A2212 Brushless Motor 1400kv Datasheet

The A2212 brushless motor 1400kv is a popular choice for hobbyists and professionals alike in applications like RC airplanes, quadcopters, and small robotics projects. Understanding the A2212 Brushless Motor 1400kv Datasheet is crucial for anyone looking to effectively utilize this motor. The datasheet provides all the vital information needed to select the correct components and operate the motor safely and efficiently.

Deciphering the A2212 1400kv Datasheet

The A2212 Brushless Motor 1400kv Datasheet is your comprehensive guide to understanding the motor’s capabilities and limitations. It contains a wealth of technical information, from its physical dimensions to its electrical characteristics. Ignoring the datasheet and guessing values can lead to poor performance, overheating, or even damage to the motor or other components. Therefore, understanding and adhering to the specifications provided in the datasheet is extremely important for successful project execution.

Specifically, here are some of the common parameters you’ll find within an A2212 1400kv datasheet. These parameters help you choose the best propellers, ESCs (Electronic Speed Controllers), and batteries for your project. Understanding these parameters is essential for ensuring optimal performance and preventing damage to your motor. Key parameters include:

• KV Rating: 1400kv indicates the motor’s RPM per volt applied (no-load condition).
• Operating Voltage: The recommended voltage range for safe operation.
• Current Draw: The amount of current the motor draws under various loads.
• Thrust: The amount of lifting force the motor can generate with different propellers.
• Motor Dimensions: Physical size and weight of the motor.
• Shaft Diameter: The diameter of the motor shaft.

The A2212 1400kv motor is widely used in various applications because of its good balance between power and size. For example, it is commonly used in mini quadcopters, offering ample power for agile flight. It is also a popular choice for RC airplanes, providing sufficient thrust for take-off and stable flight. In robotics, it can be used for driving wheels, controlling robotic arms, or powering various mechanisms. The table below illustrates typical operating characteristics based on prop size:

Now that you understand the importance of the datasheet and the key parameters it contains, we encourage you to explore the resource directly! Review the source we used to compile this information to get an even more complete picture.