4Pcs 0702SE Brushless Motors for 65mm FPV Whoop Drones 23000KV High Performance Durables

Item: 0702 II Brushless MotorsMotor KV (rpm/V):23000KVBearing: Brass bushings (0702SE II)Shaft Diameter: 1mmShaft Length: 4.2mmHole Distance: 6.6mmMotor Mount Holes: M1.4Input Voltage: 1SCable: 35mm (connector included) 30AWGThe product appearance and printed words depending on the batch but this does not affect use.Colour:As ShownMaterial:MetalPackage Contents:4 * Brushless MotorsOnly the above package content other products are not included.Note: Light reflection and different displays may cause the color of the item in the picture a little different from the real thing. The measurement allowed error is +/- 1-3cm.

• The introduction of strong magnetic tile magnets optimization of magnetic circuit and coil slot full rate make the thrust of 0702 SE II 23000KV by 13% Inject a steady stream of surging power into the aircraft Flying and racing are both within your control.
• Overcome heat decay Long-lasting power Based on the strong magnetic tile-shaped magnet with super high temperature resistance it solves the problem of thermal attenuation during flight Meet the requirements of continuous violent flight the power is always strong as before Continuous and stable power output no need to worry about power decline.
• Double ball bearings high speed and stable 0702 se custom double ball bearing motor high speed performance no fear of high speed impact still feel smooth.
• Oil-containing bearings and explosion- model 0702 II oil-bearing brushless motor has lighter weight and explosion resistance which can meet the needs of users who are constantly pursuing lighter motors and achieve both weight reduction and flight performance.
• injection-molded screws add icing on the cake for 0702 motors The ultra-light weight effectively reduces the load on the whole machine. The excellent strength performance ensures the stable installation of the motor. The two complement each other to further improve the level of the whole machine without sacrificing stability.