Hobbywing Motor Ezrun 3660 G2 4000 KV Model car brushless motor kV (RPM per volt): 4000

Hobbywing Motor Ezrun 3660 G2 4000 KV
for 01:10 Touring Cars, Buggys and light 2WD Short Course and Monster Trucks
Brushless Sensorless Motor
Low locking torque
High efficiency
Thermal motor protection
compatible with Hobbywing MAX10 SCT and MAX10 controller
Use the Ezrun brushless sensorless motor by Hobbywing to give your vehicles the optimum drive. The engine is not only particularly powerful, but also exceptionally efficient. So you benefit from a better performance and get more driving fun from every battery charge. The motor is compatible with the Hobbwing Ezrun MAX10 and MAX10SCT controller.
Low locking torque
of the Hobbywing 4-pole magnet of the motor has offset poles with a low latching torque and torque pulsation, was a huge improvement in the driving feel in curves.
Thermal motor protection
The thermal motor protection starts to protect the motor from overheating after connection with the Ezrun MAX10SCT or MX10.
High-quality processing and intelligent design
The double insulated windings, NMB ball bearings, thin silicon steel plates and adhesive are very heat-resistant and enable high performance as well as long durability. The O-ring seal between the front bell and the motor housing isolates the screw holes of the internal parts to prevent liquid or dust from entering the interior, damaging the engine. In addition, the special design insulates the inner coils from outside in order to protect the windings of extra-long screws.
High efficiency
the Hobbywing temperature control technology protects the engine against damage due to overheating. Therefore, the motor remains in an ideal temperature range, which means that it has significantly more power. Moreover, the output power of this motor has an efficiency of up to 90%, i.e. if the energy consumption is at about 1000 W, then at least 900 W of power is available.
Brushless motor
A brushless motor is an electric motor without brushes, which is characterized by a higher degree of efficiency, lower wear and lower weight compared to the brushed motor.
Senorless
for sensorless brushless motors, the position of the rotor is determined by the counter-voltage triggered in the coils of the stator during induction, which is evaluated by the electronic control circuit. Since a minimum speed is required to evaluate the counter voltage, sensorless brushless motors will run blind until then.

This text is machine translated.