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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A high-quality student mini project 3D model of a compact automated sorting conveyor system.The assembly includes a green rubber belt on an aluminum T-slot frame. Centered above the belt is an inspection bridge holding an ESP32-CAM in a small plastic enclosure.On the side of the frame, a small infrared sensor is mounted. At the end of the belt, there is a micro servo motor with a yellow plastic flipper arm. Realistic industrial textures, brushed metal finish, 8k resolution, highly detailed mechanical parts. The automated system serves as a 'Quality Gate'. Once the AI algorithm identifies the component, it performs a secondary analysis to determine its quality status. The sorting logic is categorized into two primary streams:Good Bin: Components that meet all visual criteria (correct dimensions, intact threads, and no surface damage) will be allowed to pass through to the final collection point.Defect Bin: Components flagged with anomaliessuch as stripped threads, or incorrect sizing

Anonymous1776586243

A high-quality industrial 3D model of a compact automated sorting conveyor system. The assembly includes a black rubber belt on an aluminum T-slot frame. Centered above the belt is an inspection bridge holding an ESP32-CAM in a small plastic enclosure, surrounded by a circular LED ring light. On the side of the frame, a small infrared sensor is mounted. At the end of the belt, there is a micro servo motor with a yellow plastic flipper arm. Realistic industrial textures, brushed metal finish, 8k resolution, highly detailed mechanical parts.

Anonymous1776586243

A mechanical cam arm linkage for an SG90 servo motor. One end has a circular socket to press-fit onto a standard servo horn. The arm is 20mm long with a small 2mm pivot hole at the tip to connect a push rod. The shape is a sleek, rounded mechanical linkage arm. Functional robotics design, 3D printable, solid manifold geometry.

Anonymous1769174566

Create a precise 3D printable bottom case for a Hobbypark 20kg servo motor with accurate dimensions. The servo body measures approximately 40.5mm in length, 20.2mm in width, and 40mm in height, with mounting tabs extending the total length to about 54–55mm and mounting hole spacing of 49.5mm center-to-center using 3mm diameter holes. The design should include a flat base slightly larger than the servo, around 65mm by 35mm, with raised side walls that snugly fit the servo body while allowing about 0.5mm tolerance for easy insertion. Include properly aligned holes or slots for the servo mounting tabs, along with top-facing screw holes that allow the servo motor to be securely fastened down into the 3D printed base. Add four additional mounting holes on the bottom base for attaching the case to other structures. Include a dedicated side hole or cutout specifically sized for the three servo wires to exit cleanly from the side of the case, with enough clearance to prevent bending or pinch

Anonymous1775860533

A clean, simple, functional 3D printable mechanical bracket designed to hold a standard SG90 micro servo motor and hang on two wall hooks. The design must be realistic, properly scaled, and dimensionally accurate for real-world use.

The bracket is a horizontal rectangular beam, 140mm long, 20mm wide, and 10mm thick, with flat surfaces and sharp edges (not organic or rounded). The back face must be completely flat so it can sit flush against a wall.

On both ends of the beam, include horizontal elongated oval mounting slots (NOT circular holes). Each slot should be approximately 25mm long and 12mm tall, cut fully through the beam. These slots allow the bracket to slide left and right when hanging on wall hooks.

Under the exact center of the beam, attach a rectangular servo housing block. This block must contain a hollow rectangular cavity sized to fit a standard SG90 micro servo motor. The internal cavity must be approximately 24mm long, 14mm wide, and 28mm tall, with straight walls and sharp corners, and mu

Anonymous1768868315

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Anonymous1774799733

A 3D mechanical part: a flat rectangular sorting arm for a micro servo motor. It should have a small circular hole at one end for the motor shaft. Minimalist industrial design, smooth plastic texture, solid geometry, no ornaments, engineering style

Anonymous1774766308

a belt with fingerprint sensor , esp32 and servo motor, where the belt has to open if the fingerprint is correct, i want even the inner part working mechanism
where to fix every part

Anonymous1774609258

Design a 6 Degree of Freedom (6-DOF) robotic arm for precision agricultural applications powered by a solar-based system. The robotic arm should include a rotating base, shoulder joint, elbow joint, wrist pitch, wrist roll, and end-effector control. The structure should be lightweight using aluminum or acrylic materials and optimized for low power consumption.

The end effector should be a soft-touch adaptive gripper with three flexible fingers capable of handling delicate agricultural products such as fruits and vegetables without causing damage. The gripper should use silicone or rubber-coated fingertips and a linkage-based mechanism driven by a servo motor to ensure uniform gripping force.

The robotic arm should have a working reach of approximately 30–40 cm and be mounted on a stable base suitable for tabletop demonstration. Include provisions for integrating sensors such as a camera module (ESP32-CAM) for object detection and environmental sensors for precision farming.

The design should support servo

Anonymous1774595389

has un modelo de las piesas de un brazo robot con 3 servo motor
1 servo que se encarge de la rotación del brazo
1 servo que se encarge de subir y bajar el brazo
1 servo que se encarge de abrir y cerra la pinza

haslo para imprimir en impresora 3D com filamento PLA

Anonymous1774467506

Anonymous1772877973

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

Anonymous1773818864

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

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