Drone accessories

Unlock Performance: D2812 Brushless Motor for Racing & Freestyle Drones, 40%+ Longer Run Time, Superior Cooling & Durability

  • Product id:D2812 brushless motor
  • Color:black
  • The fabric:alloy
  • Size:

Discover the D2812 brushless motor, engineered to dominate FPV racing and freestyle. Its groundbreaking self-cooling technology delivers over 40% longer flight time by defeating heat. Featuring a corrosion-resistant stainless steel shaft for all-weather durability and an innovative anti-slip propeller hub for ultimate safety and control. Built with high-efficiency aerospace aluminum, it offers smooth, powerful thrust for peak performance. Elevate your drone experience.

1. Revolutionary Cooling for 40%+ Extended Flight Time

Conquer the #1 enemy of performance: heat. The D2812 features a groundbreaking rotor self-cooling structure paired with hollow aerospace-grade aluminum end caps. This advanced thermal system dissipates heat far faster than standard designs. The result? The motor runs remarkably cooler under heavy loads, enabling over 40% longer continuous operation. Push your FPV drone harder in races and freestyle sessions without power fade or thermal throttling.

2. Premium Durability with Corrosion-Resistant Stainless Steel Axle

Built for reliability in all conditions. The D2812 is equipped with a high-quality stainless steel axle that provides superior resistance to rust, corrosion, and wear. This critical choice protects your investment from moisture, salt, and debris, ensuring smooth rotation and consistent power delivery. Whether flying in coastal, humid, or wet conditions, this motor guarantees a vastly extended lifespan and ready-to-fly reliability.

3. Enhanced Flight Safety with Anti-Slip Propeller Hub

Safety and precision are paramount. Our motor incorporates an innovative凸点 (bump) design on the propeller hub, creating a positive lock that grips your propeller securely. This effectively prevents dangerous propeller slippage or “bell-ing out” during aggressive maneuvers, rapid punches, and sudden direction changes. Enjoy immediate throttle response, direct power transfer, and stable flight for complete confidence and control.

4. High-Efficiency Core for Smooth & Dynamic Performance

Experience buttery-smooth, responsive power. At the heart of the D2812 lies an optimized core with scientifically distributed arc-shaped magnets and ultra-thin silicon steel laminations. This precision engineering minimizes magnetic flux leakage and significantly reduces eddy current losses. For pilots, this translates to superior energy efficiency, remarkably linear throttle control, and excellent dynamic balance, making your drone feel agile, powerful, and perfectly tuned.

5. Rugged & Lightweight Aerospace Aluminum Construction

Engineered for durability without sacrificing agility. Key components like the end caps and mounting base are machined from premium aerospace aluminum. This material offers an exceptional strength-to-weight ratio, reducing overall mass for better drone agility and flight time, while its excellent thermal conductivity aids cooling. Paired with a high-strength low-carbon steel shell that contains the magnetic field, this robust build withstands the high-impact demands of professional FPV racing and intense freestyle.

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Model: D2812

1. New heat dissipation design for faster cooling

2. Rotor self-cooling structure further enhances the motor's heat dissipation performance. Compared with other brands of motors of the same specifications, the continuous running time under full load is extended by more than 40%.

3. Longer running time under normal load ensures the motor is always in optimal condition.

4. Stainless steel shaft, corrosion and rust resistant.

5. Arc-shaped high-strength magnets, scientifically distributed, linear power output, low leakage flux, higher energy efficiency, and better dynamic balance.

6. Ultra-thin silicon steel sheets, high permeability, and low eddy current hysteresis loss.

7. Innovative convex point design to prevent propeller slippage and idling.

8. Aviation-grade aluminum end caps, hollow heat dissipation design, lighter weight, and faster heat dissipation.

9. High-strength low-carbon steel shell to prevent magnetic leakage and enhance magnetic resonance.

10. 200℃ high-temperature resistant enameled copper wire, high slot fill factor, low internal resistance, good heat dissipation, and extended motor lifespan.

11. Aviation-grade aluminum mounting base, providing stable balance, rapid heat conduction, and cooling.