Vertical Motion TT DC Gear Motor with Cam Mechanism – Reciprocating Up-Down Movement Module for DIY Robotics & Automation

SKU: krt1
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Rs 300
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This upgraded TT DC Gear Motor includes a built-in cam/lever mechanism that converts rotation into smooth up-and-down motion. It's perfect for robotics projects, school models, Arduino builds, animatronics, and any DIY system that requires repeated vertical movement.

Full Product Description

This TT DC Gear Motor comes pre-assembled with a vertical-motion cam attachment designed to generate precise reciprocating (up-down) movement. As the motor rotates, the integrated angled wheel (cam disc) lifts and lowers the connected rod or wire through the mounting hole. This makes it ideal for small mechanisms where linear motion is needed without the complexity of a full actuator.

The module also includes small signal tabs/contacts that can be used for revolution feedback, switches, or sensors if needed for advanced projects.

Whether you're building automation prototypes, science models, or mechanical motion displays, this compact module delivers reliable performance and easy integration with Arduino, Raspberry Pi, and other microcontroller platforms.

Key Features

  • Converts rotation into vertical up-down motion
  • TT DC Gear Motor with built-in gearbox
  • Cam/lever system for smooth reciprocating movement
  • Mounting hole for easy linkage with rods or hard wires
  • Optional contact points for revolution/signal detection
  • Strong torque for lightweight lifting mechanisms
  • Easy to use in robotics, Arduino projects, STEM education & DIY builds

Technical Specifications

  • Motor Type: TT DC Gear Motor
  • Movement Type: Reciprocating (up-down) via cam mechanism
  • Voltage: 3V–6V
  • Torque: High for small mechanisms
  • Mechanical Output: Vertical displacement via cam
  • Body Material: Durable ABS plastic
  • Compatibility: Arduino, ESP32, Raspberry Pi, STEM kits

Suggested Uses

  • Vertical lifting mechanisms
  • Mini piston/slider systems
  • Animatronics and hobby robots
  • Repeated tapping/lifting motions
  • Displays, models, and prototypes
  • School science and mechanical experiments