Brushless Motor 2207.5 1960KV for FPV Racing Drone 56 Inch Props, Aluminum Hollow Shaft 46S

2207.5 Brushless Motor for 5 to 6 inch Propellers This 2207.5 brushless motor is designed for drone builds that require a balance of power, efficiency, and durability. It is available in two KV options, allowing you to choose higher RPM for aggressive flying or lower KV for heavier props and higher voltage setups. Key benefits Versatile performance: Choose 2750KV for higher thrust and responsiveness or 1960KV for smoother power delivery with larger props and higher voltage systems. Broad compatibility: Optimized for 5 to 6 inch propellers and compatible with 46S LiPo power systems. Lightweight and durable: Aluminum hollow shaft and N52H arc magnets deliver strength without unnecessary weight. Easy fitment: Standard M3 bolt pattern at 16 x 16 mm and M5 shaft thread for common prop mounting options. What makes it stand out Motor configuration 12N14P for efficient torque and stable RPM under load. Precise stator and motor sizing for predictable performance: stator 22 x 7.5 mm, motor body 27.5 x 30 mm. Low internal resistance and moderate idle current tuned per KV option for improved power delivery and thermal behavior. Specifications KV: 2750KV or 1960KV Configuration: 12N14P Internal resistance: 30 mOhm (2750KV) / 54 mOhm (1960KV) Idle current at 10V: 2.0 A (2750KV) / 1.1 A (1960KV) Motor dimensions: 27.5 x 30 mm Stator dimensions: 22 x 7.5 mm Shaft thread: M5 Cells (LiPo): 46S Bolt pattern: M3, 16 x 16 mm Rotor: N52H arc magnets Weight: 32 g including 3 cm SR wires Package contents 1 x 2207.5 motor (select 2750KV or 1960KV) 1 x set screw Typical applications 5 inch freestyle FPV quad that needs quick throttle response and solid durability. 6 inch longrange or cargostyle builds using 46S batteries for extended flight times and efficient cruising. Race or parkflyer quads where specific KV choice allows tuning for course conditions and prop selection. This motor is intended for use in custom drone builds and replacement applications where the listed dimensions and specifications match the existing mounting and power system requirements.