top of page

The Advantages of Brushed Motors: Powering the World with Efficiency and Simplicity

Updated: Sep 13, 2023

In today's fast-paced world, electric motors play a vital role in numerous industries, from household appliances to automotive applications. Among the various types of electric motors, brushed motors, specifically brushed DC motors, stand out for their simplicity and efficiency. In this blog post, we will delve into the advantages of brushed motors, exploring how they have contributed to our modern world and continue to be a valuable choice in specific applications.

1. Understanding Brushed Motors

Before diving into the advantages, let's briefly understand what brushed motors are and how they work. A brushed motor is a type of electric DC motor that relies on brushes and a commutator for its operation. The brushes are typically made of carbon or graphite, and they make physical contact with the commutator, which is a rotary switch.

When an electric current flows through the coils within the motor's armature, the commutator's rotation changes the direction of the current, effectively reversing the magnetic fields and causing the armature to rotate. This rotation generates the mechanical power needed to drive various devices.

2. Simplicity and Cost-Effectiveness

One of the primary advantages of brushed motors is their simplicity in design and construction. Compared to other types of electric motors, brushed motors have fewer components, making them easier to manufacture and maintain. This simplicity translates to cost-effectiveness, making brushed motors an attractive choice for applications that do not require advanced features or high precision.

Moreover, the basic construction of brushed motors means they are relatively easy to troubleshoot and repair. Replacement brushes are affordable, and the maintenance process is straightforward, making them a reliable and budget-friendly option for many industries.

3. High Starting Torque

Brushed motors boast high starting torque, making them ideal for applications requiring a quick and powerful initial response. This characteristic is especially advantageous in scenarios where devices need to overcome inertia or sudden resistance upon startup. Examples of such applications include power tools, electric drills, and small vehicles like scooters and electric bikes.

4. Efficiency in Low-Speed Applications

While brushed motors have a slight disadvantage when it comes to high-speed applications, they excel in low-speed scenarios. Due to the brush and commutator design, brushed motors maintain constant torque at low speeds, ensuring smooth operation and precise control. This efficiency in low-speed applications makes them ideal for fans, blowers, conveyor belts, and electric locks.

5. High Overload Capacity

Brushed motors exhibit robust overload capacity, allowing them to handle temporary increases in load without significant damage. Their ability to withstand brief surges in power is beneficial in applications with varying operating conditions. For instance, in power tools, the motor can tolerate high loads during heavy-duty tasks without compromising performance.

6. Reversibility

The design of brushed motors makes them inherently reversible, meaning they can easily switch the direction of rotation by reversing the direction of the current. This feature simplifies the control systems for many applications, as it eliminates the need for complex external circuitry to achieve bidirectional motion. It is particularly valuable in robotics, where precise and efficient motion control is essential.

7. Proven Technology and Reliability

Brushed motors have been around for a long time and have stood the test of time. Their proven technology and long history of use in various industries demonstrate their reliability. Engineers and manufacturers trust brushed motors for their simplicity, durability, and consistent performance.

8. Easy Speed Control

Controlling the speed of a brushed DC motor is relatively simple and cost-effective. By adjusting the voltage or current applied to the motor, the rotational speed can be regulated. This ease of speed control makes servo motors suitable for applications where variable speed is necessary, such as household appliances, power tools, and small electric vehicles.


In conclusion, brushed motors, also known as brushed servo motors, offer a range of advantages that continue to make them relevant in various industries. Their simplicity, cost-effectiveness, high starting torque, efficiency in low-speed applications, high overload capacity, and ease of speed control make them a popular choice for specific applications. While they may not be suitable for every scenario, brushed motors have proven their reliability and continue to power the world with efficiency and simplicity. As technology evolves, electric brushed motors may find even more specialized applications where their unique features shine brightest.

Please Contact The Magmotor Team for all of your brushed motor needs.



bottom of page