Adapters/Battery Chargers
BO Motor Straight for Robo Car
Original price was: ₹289.00.₹59.00Current price is: ₹59.00.
- BO (Brushed DC) motor for robotics applications
- Straight shaft design for easy integration
- Compact size and lightweight
- High torque output
- Reliable and durable performance
Only 2 left in stock
The BO Motor – Straight for Robo Car is a high-quality brushed DC motor specifically designed for robotics applications. With its straight shaft design, compact size, and impressive torque output, this motor is ideal for building and powering robotic vehicles, such as car-like robots or small rovers.
The BO Motor features a brushed DC design, which provides excellent torque and reliable performance. It is well-suited for applications that require high torque output, making it capable of driving wheels or propelling small robotic vehicles with ease. Whether you’re building a competition robot, educational project, or hobbyist creation, this motor offers the power and performance you need.
The straight shaft design of the motor simplifies integration into your robotic projects. The straight shaft allows for easy coupling with wheels, gears, or other mechanical components, making it convenient to assemble and customize the motion system of your robot. This design feature enhances the versatility and flexibility of the motor, allowing for various configurations and applications.
Despite its powerful performance, the BO Motor is compact and lightweight. This makes it suitable for applications where space and weight are constraints, such as small-scale robots or drones. The motor’s compact size ensures easy mounting and installation, while its lightweight nature minimizes the overall weight of your robotic vehicle, optimizing its agility and maneuverability.
Durability is a key consideration for any motor used in robotics, and the BO Motor delivers reliable and long-lasting performance. It is built with quality materials and components, ensuring its ability to withstand the demands of continuous operation and challenging environments. This durability allows for prolonged usage and minimizes the need for frequent replacements or repairs.
Whether you’re a robotics enthusiast, student, or professional, the BO Motor – Straight for Robo Car is an excellent choice for your robotic vehicle projects. Its high torque output, straight shaft design, compact size, and durability make it a reliable and versatile motor option.
Features:
- High torque output
- Reliable and durable performance
- Easy-to-wire terminals
- Compatible with motor controllers and driver modules
Package Includes:
- 1x BO Motor – Straight for Robo Car
- Motor Type: BO (Brushed DC) Motor
- Function: Provides rotational motion for a robot car or similar applications
- Straight Drive: Designed for straight-line movement, typically used in pairs for differential drive systems
- Operating Voltage: Typically operates within a voltage range of 3V to 12V (depending on the specific motor)
- Maximum Speed: Varies depending on the specific motor, but commonly operates at speeds of several thousand RPM (Rotations Per Minute)
- Torque: Provides sufficient torque for driving small to medium-sized robot cars or other similar projects
- Compatibility: Compatible with motor controllers, microcontrollers, and other control systems commonly used in robotics projects
- Applications: Used in robot cars, RC (Radio Control) vehicles, robotics projects, and other applications requiring straight-line motorized movement
- Provides a reliable and compact solution for driving robot cars and similar projects, allowing for smooth and controlled straight-line movement with adjustable speed and direction.
Applications:
- Robotic vehicles (car-like robots, rovers)
- Educational robotics projects
- Hobbyist robot creations
- Prototyping and experimentation
- DIY robotics applications
Electronic Projects/Usage:
- Robotic Vehicle: Use the BO Motor to power the wheels of your robotic vehicle, enabling it to move with precision and control.
- Line-Following Robot: Combine the BO Motor with sensors and a microcontroller to create a line-following robot that can navigate along designated paths autonomously.
- Obstacle-Avoiding Robot: Integrate the motor with obstacle detection sensors to build a robot that can detect and navigate around obstacles in its path.
- Remote-Controlled Robot: Connect the motor to a motor controller and wireless communication module to create a remote-controlled robot that can be operated from a distance.
- Sumo Robot: Utilize the high torque output of the motor to build a sumo robot capable of competing in robot sumo competitions, pushing opponents out of the ring.
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