PROFESIONAL Brushless Motor MT4008 quality PRO 600 KV, 108 gr!!..
-Silicone wire 40 cm
-EZO Japanese bearings
-Housing with fan for cooling inside the engine.
- Max Thrust more than 2 kg.
The prop adapter is fully attached to the motor, by 3 screws, to minimize vibration of the propeller and safe the prop .
20 Amp. or 30 Amo Opto ESC Recommend
Carrbon Prop or Graupner Pro (10" to 15") recommend
1 x Brushless motor MT4008 600RPM
1 x Aluminum prop adapter 6mm.
The Top Ten Reasons Why You Should Try T-Motor Brushless Motors
1.All of our motors come with extremely permanently lubricated EZO ball bearings from Japan.
2.All the stators of our motor are made with NO.1200#0.2mm sukucib laminations from Japan for maximum efficiency and minimum eddy current losse. High quality stator plates are epoxy coated on the inner surface to prevent winding shorts
3.Specially designed N45uh magnets with a 200 C (392 F) temperature rating for trouble-free operation.
4.All motors sound and feel perfect, the bearings sound great, they don’t sound at all.
5.Oxygen-free copper wire temperature of 180 degrees is used in winding the motors.
6.CNC Machined aluminum front and rear housing with cooling holes that pump air through the motor while it runs.
7. Orderly winding configuration
8. Offering perfect balance movement performance.
9. Rear threaded mounting holes with both hole spacing fit a variety of applications.
10. A machined aluminum cross style mount and a threaded prop mount is included with every motor, along with a wobbly adapter on select models.
To sum up, creating a high quality T-motor motor
Why should we select the EZO bearing?
Bearing selection is a key factor in the quality of the motor, T-motors are installed with quality EZO bearings made in Japan, which are professionally designed for high speed running motors. This kind of bearings feature the durability even for a high speed running motor up to around 50000T/min. EZO bearings provide 2-3 times the service time of bearings of the other brands normally when they are compared with each other under a running motor load of 10000T or 20000T. Even under the load of the motor of 400000T, the bearings can make a smooth running flow without any faulty noise. The minimal resistance can come from the running bearings which make the frictional noise less than 25dbs. Besides, the design takes it essentially into account that the great effectiveness can be ideally fulfilled by largely reducing the possibility of the frictions and minimizing overheating generated by a high speed running motor.