HOBBYWING XRotor 2207.5 Motor Launched, Powerful and Smooth Control for FPV
Source : HOBBYWINGDate : 20th Aug 2025
HOBBYWING introduces the brand-new XRotor 2207.5 FPV motor, engineered to deliver both powerful thrust and precise control. Specifically designed for FPV freestyle and racing, this brushless motor gives pilots a smoother flying experience with confidence.
Linear Power Output, Efficient Heat Dissipation
The XRotor 2207.5 brushless FPV motor features electromagnetic optimization that delivers more torque at lower RPM, which contributes to a more linear throttle response. This improvement enhances maneuverability across all throttle ranges, making it ideal for FPV freestyle.
This FPV motor adopts a high-efficiency single-strand winding design, ensuring smoother throttle response and improved thermal dissipation.
The external rotor housing uses a self-cooling structure that quickly dissipates coil heat during flight, allowing the motor to operate at a low temperature, more efficiently, and with a longer service life.
Innovative Anti-Slip Tooth Design on Propeller Mount
The propeller mount of XRotor 2207.5 motor incorporates an innovative anti-slip tooth structure, effectively preventing propeller slippage or free rotation and improving overall flight safety.
Dual KV Options for Different Flying Styles
HOBBYWING XRotor 2207.5 brushless motor is available in both 1780KV and 1980KV versions to match different FPV needs: ·XRotor 2207.5 1780KV: High torque for confident control, ensuring smooth and precise FPV freestyle. ·XRotor 2207.5 1980KV: High power output, ultra-fast response, and accurate cornering, making it the ideal choice for FPV drone racing.
Premium Materials, Exceptional Quality
Both 1780KV and 1980KV versions of the XRotor 2207.5 FPV motor utilize high-performance 0.2mm stator laminations and 220°C R-grade high-temperature enameled wire, ensuring outstanding efficiency and excellent resistance to heat-induced demagnetization.
The strong arc-shaped magnet design significantly increases magnetic flux density and field intensity, delivering abundant power and precise attitude control throughout the entire flight.
HOBBYWING XRotor 2207.5 Motor Launched, Powerful and Smooth Control for FPV
Source:HOBBYWINGDate: 20th Aug 2025
HOBBYWING introduces the brand-new XRotor 2207.5 FPV motor, engineered to deliver both powerful thrust and precise control. Specifically designed for FPV freestyle and racing, this brushless motor gives pilots a smoother flying experience with confidence.
Linear Power Output, Efficient Heat Dissipation
The XRotor 2207.5 brushless FPV motor features electromagnetic optimization that delivers more torque at lower RPM, which contributes to a more linear throttle response. This improvement enhances maneuverability across all throttle ranges, making it ideal for FPV freestyle.
This FPV motor adopts a high-efficiency single-strand winding design, ensuring smoother throttle response and improved thermal dissipation.
The external rotor housing uses a self-cooling structure that quickly dissipates coil heat during flight, allowing the motor to operate at a low temperature, more efficiently, and with a longer service life.
Innovative Anti-Slip Tooth Design on Propeller Mount
The propeller mount of XRotor 2207.5 motor incorporates an innovative anti-slip tooth structure, effectively preventing propeller slippage or free rotation and improving overall flight safety.
Dual KV Options for Different Flying Styles
HOBBYWING XRotor 2207.5 brushless motor is available in both 1780KV and 1980KV versions to match different FPV needs: ·XRotor 2207.5 1780KV: High torque for confident control, ensuring smooth and precise FPV freestyle. ·XRotor 2207.5 1980KV: High power output, ultra-fast response, and accurate cornering, making it the ideal choice for FPV drone racing.
Premium Materials, Exceptional Quality
Both 1780KV and 1980KV versions of the XRotor 2207.5 FPV motor utilize high-performance 0.2mm stator laminations and 220°C R-grade high-temperature enameled wire, ensuring outstanding efficiency and excellent resistance to heat-induced demagnetization.
The strong arc-shaped magnet design significantly increases magnetic flux density and field intensity, delivering abundant power and precise attitude control throughout the entire flight.
