A2212 1000KV Brushless DC motor for Multirotor Quadcopter Drone

A2212 1000KV Brushless DC Motor for Multirotor Quadcopter Drone

Product Description

The A2212 1000KV Brushless DC Motor is a high-performance, economical outrunner motor designed for multirotor drones, quadcopters, RC aircraft, and DIY aerial robotics projects. Featuring a 1000KV motor rating, 22mm stator diameter, and maximum current rating of 17A, this motor provides an effective combination of speed, torque, and efficiency for lightweight aerial applications.

The A2212 1000KV BLDC Motor is widely used by drone enthusiasts, engineering students, robotics developers, and hobbyists for building custom quadcopters and remote-controlled aircraft. Its brushless construction eliminates mechanical brushes, reducing wear and maintenance while providing smooth and efficient operation.

With a 22mm stator diameter, 13mm stator length, 14 magnetic poles, and 3.17mm shaft diameter, the motor features a compact design suitable for integration into compatible multirotor frames. The 1000KV rating indicates a theoretical no-load speed of approximately 1000 RPM per volt, making it suitable for applications requiring controlled propeller rotation and thrust generation.

The motor has a specified maximum current of 17A and maximum power rating of approximately 190W. It is commonly paired with a suitable Electronic Speed Controller (ESC), LiPo battery, and propeller for drone propulsion applications.

Supplied with a propeller adapter, motor mounting bracket, and four mounting screws, the A2212 1000KV motor is a practical choice for DIY drone assembly, RC aircraft development, educational robotics, and multirotor experimentation.

Key Features

• 1000KV Motor Rating: Provides a theoretical no-load speed of approximately 1000 RPM per volt.
• Brushless DC Technology: Offers efficient operation, reduced mechanical wear, and low maintenance.
• High Power Output: Specified maximum power rating of approximately 190W.
• 17A Maximum Current: Suitable for use with appropriately rated electronic speed controllers.
• Compact Outrunner Design: Features a 22mm stator diameter and 13mm stator length.
• 14 Magnetic Poles: Designed for smooth rotational performance.
• 3.17mm Motor Shaft: Compatible with appropriately sized propeller adapters.
• Multirotor Compatibility: Suitable for quadcopters, drones, and compatible RC aircraft.
• Mounting Accessories Included: Supplied with propeller adapter, motor mount, and four screws.
• Economical Motor Option: Suitable for DIY drone builders, students, and robotics enthusiasts.

Technical Specifications

Note: The maximum power and thrust figures are supplier ratings and are not guaranteed operating values. Actual performance depends on battery voltage, propeller size, ESC configuration, cooling, and load conditions.

Applications of A2212 1000KV Brushless DC Motor

1. Quadcopter and Multirotor Drones

The A2212 1000KV BLDC Motor is suitable for building quadcopters and multirotor drones requiring reliable propeller-driven propulsion. Four compatible motors can be used in a standard quadcopter configuration.

2. DIY Drone Development

Ideal for hobbyists and engineering students developing custom drones using flight controllers, ESCs, LiPo batteries, and suitable propellers.

3. RC Aircraft and Fixed-Wing Models

The motor can be integrated into compatible remote-controlled aircraft requiring efficient brushless propulsion.

4. Robotics and Engineering Projects

Suitable for educational projects involving brushless motor control, electronic speed controllers, propulsion systems, and motor performance testing.

5. Aerial Robotics Research

Can be used for prototyping aerial robotic platforms, studying thrust generation, and experimenting with multirotor propulsion systems.

6. Educational Demonstrations

Useful for demonstrating BLDC motor principles, KV ratings, ESC operation, propeller dynamics, and electronic motor control.

Why Choose the A2212 1000KV BLDC Motor?

• Economical option for DIY drone and multirotor projects.
• 1000KV speed constant suitable for compatible propeller-driven applications.
• Brushless design for reduced maintenance.
• Compact and lightweight outrunner construction.
• 17A maximum current rating.
• Suitable for use with compatible ESCs and LiPo batteries.
• Mounting accessories included for convenient installation.
• Useful for drone enthusiasts, robotics developers, and engineering students.

Package Includes

• 1 × A2212 1000KV Brushless DC Motor
• 1 × Propeller Adapter
• 1 × Motor Mounting Bracket
• 4 × Mounting Screws

Note: ESC, propeller, battery, and flight controller are not included unless specifically mentioned.

Frequently Asked Questions (FAQs)

1. What is the A2212 1000KV Brushless DC Motor used for?

The A2212 1000KV Brushless DC Motor is commonly used in quadcopters, multirotor drones, RC aircraft, and DIY aerial robotics projects. It provides propeller-driven propulsion when connected to a compatible ESC and power source.

2. What does 1000KV mean in an A2212 BLDC Motor?

The 1000KV rating indicates that the motor has a theoretical no-load speed constant of approximately 1000 RPM per volt. For example, at 12V, the theoretical no-load speed is approximately 12,000 RPM. Actual operating speed depends on propeller load, voltage, ESC settings, and other factors.

3. Which ESC is suitable for the A2212 1000KV Motor?

A compatible 20A or 30A brushless ESC is commonly selected for the A2212 1000KV Motor, provided it supports the selected battery voltage and motor requirements. The motor has a specified maximum current rating of 17A, so adequate ESC current capacity and cooling are important.

4. Can the A2212 1000KV Brushless Motor run directly from a battery?

No. The A2212 1000KV BLDC Motor requires a compatible Electronic Speed Controller (ESC) to generate the three-phase electrical signals needed for motor rotation. It should not be connected directly to a DC battery.

5. What is the maximum thrust of the A2212 1000KV Motor?

The A2212 1000KV Motor has an advertised maximum thrust of up to 1200g under a specified 4S test configuration. Actual thrust depends on propeller dimensions, battery voltage, ESC settings, and motor operating conditions. The maximum thrust figure should be verified through testing before designing a drone around it.

Important Notes and Safety Instructions

• Always use a compatible brushless ESC to operate the motor.
• Verify the selected battery voltage and propeller size before operation.
• Do not exceed the motor’s rated current or thermal limits.
• Secure the motor properly using suitable mounting screws.
• Keep hands, wires, and loose objects away from rotating propellers.
• Remove the propeller during initial ESC setup and bench testing.
• Ensure adequate cooling during continuous operation.
• Actual thrust, RPM, and power consumption depend on the complete propulsion configuration.