. all the styles, 3. interactive file, 4. generic 2-stroke engine
include:

include:

True port timing (intake/exhaust opening angles)
Fuel injection spray + ignition timing
Combustion expansion simulation
Pressure/temperature visualization
Multi-cylinder synchronization

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Anonymous1774278094

Create a highly detailed, full-scale international airport environment optimized for real-time 3D use (Unity compatible).

The airport should include both exterior and interior areas with realistic proportions and layout.

EXTERIOR:
- Large modern airport terminal building with glass facade
- Multiple runways and taxiways with markings
- Aircraft parking gates with jet bridges
- Control tower
- Parking lots and access roads
- Ground service vehicles (baggage carts, fuel trucks, buses)
- Lighting poles and signage

INTERIOR:
- Fully modeled terminal interiors
- Check-in counters with conveyor belts
- Security screening area
- Departure and arrival halls
- Waiting lounges with seating
- Boarding gates with glass windows facing runway
- Retail shops, cafes, and restrooms
- Escalators, elevators, and staircases
- Baggage claim area with moving belts

DETAILS:
- Realistic materials (glass, metal, concrete)
- High-quality PBR textures
- Daytime lighting (optional: baked lighting)
- Modular structure for performanc

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