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Catapult 3D Models

Find the best Catapult 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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wooden-catapult wielding-bolter catamaran siege

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Anonymous1751376113

Build a mini wooden catapult: 2 sticks of 1.5cm, 1 stick of 1cm, 1 stick of 0.3cm, 2 elastic bands, 4 pieces of cardboard, cogwheels and rope.

Anonymous1774878606

assemble une mini catapulte en bois : 2 bâtons de 1,5 cm, 1 bâton de 1 cm, 1 bâton de 0,3 cm, 2 élastiques, 4 morceaux de carton, roues dentées et corde.

Anonymous1774878606

aircraft carrier transform to robot and show ship and robot mode

Anonymous1774713132

Dan94

Anonymous1774623395

Simple compact catapult for launching a LEGO minifigure. Must fit within 150mm x 150mm x 150mm. Fully 3D-printable using only plastic, no screws, metal, rubber, glue, or external parts.

Design includes a triangular base, single pivoting throwing arm, and a small cup sized for a LEGO minifigure. Use a simple printed flexure or torsion beam for energy. Include a basic snap-fit trigger mechanism.

Keep geometry simple, strong, and realistic. Ensure smooth movement, proper clearances, and stable repeatable forward launches. Clean minimal engineering design, no complex or futuristic features.

Anonymous1774420544

Anonymous1774529754

Anonymous1754411529

Functional compact catapult designed to launch a standard LEGO minifigure. Must fit entirely within 150mm x 150mm x 150mm. The design must be fully 3D-printable using only printed plastic, with no metal, rubber, glue, magnets, or external components. No screws or fasteners; use only print-in-place or snap-fit joints.

The catapult should have a stable triangular base with a wide footprint for balance, a single throwing arm with a pivot axle, and an integrated cup sized to securely hold a LEGO minifigure. Energy storage must come from a simple printed flexure (bending arm) or torsional beam. Include a simple locking trigger mechanism that holds tension and releases cleanly.

The design should launch forward (not upward), with smooth motion and proper clearances between moving parts. Ensure strong, durable geometry with no thin fragile sections, and maintain balance for consistent repeatable launches.

Keep the design simple, practical, and realistic—avoid complex mechanisms or futuristic shapes. Use a clean, m

Anonymous1774420544

Simple compact 3D model of a small catapult designed to launch a LEGO minifigure. The design should be clean, minimal, and realistic, similar to a basic triangular-frame catapult.

Include a sturdy triangular base, a single throwing arm with a pivot, and a small cup sized for a LEGO minifigure. Add a simple printed flexure or bending arm for energy storage (no complex mechanisms).

Include a basic locking and release trigger that is easy to understand and not overly complicated.

All parts must be fully 3D-printable with no external components, using only printed plastic. No screws, no metal, no rubber bands.

Keep the design compact and proportional, fitting within a 150mm cube. Avoid excessive details or unrealistic shapes. Focus on a clean, functional design that looks like a real simple catapult.

Style: matte plastic, smooth surfaces, minimalistic engineering design.

Anonymous1774420544

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Anonymous1751376113

Anonymous1736536795

Anonymous1771505681

Anonymous1746498579

Anonymous1773982742