Servo motor 3D Models

Find the best Servo motor 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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Telaio per 1/10 e Struttura Chassis: Piastra in Fibra di Carbonio 3.5mm a "clessidra". Fondo piatto con viti svasate e diffusore posteriore integrato per effetto suolo.Sospensioni Inboard (Push-rod): Gli ammortizzatori da 90mm sono montati orizzontali sul telaio, azionati da bilancieri (rockers) in alluminio. Questo abbatte il baricentro e permette un muso rasoterra stile WEC.
Passo: 275mm. Carreggiata: 290mm (braccetti lunghi per stabilità su terra).Meccanica e Aerodinamica
Trasmissione: Centrale a cardano in acciaio alleggerito. Differenziali a ingranaggi conici sigillati.
Carrozzeria: Ispirata alla Ferrari 499P, con passaruota aperti per sfogare la pressione delle ruote alte e pinna dorsale per la stabilità nei salti.
Layout: Batteria 3S 5200mAh a destra, Motore 3660 e ESC 80A a sinistra in un condotto d'aria dedicato. Servo da 30kg avanzato e centrale.
make sure is for rc car whith:
Motore brushless 3660 3550KV 5.0mm
UBEC 12A 3s commutazione lipo
4 ammortizzatori 90mm
batteria 3s

Anonymous1773836730

A technical 3D CAD isometric view of a precision color-sorting mechanism for a high school robotics competition. The design features a 'Diverter Arm' (Y-gate) logic. "規格细節 (必須包含)：
• Track Design: A U-shaped entry track, width 48mm, designed for a 42mm diameter foam ball. The track splits into four distinct paths (Red, Yellow, Blue, Green) at a 60-degree junction.
• Actuator: A single MG90s Servo Motor mounted at the pivot point of the junction.
• Diverter Arm: A lightweight, custom-designed plastic arm, length 55mm, with rounded R5 edges to minimize friction. Include decorative geometric cutouts on the arm to demonstrate 'custom fabrication' (Maker style).
• Materiality: The main frame is made of 3mm laser-cut basswood and transparent acrylic side walls to allow internal components to be inspected by judges.
• Integrated Sensor: A square cutout for a TCS34725 color sensor located on the track floor just before the diverter arm.
• Aesthetics: Clean engineering style, industrial bl

Anonymous1773723118

Anonymous1773716598

A compact robotic spraying system designed as an engineering prototype. The system includes a multi-joint robotic arm with 4–5 degrees of freedom mounted on a sturdy base. The arm holds and positions a standard handheld spray bottle in an adjustable clamp mount. A small servo motor is attached beside the spray bottle trigger with a mechanical lever mechanism that presses the trigger to activate the spray. The robotic arm controls the direction of the spray while the trigger servo motor controls when the liquid is sprayed. Include a flexible tube or nozzle extension at the bottle tip for precise spraying. The design should show visible servo motors, mechanical brackets, gears, mounting plates, and wiring channels. The base should include mounting space for a Raspberry Pi or Arduino controller. The entire model should be modular, realistic, and optimized for 3D printing with separate parts like arm segments, bottle holder, servo brackets, and trigger-press mechanism. Industrial robotics

Anonymous1771247301

add a servo moto bwloe he fluid pipe to cut of

Anonymous1771484826

A realistic 3D model of a small DIY robotics car placed on a desk. The robot has a black acrylic rectangular chassis with four yellow rubber wheels connected to small DC geared motors. On top of the chassis there is an Arduino microcontroller board with multiple jumper wires connected in red, orange, and black colors. A blue micro servo motor is mounted near the center. Several electronic components, including a motor driver board and ribbon cables, are visible. The wiring looks slightly messy like a prototype engineering project. The robot is positioned on a wooden table with a laptop beside it. The lighting is natural indoor lighting with soft shadows. Ultra-detailed engineering prototype style, realistic materials, high-poly 3D model, cinematic render, 4K resolution.

Anonymous1773388796

me faça um braço robotico 4dof por peças onde a base deve caber uma placa de esp32 vou usar o servo motor entao faca tambem esoaco para o servo motor

Anonymous1773164197

3D printable front axle support for an Arduino robot car. Rectangular structural beam with two vertical holes at the ends for steering pivots. Technical engineering part, minimalist design, flat base for 3D printing stability, compatible with SG90 servo motor mounting points.

Anonymous1755694165

um cilindro com raio de 3,25cm com parede de 0,75cm altura de 2cm com vão interno de 1,1 cm do de profundidade do centro pra fora, na lateral bem ao centro da parede vertical um furo que encaixe no pino de um servo motor mg995

Anonymous1772997377

Ultra realistic CAD render of an industrial rotational viscometer for paint and solvent process control. Vertical stainless steel cylindrical tube reactor: height 1800 mm, diameter 500 mm, mounted on industrial frame. At 1500 mm height a lateral exhaust pipe with 200 mm diameter for vapor extraction. On the top a vertically mounted industrial servo motor with magnetic coupling isolating the process chamber. Inside the tube a rotating shaft length 1200 mm with horizontal mixing paddle 100 mm x 30 mm at the tip. Base section includes a movable lifting platform for a 20 liter bucket (500 mm height, 480 mm diameter) actuated by two pneumatic cylinders. Front side has cut-out opening with hinged door for bucket access. Behind the tube an industrial pneumatic diaphragm pump connected by flexible hose to recirculate paint. Solvent dosing system with pneumatic proportional valve and 2/2 directional solenoid valve for acetate injection. Industrial piping, pneumatic tubing, chemical hoses, stain

Anonymous1772733946

Create a realistic 3D model of a half-inch ball valve with a manual handle,
mounted with an MG996R servo motor (medium-size servo, dimensions: 40mm x 20mm x 40mm) using a proper mechanical coupling.
Ensure the servo is sized proportionally to the valve and can rotate it from 0° (closed) to 90° (open) realistically.
Include realistic metallic textures for the valve body and plastic/metal textures for the servo.
Rig the model for animation with a smooth opening and closing motion.
The motion should reflect the actual torque of an MG996R servo (~10 kg·cm) to move a small ball valve.
Provide the model in a format ready for 3D software animation (FBX, OBJ, or GLTF), with proper scaling.

Anonymous1772649005

Design a complete 3D printable robotic gripper assembly driven by a micro servo motor.

IMPORTANT:
- Generate ALL parts in ONE project/output
- BUT each component must be a SEPARATE printable part (not merged)
- Arrange them in an exploded view layout (spread out but organized)
- Ensure all parts fit together perfectly when assembled

Parts to include:

1. Servo Motor Mount (SG90 compatible)
- Include precise mounting holes
- Shaft opening aligned with gear

2. Gear System
- Small gear for servo shaft
- Large gear for motion transfer
- Proper gear ratio and meshing clearance

3. Linkage Arms (4–6 pieces)
- Thin mechanical bars
- Include pivot holes for screws
- Symmetrical design where needed

4. Gripper Jaws (2 pieces)
- Left and right mirrored fingers
- Curved inner surface for gripping
- Connection points for linkage arms

5. Base Frame
- Holds servo and mechanism together
- Strong but lightweight

6. Pins / Screws / Connectors
- Simple cylindrical pins or screw-like connectors
- Sized to fit linkage holes

Anonymous1772117621

Anonymous1771905821

nesecito una pierna robotica, esta pierna debe tener en la parte de la pantorrilla un motor con turbinas moderno, toda a pierna debe ener la posilibilidad de abrirse con un sistema de palancas y bisagras para poder ver por dentro, y en la parte de la rodilla deben estar las cabidades para meter un servimotor de 150kg de torque de este tipo (150KG High-Torque Digital Servo IP66 Waterproof Metal Gear 12V for RC Car Robot 180°/270° Double Shaft with U Bracket), la parte de donde gira el servo se conecta con la parte superior de la pierna, y la parte inferior con el otro extremo del motor que es estatico, recuerda que la pierna debe poder abrirse asi como la de iron man, pero nesecito que sea mas al estilo cyberpunk, no estilo marbel , la parte superior de la pierna que une la pierna con la pelvis , tambien debe tener una cavidad para un servo de 150 kg de fuerza del mismo tipo, podras hacerlo?

Anonymous1769358342

Complete educational scale model of intelligent toll booth system on large wooden base. Wide 4-lane highway with white lane markings. Line of vehicles waiting: small cars, bus, truck (simple shapes). TWO toll booth cabins, one on LEFT sidewalk and one on RIGHT sidewalk. Each booth has long barrier arm across all lanes attached to servo motor, both lowered. Push button next to each booth. Inside each booth visible: Arduino, breadboard with colorful wires, sound sensor module, small LED (clap lamp), resistors, 9V battery. On LEFT sidewalk: FOUR tall thin posts with small spheres on top (decorative LEDs), evenly spaced. On RIGHT sidewalk: ANOTHER FOUR tall thin posts with small spheres, aligned. Wires from each booth to LED posts on base. Colorful wires connecting all components. Simple geometric shapes, clean, colorful, educational scale model.

Anonymous1771620934

Photorealistic 3D render of an educational scale model of an intelligent toll booth system for a physics project, isometric low-angle view. The scene shows a straight two-lane road with a TOLL BOOTH STRUCTURE positioned ON THE SIDE OF THE ROAD (not in the middle). A LONG BARRIER ARM (toll gate) extends horizontally across both lanes, attached to an SG90 360° servo motor mounted on the toll booth, demonstrating automatic barrier operation.

ALONG THE ROAD, there are FOUR DECORATIVE LED POST LIGHTS: two on each side, evenly spaced, with small LEDs on top glowing softly. The road has lane markings.

The toll booth interior is PARTIALLY OPEN or has a cutaway wall to reveal the electronics: an Arduino Uno Mini board (blue PCB with silver USB port) with colorful jumper wires (red, black, yellow) connecting DIRECTLY to components (NO BREADBOARD visible). The connections include:
- An SG90 360° servo motor (already connected to the barrier arm)
- A sound sensor module (for clap-activated lighting) mounted inside the

Anonymous1771620934

Anonymous1771459472