Micro servo 3D Models

Find the best Micro servo 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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3D printed mechanical parts for a joystick servo control system,
including a split shaft collar clamp (20mm),
a cross linkage plate with 25mm radius arms,
SG90 micro servo mounting brackets,
a flat oval base plate,
engineering CAD render style,
neutral gray material,
sharp edges,
technical product visualization,
isolated on white background

Anonymous1768790865

Anonymous1768162955

Anonymous1768067473

Anonymous1767291458

Create a 3D model of an Arduino-based scanning radar system. A waterproof plastic box (8x8x6 cm) contains an Arduino Uno with visible USB port and pins. A micro servo (SG90) is mounted on top, rotating a horizontal arm. At the arm's end, an HC-SR04 ultrasonic sensor faces forward. Wires connect components. Simple, DIY aesthetic.

Anonymous1766692631

Anonymous1765575898

Anonymous1765198853

Create an accurate CAD-like 3D model of the ME-US ME-X8 micro servo.

Dimensions:
- Main body: 23.0 mm width × 12.0 mm depth × 27.0 mm height.
- No mounting tabs (tabless servo type).
- Output shaft: 4.8 mm diameter spline shaft, protruding 5 mm from the top center.
- Shaft base: a small raised boss around the spline.
- Shaft is located at the top surface, centered left-right, slightly forward along the depth.
- Back side includes a 3 mm cable outlet hole with a 2.5 mm cable leading outward.

Geometry details:
- Keep edges slightly chamfered (≈0.3 mm) like an injection-molded case.
- Model the servo horn as a separate part: a round horn and a cross (4-arm) horn, both with an M2 self-tapping screw hole at the center.
- Use real-world millimeter scale.
- Output as a clean, manifold solid suitable for importing into CAD or 3D printing.

Anonymous1765184510

Create a precise, engineering-grade 3D model of a palm-side servo mount for the ME-US ME-X8 micro servo, placed exactly in the same orientation as the reference image, assuming it is mounted on the LEFT palm.

■ Orientation Definition (critical)
- The model is positioned as if resting on the LEFT hand.
- In this orientation:
• Left side of the image = Thumb side.
• Right side of the image = Little-finger side.
• Top of the image = Forward direction (toward the fingers).
• Bottom of the image = Wrist direction.
• Front face of the servo = Facing the palm.
- All openings, holes, and directions must follow this coordinate definition exactly.

■ Base Plate
- Rectangular base plate: 60 mm (width, thumb-to-little-finger) × 30 mm (height, finger-to-wrist) × 2 mm thickness.
- Rounded corners with a radius of approximately 5 mm.
- Two Velcro strap loops located at the far left and far right edges:
• Internal opening: 20 mm width × 2.5 mm height.
• Wall thickness: 1.5 mm.
• Loops open upward, toward the

Anonymous1765184510

Anonymous1764406477

Replica of the model in the image, for a mini servomotor, the serial measurements: 42.5mm x 25mm x 5mm and the screw holes would be 3mm

Anonymous1763525197

Anonymous1762916664

Anonymous1762182082

Anonymous1760992148

Anonymous1753472736