10 X 2 CM Gear Wheels

10 X 2 CM Gear Wheels Enhance the performance, precision, and durability of your mechanical or robotics projects. Engineered for smooth power transmission and reliable rotational motion, these gear wheels serve as essential components in a wide range of DIY builds, academic experiments, industrial prototypes, and robotics applications. Whether you are a hobbyist, engineering student, or professional developer, these gear wheels offer the perfect blend of strength, accuracy, and compatibility to support both small and mid-sized mechanical systems.

Made from robust and lightweight plastic or polymer materials (depending on variant), the 10 x 2 cm gear wheels are designed to deliver consistent performance even in demanding setups. Their carefully designed tooth profile ensures minimal friction, smooth meshing, and highly efficient motion transfer. The compact size and standard shaft hole diameter make them ideal for integration with DC motors, stepper motors, servo motors, axles, and other drive components commonly used in educational kits, robotics competitions, and DIY engineering projects.

Whether you’re constructing a small robot, designing an innovative automation prototype, or teaching mechanical concepts, these gear wheels provide unmatched versatility. They are specially designed to reduce mechanical losses, increase torque transfer, and enhance the operational precision of your mechanism.

Specifications

• Diameter: 10 cm

• Thickness / Width: 2 cm

• Material: High-quality plastic/polymer (lightweight, durable, and corrosion-resistant)

• Gear Type: Spur gear

• Tooth Profile: Standardized for smooth and efficient meshing

• Bore / Shaft Hole Diameter: Compatible with common motor shafts (typically 6 mm or variant-specific)

• Color: Available in standard gear colors (varies by batch)

• Weight: Lightweight for optimized performance in robotics and DIY systems

• Compatibility: Works with DC motors, gear motors, axle rods, and custom mechanical assemblies

• Operating Conditions: Suitable for moderate loads and medium-speed rotation

Key Features

1. High Strength & Durability

Built using quality polymer materials, the gear wheels offer excellent resistance to wear and deformation. This ensures long-lasting performance even under continuous operation.

2. Smooth & Efficient Power Transmission

The precision-engineered teeth guarantee minimal friction and smooth torque delivery. This reduces energy loss and supports stable rotational motion.

3. Lightweight for Better Efficiency

With an optimal balance of weight and strength, the 10 x 2 cm gear wheels are perfect for battery-operated projects and compact models that require efficiency without adding bulk.

4. Easy to Install & Use

The standard shaft hole ensures quick integration with motors and axles. The universal design makes these gear wheels suitable for beginners as well as advanced mechanical designers.

5. Versatile for Multiple Projects

Designed to support robotics, automation, engineering experiments, and toy mechanisms, these gear wheels can adapt to various applications without needing customization.

6. Stable Performance in Educational & DIY Environments

Ideal for classrooms, makerspaces, and workshops, the gears deliver reliable performance for prototyping and concept demonstrations.

Applications

Robotics Projects

Perfect for robot mobility systems, robotic arms, motor-driven wheels, and custom drive mechanisms.

DIY Mechanical Models

Useful for building vehicles, gear trains, simple machines, and kinetic models.

Engineering & Academic Projects

Excellent for demonstrating gear ratio concepts, motion transfer, and mechanical advantage in classrooms and labs.

Automation & Prototyping

Suitable for light load transfer, conveyor prototypes, automation units, and motorized mechanisms.

Toys & Hobby Projects

Can be used to repair or build motorized toys, educational kits, and mechanical puzzles.

These 10 x 2 CM Gear Wheels combine precision engineering with durable construction, making them a dependable choice for mechanical designers, educators, and innovators. Whether you’re building a new robot, exploring gear systems, or designing a prototype, these gear wheels deliver consistent performance and outstanding value.