100 RPM BO Motor- L Shape

100 RPM BO Motor- L shape DC gear motors for robotic applications. It is very common to prototype robotics projects and see their working and response as they are rugged, low cost, easy to use and easy to control. It does not provide high torque or RPM but it gets the work done. It can also rotate in both the directions hence you can control the direction of rotation of motor by reversing the polarity of the supply. It comes with two screw holes to mount it easily with the chassis of the robot. It is commonly used in line follower Robots and Obstacle Avoider Robot.

The 100 RPM BO (Brushed DC) motor operating at 100 revolutions per minute (RPM) in an L-shape configuration presents a unique and versatile solution for a wide array of robotic, automation, and mechanical applications. This specialized design offers distinct advantages, combining the reliability and performance of a brushed DC motor with the flexibility and adaptability of an L-shaped configuration.

Operating at a rotational speed of 100 RPM, this motor provides a balance between speed and torque, making it suitable for tasks that require moderate rotational velocity along with the necessary power to drive mechanical systems effectively. Whether used in conveyor systems, robotic arms, or other precision positioning applications, this motor delivers smooth and consistent performance, enabling precise control and reliable operation.

The L-shaped configuration of the motor enhances its versatility and utility in various applications. By orienting the motor in an L-shape, engineers and designers gain the ability to integrate it into space-constrained environments or mechanisms where a traditional straight motor may not fit. This allows for more compact and efficient designs, making the motor suitable for applications where space optimization is essential, such as robotic end-effectors or grippers.

Furthermore, the L-shaped configuration enables the motor to drive mechanisms at different angles or orientations, expanding its range of possible applications. This flexibility allows for creative and innovative designs in robotics and automation, where unconventional motion paths or orientations may be required to achieve specific tasks or objectives. For example, in a robotic arm application, the L-shaped motor could be used to drive an articulating joint or mechanism, providing precise control over the arm’s motion in multiple axes.

The brushed DC motor design employed in this motor ensures reliability, durability, and ease of control. With its simple construction featuring brushes and a commutator, the motor offers straightforward speed and direction control, making it easy to integrate into various control systems. Additionally, the brushed DC design provides robust electrical connections, minimizing the risk of signal loss or interference, and ensuring consistent performance even in demanding environments.

The 100 RPM BO motor in an L-shape configuration is designed for easy installation and integration into a wide range of applications. Its standardized dimensions and mounting options facilitate seamless installation, while its compatibility with commonly used motor controllers and power sources simplifies the process of incorporating it into new or existing projects. Additionally, the motor’s versatile L-shape allows for flexible mounting configurations, enabling engineers to adapt it to suit their specific application requirements.

In summary, the 100 RPM BO motor in an L-shape configuration offers a versatile and reliable solution for a variety of robotic, automation, and mechanical applications. With its balanced performance, innovative design, and ease of integration, this motor is well-suited for tasks that require precise control, compact form factors, and flexibility in motion. Whether used in industrial automation, robotics research, or educational projects, the 100 RPM BO motor in an L-shape configuration provides the performance and versatility needed to drive innovation and efficiency in diverse applications.

Specifications

• Operating Voltage: 3V to 12C
• Current under no load: 40-180mA
• Rated speed: 100 RPM
• Rated torque: 0.35 kgcm
• Low Weight and Low Inertia
• Low coefficient of Friction

You can use this motor as a simple DC motor with a microcontroller like Arduino or Raspberry Pi by using a Motor Driver like L293D, L298D. Connect the output wires from the driver to DC terminal 1 and 2 of this motor. Connect the mechanical output port to the robotic arm of wheel you are using and control the motor by using your controller.

Additional Resources

Arduino Based Firefighting Robot

Package Contents

1× 100 RPM L-shaped Geared DC Motor