Vigor 100 RPM DC BO Gear Motor Dual Shaft

• Make: Vigor
  
• Shaft: Dual Shaft – Straight Shape
• Operating Voltage : 3V – 12V
• Rated Speed    100 RPM @9v
  
• Material    Plastic Gear Housing
  
• Shaft Diameter    5.2 mm
  
• Shaft Length    8 mm
  
• Motor Body Length    70 mm
  
• Width    22.3 mm
  
• Depth (with shaft)    28 mm
  
• No-Load Current    40–180 mA
• Gear materials: plastic.
• Motor types: permanent-magnet.
• Brush-type: Brush.
• Uncommitted motors: Homopolar motors.
• Magnet types: ferrite magnets.
• Low density: lightweight, low inertia.

The VIGOR 100 RPM Dual Shaft BO Motor – Straight Shape is a reliable and efficient geared DC motor designed for robotics, DIY projects, and small automation systems. With its dual-shaft design, it offers enhanced flexibility for encoders, wheels, and mechanical attachments, making it ideal for projects that require precise motion control.

Operating efficiently between 3–12V, this motor delivers smooth performance and good torque even at lower voltages, making it a versatile choice for beginners, hobbyists, and professionals.

Built with a lightweight plastic gear housing, the motor ensures low inertia, low friction, and quiet operation. The durable construction includes mounting holes for quick installation, while the optimized shaft design fits perfectly with standard wheels such as 69mm plastic wheels and 87mm multipurpose wheels.

Whether you’re building a 2WD robot, experimenting with prototypes, or assembling educational kits, this dual-shaft BO motor offers dependable performance at an affordable price.

Features:

• Provides good torque and stable RPM at lower operating voltages, enhancing efficiency in robotics and DIY builds.
• Dual-shaft design allows easy attachment of wheels, encoders, or other rotating components for added versatility.
• Lightweight plastic gear housing ensures low inertia, smooth rotation, and reduced mechanical noise.
• Built-in mounting holes support quick installation in project enclosures, robot bases, and 2WD platforms.
• Operates within 3–12V, making it suitable for battery-powered robotics and educational applications.
• Resistant to corrosion and wear, eliminating the need for lubrication or protective coatings.
• Designed for shock absorption and vibration control due to elastic compliance of molded plastic gears.
• More cost-effective than metal gear motors while maintaining reliable performance for small robots.