T-Motor MN4006 380kv - AntiGravity (2 Black Motors)
Original price
R 3,629.00
-
Original price
R 3,629.00
Original price
R 3,629.00
R 3,629.00
-
R 3,629.00
Current price
R 3,629.00
The TMotor MN4006 is another exceptional motor in the Antigravity series. It boasts high power, while maintaining a very low profile and weight at only 66g! It has hand-wound single copper wiring and a built-in self cooling design. It comes with high grade EZO bearings that help extend the life and performance of the motor. It is compatible with all T-Motor carbon props, or props with a M6 hole.
Includes
- x2 MN4006 Motors
- x1 CW prop adapter
- x1 CCW prop adapter
Specifications
KV................................................................................................................380
Configu-ration...................................................................................18N24P
Stator Diameter...................................................................................40mm
Stator Length.........................................................................................6mm
Shaft Diameter.......................................................................................4mm
Motor Dimension(Dia.*Len).............................................Φ44.35×21mm
Weight(g)................................................................................................66g
ldle current(10)@10v(A).........................................................................0.3A
No.of Cells(Lipo)....................................................................................4-6S
Max Continuous current(A)180S...........................................................16A
Max Continuous Power(W)180S.......................................................380W
Max. efficiency current.............................................................(2-5A)>92%
internal resistance...............................................................................194mΩ
internal resistance...............................................................................194mΩ