Xnova motors are made from the finest components available today and guaranteed for the highest levels of performance and efficiency. Each Xnova motor is 100% hand wound and guaranteed to perform. Be convinced by the results, not just datasheets.
Finest CNC quality
Low cogging torque
100% hand wound
The 4-in-1 ESC not only includes 4 high-performance 40A ESCs, 1 built-in BEC, but also an Amp/Volt monitoring port which allows FC to monitor the volt & amp in real time (on condition that the FC supports this function); it’s as small as a FC for FPV(s) and easy for installation and wiring. With the remarkably small size, it's a perfect match for competition FPV(s)
The use of EMF8BB21F16G MCUs with the operating frequency of up to 48MHz, imported high quality MOSFETs, 3-in-1 drive ICs and ceramic capacitors, 3-ounce copper, and 6 layers of PCBs guarantees less heat, higher efficiency and rapider response.
BLHeli-S Firmware Ready
The ESC (with great performance and rich functions) uses the original BLHeli-S firmware and supports adjusting parameters or upgrading firmware via different methods (i.e. via throttle signal wire with using other development board or a FC flashed with the cleanfight/betaflight firmware).
Besides the regular PWM mode, Oneshot125/Oneshot42/Multishot modes, the latest DShot150/300/600 modes are also supported. In DShot150/300/600 modes, the ESC has great anti-interference performance and rapid response.
Hardware Generated PWM & Damped Light Mode
The ESC firmware uses hardware generated motor pwm for smooth throttle response and silent operation. Damped light does regenerative breaking, causing very fast motor retardation, and it inherently also does active freewheeling.
Cont./Peak Current 40Ax4/50Ax4
Input Voltage 2-5S Lipo
BEC output 5V & 1.5A
Input Wires Red-14AWG-130mm / Black-14AWG-130mm
Firmware BLHeli-S A-H-50 16.5
ESC Programming Stick Programming, BLHeliSuite
DEO/Throttle Range Calibration/Oneshot125 Mode/Oneshot42 Mode/DShot150/300/600/MultiShot Mode/Timing Supported/Motor Rotation Supported