Foxtech Blheli_S Dshot 30A ESC, with Hardware generated PWM synchronous to MCU yields ultra-quiet motor performance.
Foxtech Blheli_S Dshot 20A ESC, with Hardware generated PWM synchronous to MCU yields ultra-quiet motor performance.
Foxtech Supreme CF 3010T propeller are specifically designed for heavy duty multicotpers. Well balanced, polished and reinforced, Supreme carbon fiber propellers guarantee very little deformation even with very high load and give you a safe and quiet fly.Foxtech Supreme CF 3010T propeller is available for XRotor 8120 100kv motor and T-motor U12/U13 motor etc.
The 4008 Martin long flight time brushless motor is available for the long flight time multirotor (Quadcopter take off weight ≤ 3.5kg, , hexcopter take off weight≤ 5 kg). Using 4008 Martin long flight time brushless motor together with Martin folding propeller makes the drone a longer flight time. The 4008 Martin long flight time brushless motor have a extremely low center of gravity to increase the stability. The built-in automatic heat sink makes low temperature and high efficiency.
The 4008 Martin long flight time brushless motor is produced by Tarot’s superb CNC milling composite processing technology, a single motor weigh is only 85g (including folding propeller clip). Martin series products belongs to the new generation of TAROT power combo, with long time testing and calibrating, they all specialized in low power consumption, heavy lift, excellent products for long flight time requests. The new design of the folding rotor mounting seat have a wildly adaptability, can be used with common propellers and new Martin folding propellers. The motor base suspends high in the air to protect the coil. The mounting hole size is 19MM/ triangular mounting hole 27.7MM, compatible with the most frame in the market, its appearance keep consistency with the traditional motor. The 4008 Martin long flight time brushless motor have all advantages of TAROT brushless motor, high efficiency, long life, low power consumption, low noise, and excellent stability.