6V 250 RPM Dual‑Shaft Plastic Electric Motor⚙️

The 6V 250 RPM plastic DC gearmotor is a cost-effective, versatile drive solution for robotics, automation, and educational projects. Its dual-shaft output enables convenient right- or left-hand mechanical layouts, making it ideal for compact builds and mirrored drivetrains. Perfect for Arduino, Raspberry Pi, and other microcontroller platforms when paired with a suitable motor driver module.

Key Features 🔧

• Dual-shaft output for flexible left/right mechanical coupling
• Wide operating voltage range: 3–12 V for diverse power setups
• 250 RPM at 6 V for balanced speed and control
• 1:48 reduction ratio for reliable torque multiplication
• Low current draw: 95 mA typical (up to 160 mA)
• Lightweight design at just 29 g
• Easy integration into electronics modules and components-based builds

Specifications 📐

• Operating Voltage: 3–12 V DC
• Reduction Ratio: 1:48
• Speed: 250 RPM (at 6 V)
• Current: 95 mA (maximum 160 mA)
• Weight: 29 g
• Output Shaft: Dual-sided (left and right)

Typical Applications 🤖

• Small mobile robots, line-followers, and DIY rover cars
• STEM education kits and mechanical experiments
• Prototype mechanisms driven by Arduino, Raspberry Pi, ESP32, and similar microcontrollers
• Light-duty motion systems using common electronics components and modules

Integration Tips 🔌

• Use an appropriate motor driver module (e.g., L298N, L293D, TB6612FNG). Do not connect the motor directly to GPIO pins.
• Power the motor from a stable DC source within 3–12 V. For the rated 250 RPM, drive at 6 V.
• Provide a separate supply or adequate decoupling when using Arduino/Raspberry Pi to reduce electrical noise.
• Observe current limits (95 mA typical, up to 160 mA) when sizing drivers and power supplies.

Package Contents 📦

• 1 × 6V 250 RPM Motor (dual-shaft plastic gearmotor)