Tiger Motor MN4014 330kv - AntiGravity (2 Motors)
Tiger Motor MN4014 330kv - AntiGravity (2 Motors)
$199.99
$99.99
Tiger Motor MN4014 330kv - AntiGravity (2 Motors)
Antigravity Series from Tiger Motors
About this product
Designed specifically for multi-rotors, the Antigravity Navigator Series from Tiger Motors includes some of the best multi-rotor motors available today.
The Multi-hole design allow almost any type of prop to be mounted to the motor.
Specifications:
KV................................................................................................................330
Configuration...................................................................................18N24P
Stator Diameter...................................................................................40mm
Stator Length.......................................................................................14mm
Shaft Diameter.......................................................................................4mm
Motor Dimension(Dia.*Len).............................................Φ44.8×34.5mm
Weight(g)................................................................................................149g
ldle current(10)@10v(A).........................................................................1.1A
No.of Cells(Lipo)....................................................................................4-8S
Max Continuous current(A)180S...........................................................25A
Max Continuous Power(W)180S.......................................................750W
Max. efficiency current.............................................................(3-10A)>84%
internal resistance...............................................................................85mΩ
internal resistance...............................................................................85mΩ
More Information
SKU | 1680 |
---|---|
UPC (GTIN) | 652118483345 |
Manufacturer | Tiger Motors |
NDAA Compliant | No |
Popo Compatible | No |
Item Returns | This item can be returned |