High Torque DC Gear Motor GA37RG – 12V/24V

Description

GA37RG High Torque DC Gear Motor – 12V/24V with Adjustable RPM & Torque

The GA37RG High Torque DC Gear Motor is a versatile and powerful motor designed to handle a wide variety of projects. Whether you’re building a robot, automating a home appliance, or working on a medical instrument prototype, this gear motor delivers reliable performance with customizable speed and torque options.

Available in 12V or 24V, with or without a mounting bracket, the GA37RG lets you choose the exact RPM (200, 370, or 550) and torque rating (1.5 to 15 kgf·cm) that matches your application — from slow, high-torque lifting to faster low-torque rotation.

⚡ Key Features

• Dual Voltage Options: Choose between 12V or 24V DC to match your power supply
• Multiple RPM Choices: 200, 370, or 550 RPM for customized speed control
• Adjustable Torque: From 1.5 kgf·cm (high-speed) to 15 kgf·cm (high-torque)
• Durable Brush Motor: Smooth, consistent rotation for long-lasting performance
• 37mm Motor Diameter: Compact yet powerful — fits most standard mounts
• 6mm D-Shape Shaft: Secure coupling for pulleys, wheels, and gears
• Optional Bracket: Available with or without mounting bracket for flexible installation

🔧 Technical Specifications

📊 RPM & Torque Selection Guide

🎯 Perfect For

✅ Why Choose the GA37RG?

• Maximum Flexibility: 6 different RPM/voltage combinations to match any project requirement
• Proven Reliability: Brush motor design trusted by hobbyists and professionals worldwide
• Compact Power: Strong torque output from a small 37mm frame
• Easy Integration: Standard D-shaft accepts most couplings, wheels, and gears
• Professional Quality: Suitable for serious prototypes and commercial products

💡 Selection Tips

Choose 12V if you’re powering from a standard battery pack, power bank, or Arduino-compatible setup. Choose 24V for industrial projects, larger robots, or when you need more power output.

For heavy-duty applications like lifting or pushing, go with the 200 RPM version for maximum torque. For speed-focused projects like wheeled robots or fans, the 550 RPM version is the better choice.

Note: Motor speed and torque vary based on actual load and voltage supplied. Using PWM speed control is recommended for precise RPM adjustment in your projects.