1. What is a BO motor?

BO or (Battery Operated) motor is a hobbyist grade DC motor used in small projects. It consists of a small micrometal DC motor with gears to increase torque.

2. How to select a BO motor?

BO motors are generally available in a couple of variations. Right-angled and straight-angled design. The choice of design will depend on how the motor is attached to your project and which configuration would be beneficial to the end user.

3. Is the BO motor and DC motor the same?

BO motors have lower speeds than standard DC motors because of the gearing within the assembly. Although both may be using the same motor, the torque developed in a BO motor is much higher than in a normal DC motor due to the gear sets.

4. What is a dual-shaft BO motor?

Dual shaft BO motor contains two shafts on either side giving you the capability to mount two different gears/wheels. It is useful in cases where the motors are positioned at the center of the product and need to control two mechanisms on either side.

5. How is a dual-shaft BO motor different from a single-shaft BO motor?

Dual shaft BO motors have two shafts on either side to mount wheels/gears while a single shaft motor has only one shaft to mount wheels/gear

6. What are the applications of a BO motor?

BO Motors are called battery-operated motors. Hence it is used in many DIY Robotic applications that run on batteries. It can run on a 6v-9v battery. If you are using more than 1 motor in your project then you can use it with a 12V Battery also. BO motors are used in hobby grade projects where the user requires a small DC motor as a simple actuator. But make sure the BO motor has enough torque for its intended application.

7. How is a BO motor used?

A BO motor (short for “Battery Operated” motor) is a small geared-DC motor made for hobby & DIY robotics projects. On the product page you’ll see it described as “a small micrometal DC motor with gears to increase torque”. You typically power it with a low-voltage battery (for example 3-12 V), mount it to a robot chassis, attach wheels or gears, and use it to drive motion (wheels, tracks, arms, etc.). For example, one product description says “perfect for building small and medium robots” with operating voltage 3 V to 12 V.

8. Are these motors suitable for small robotics projects?

Yes — they are especially suited for small robotics projects. The collection clearly states they are “ideal for both hobbyists and robotics experts” and suitable for lightweight robots. Common uses listed include smart robot cars, DIY trains, obstacle-avoider robots and 2-WD robots. Because they operate at low voltage and are compact, they are a good match for students, hobbyists, and small mobile platforms.

9. What RPMs are available?

BO motors are available in multiple RPM ratings after internal gearing, including 60, 100, 150, 200, and 300 RPM. Lower RPM motors provide higher torque for slow, powerful movement, while higher RPM motors offer faster motion with less torque. Select the RPM based on your project’s speed and torque requirements, with operating voltages typically ranging from 3V to 12V for compatibility with most robotics and DIY platforms.

10. Can I use BO motors with Arduino or Raspberry Pi?

Yes — while the collection page doesn’t explicitly name Arduino or Raspberry Pi, the motors are DC geared motors with simple voltage control (3-12 V) and shaft output, which makes them fully compatible with standard motor driver circuits controlled by microcontrollers like Arduino or Raspberry Pi. You would just need a suitable motor driver board and appropriate power supply. Because they are used in robotic vehicles and hobby setups, you can integrate them into Arduino/Raspberry Pi based projects quite straightforwardly.

11. Are wheels included with BO motors?

In many listings, yes wheels are included. For instance, the “Single Shaft L-Shaped 60 RPM BO Motor with Wheel (2 sets)” clearly states that the motor comes with wheels. Some other listings of BO motors may just give the motor alone (without the wheel) — it depends on the variant. So when you select a product, check the “Package Includes” section to see if wheels are included in that particular kit.

BO Motors

Picking Bo Motors Motor Wheels Chassis that won’t slow your project down

Most of the builds get delayed just because of one wrong component. When working with bo motors motor wheels chassis, small choices matter more than you think. Everything here is picked keeping real usage in mind, not just specs on paper. In this bo motors motor wheels chassis section, you’ll see options grouped so you don’t have to search everywhere. You can focus more on building and less on fixing mistakes. Have a look below and see what fits your idea.

Motor Selection Guide by Shaft Type & RPM

Shaft type: Choose single-shaft if you want one side drive; choose dual-shaft if you want output on both ends for wheels or spin mechanisms.

RPM (Rotations Per Minute): Lower RPM (eg. 60 RPM) gives high torque and slow speed — ideal for robot bases. Higher RPM (eg. 300 RPM) gives more speed, less torque — good for toys, fans or wheels.

Voltage & torque match: Typical BO motors operate around 3-12 V. Lower voltage reduces speed; higher voltage (within spec) can give more torque but ensure heat & currents are safe.

Application match:

Use 60–100 RPM dual-shaft BO motors for mobile robot drive bases.
Use 150-300 RPM single-shaft for light duty mechanisms or small car wheels.
Select proper mounting holes, gear ratio and shaft diameter for your chassis.

Wiring & Mounting Tutorials

Wiring basics: Connect the two terminal wires of the BO motor directly to your motor driver/controller or battery (observe correct polarity for direction). To reverse direction swap the wires.

Mounting tips:

Use screws through the motor body mounting holes to fix to your chassis.
Ensure the shaft end is clear of obstructions and aligned with wheels or gears.
For dual-shaft models, mount wheels/hubs on both ends for two-side drive.

Control via microcontroller: Use an H-bridge driver (for example an L298N) to control direction and PWM for speed. Ensure power supply voltage matches motor rating.

Safety & maintenance: Keep wiring tidy to avoid entanglement. For prolonged use ensure motor doesn’t overheat; allow air-flow or cooling if needed.

DIY Projects Using BO Motors

Bring your BO motor to life with these practical project ideas:

2WD Robot Car: Use two dual-shaft BO motors, wheels mounted on each shaft, an H-bridge driver, and a microcontroller to build a basic robot.

Line-Follower Robot: Use BO motors for the drive, pair with IR sensors to follow a path on the floor.

Small Conveyor or Loader Mechanism: Use a BO motor with a belt/wheel assembly to move objects in a mini automation or STEM lab setup.

Rotating Display Stand: Mount a BO motor under a turntable surface, power it via PWM for smooth rotation of a display model or project.

Mini Fan or Air-Mover: Use a higher-RPM BO motor (150-300 RPM) with a blade or hub to build a desk fan or airflow device.

Motors	Price
60 RPM L Shaped Single Shaft BO Gear Motor	Rs.199/-
Single Shaft L-Shaped 60 RPM BO Motor with Wheel - (4 sets)	Rs. 293/-
100 RPM BO Dual Shaft DC Motor-Straight	Rs. 59/-
300 RPM STRAIGHT SINGLE SHAFT	Rs. 61/-
300 RPM BO Dual Shaft Motor-Straight	Rs. 54/-
300 RPM Single Shaft Battery Operated Motor	Rs. 72/-
150 RPM Single Shaft BO Motor wheel	Rs. 63/-

BO Motors

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Featured Products

Picking Bo Motors Motor Wheels Chassis that won’t slow your project down

All About BO Motors

Motor Selection Guide by Shaft Type & RPM

Wiring & Mounting Tutorials

DIY Projects Using BO Motors

Price Chart of BO Motors in India

Frequently Asked Questions

1. What is a BO motor?

BO or (Battery Operated) motor is a hobbyist grade DC motor used in small projects. It consists of a small micrometal DC motor with gears to increase torque.

2. How to select a BO motor?

BO motors are generally available in a couple of variations. Right-angled and straight-angled design. The choice of design will depend on how the motor is attached to your project and which configuration would be beneficial to the end user.

3. Is the BO motor and DC motor the same?

BO motors have lower speeds than standard DC motors because of the gearing within the assembly. Although both may be using the same motor, the torque developed in a BO motor is much higher than in a normal DC motor due to the gear sets.

4. What is a dual-shaft BO motor?

Dual shaft BO motor contains two shafts on either side giving you the capability to mount two different gears/wheels. It is useful in cases where the motors are positioned at the center of the product and need to control two mechanisms on either side.

5. How is a dual-shaft BO motor different from a single-shaft BO motor?

Dual shaft BO motors have two shafts on either side to mount wheels/gears while a single shaft motor has only one shaft to mount wheels/gear

6. What are the applications of a BO motor?

7. How is a BO motor used?

8. Are these motors suitable for small robotics projects?

9. What RPMs are available?

10. Can I use BO motors with Arduino or Raspberry Pi?

11. Are wheels included with BO motors?

Let customers speak for us

BO Motors

Availability

Price

Categories

Refined By Clear all

Featured Products

Sort by:

Picking Bo Motors Motor Wheels Chassis that won’t slow your project down

All About BO Motors

Motor Selection Guide by Shaft Type & RPM

Wiring & Mounting Tutorials

DIY Projects Using BO Motors

Price Chart of BO Motors in India

Frequently Asked Questions

1. What is a BO motor?

BO or (Battery Operated) motor is a hobbyist grade DC motor used in small projects. It consists of a small micrometal DC motor with gears to increase torque.

2. How to select a BO motor?

BO motors are generally available in a couple of variations. Right-angled and straight-angled design. The choice of design will depend on how the motor is attached to your project and which configuration would be beneficial to the end user.

3. Is the BO motor and DC motor the same?

BO motors have lower speeds than standard DC motors because of the gearing within the assembly. Although both may be using the same motor, the torque developed in a BO motor is much higher than in a normal DC motor due to the gear sets.

4. What is a dual-shaft BO motor?

Dual shaft BO motor contains two shafts on either side giving you the capability to mount two different gears/wheels. It is useful in cases where the motors are positioned at the center of the product and need to control two mechanisms on either side.

5. How is a dual-shaft BO motor different from a single-shaft BO motor?

Dual shaft BO motors have two shafts on either side to mount wheels/gears while a single shaft motor has only one shaft to mount wheels/gear

6. What are the applications of a BO motor?

7. How is a BO motor used?

8. Are these motors suitable for small robotics projects?

9. What RPMs are available?

10. Can I use BO motors with Arduino or Raspberry Pi?

11. Are wheels included with BO motors?

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