Robot chassis 3D Models

Find the best Robot chassis 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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Anonymous1750951191

Anonymous1750870907

I. Chassis

Type: Multilayer (probably 2-3 layers), transparent or translucent. The material looks like acrylic or polycarbonate, 3-5 mm thick per layer.
Shape: Rectangular base, possibly with small cutouts or curves. The top and bottom plates are connected by vertical posts (spacers).
Mounts: The plates should have holes for mounting:
Motors (two on each side, or one if they are geared motors with one axis).
Spacers/posts for connecting the layers.
Main controller board.
Battery compartment.
Possibly additional sensor modules or brackets.
II. Wheels

Quantity: 4 pieces.
Type: Black, with a pronounced tread (rubber or plastic with rubber pads).
Size: Diameter ~50-70mm (estimated), width ~20-30mm. Should have a center hole or mount for the motor axle.
III. Motors

Type: Probably geared DC motors, compact, usually with a yellow case (though no color visible here).
Quantity: Probably 2 or 4 (one for each wheel, or one for each pair of wheels via a gearbox).
Mounting: Should be securely at

Anonymous1750527145

Anonymous1750184627

A high-quality 3D product render of a small combat robot (antweight class) on a plain white background. View is isometric. The robot features a flat, triangular wedge-shaped chassis. On the sides of the rear section, there are rectangular gray housings containing cylindrical motors. Attached to these motors are two small black rubber wheels (30mm scale). Extending from the front of the robot is a singular metal bicycle pedal crank arm acting as a lifting weapon, connected to a servo mechanism. The main body texture is 3D printed plastic or carbon fiber. Clean lighting, sharp focus, engineering style, no shadows.

Anonymous1764685105

Crab crushing large rock in one of its claws

Anonymous1762743909

Anonymous1749320331

Anonymous1758026250

Anonymous1758727661

秦渊

Anonymous1776183911

Anonymous1775786412

need a 3d model that i can export it to my powerpoint

Anonymous1757955888

Anonymous1747024951

Anonymous1757147439

front part should be curve then wedged from the ends

Anonymous1756932384

Anonymous1741828154

Diseña un chasis de robot compacto con dimensiones de 20 cm por 20 cm, pensado para albergar los siguientes componentes: una placa Arduino Uno, un driver de motor L298N, un portapilas para 2 celdas 18650 y un módulo Bluetooth HC-05. El chasis debe tener compartimientos o soportes adecuados para fijar cada componente de forma segura. Debe ser estructuralmente estable, con orificios o ranuras para el paso de cables y montaje de ruedas y motores. El diseño debe permitir fácil acceso a los pines del Arduino y del módulo Bluetooth, así como ventilación adecuada para el driver. El material puede ser plástico o similar, adecuado para impresión 3D.

Anonymous1755699658