Brushless Motor BETAFPV BetaFPV 2006 2400KV for Drone — 1 Piece

BETAFPV BetaFPV 2006 2400KV is a compact brushless motor built for small drones and multirotor frames. The 2006 stator size and 2400KV rating provide a high RPM-per-volt characteristic, making this motor suitable for rapid throttle response and agile maneuvering. Supplied as a single unit, it fits replacement needs or custom builds where a lightweight, high-speed motor is required.

Advantages

The motor combines a compact 2006 form factor with a 2400KV winding to balance size and high rotational speed. Its brushless design reduces maintenance compared with brushed alternatives and improves efficiency under sustained loads. The single-piece supply allows straightforward replacement or integration into custom drone assemblies, while the motor’s construction supports stable RPM and predictable throttle behavior for freestyle and performance-oriented flying.

Suitable for

• Micro and small-frame racing drones
• Freestyle quadcopters requiring high RPM motors
• Replacement motor for damaged or worn units
• Custom multirotor builds with compact motor mounts

Key specifications

• Type: Brushless outrunner motor
• Stator/Frame size: 2006 form factor
• KV rating: 2400 RPM per volt
• Supply: Single unit (1 piece)
• Application: Small drones and multirotors, performance-focused flight

How to use

Mount the motor to a compatible motor plate designed for 2006-size motors using appropriate screws and thread-lock where recommended. Solder or fit the motor phase wires to an ESC with matching power and current ratings; verify correct three-phase wiring and secure insulation. Balance the propeller selection to match the 2400KV rating and the battery voltage to achieve the desired RPM range while keeping current draw within ESC and battery limits. Perform a bench test at low throttle to confirm rotation direction and smooth operation before flight.

Recommendations

Choose propellers and battery voltage that keep continuous current draw within the ESC and motor thermal limits. Regularly inspect the motor for debris, secure mounting screws, and proper bearing operation to maintain reliable performance.