6V 250 RPM Motor and Wheel Kit 🚗

The 6V 250 RPM Motor and Wheel Set is a compact, cost-effective solution for educational projects, prototyping, and light-duty robotics. The plastic gearmotor and wheel arrive pre-assembled for instant integration into your build—no extra coupling or tools required. Featuring dual output shafts on opposite sides, the motor can be mirrored for both left and right installations. Ideal for Arduino, Raspberry Pi, and other microcontroller-based platforms using standard H-bridge driver modules. Note: an encoder disk is not included.

Key Features ⭐

• Pre-assembled motor + wheel for fast setup
• 6V, 250 RPM no-load speed (at 6 V)
• Dual-shaft output for easy left/right mounting
• Wide operating voltage: 3–12 V DC
• Low current draw: 95 mA typical (up to 160 mA)
• 65 mm wheel with 30 mm width for reliable traction

Motor Specifications ⚙️

• Operating Voltage: 3–12 V DC
• Gear Reduction Ratio: 1:48
• Speed: 250 RPM (at 6 V, no load)
• Current: 95 mA typical (up to 160 mA)
• Output: Dual shafts for left/right-side use
• Weight: 29 g

Wheel Specifications 🛞

• Diameter: 65 mm
• Thickness: 30 mm
• Weight: 38 g

Control & Compatibility 🔌

This DC gearmotor can be driven by common H-bridge motor driver modules (e.g., TB6612FNG, DRV8833, L298N, L293D) and controlled via PWM from Arduino, Raspberry Pi, or other microcontroller boards. Reverse polarity to change rotation direction. Suitable for integrating into robotics, electronics components projects, and STEM builds.

Typical Applications 🤖

• Two-wheel or four-wheel robots and smart car kits
• Line-following and maze-solving platforms
• DIY automation and classroom demonstrations
• Prototyping with Arduino/Raspberry Pi and driver modules

Package Contents 📦

• 1 × 6V 250 RPM Plastic Gearmotor (dual-shaft)
• 1 × High-quality Plastic Wheel (65 mm)

Notes 📝

• Encoder disk not included. Add an external encoder module if closed-loop speed/position control is required.
• Performance (speed/current) varies with load, supply voltage, and driver characteristics.