LX8001 Lynx Heli Innovation EOX Motor 1102-3S-5800KV

LX8001  Lynx Heli Innovation EOX Motor 1102-3S-5800KV  

Developed by Lynx, these motors are perhaps the ultimate helicopter upgrade.

Featuring a single wire coil assembly for the best in efficiency, power and cool running.

High temperature rating Neodymium magnet and high quality material and component graduate EOX motor by Lynx a Limit Edition.

The EOX-1102 is the “Big Brother” of well know EOX-1101, designed specifically for the 130x in order to provide maximum power when powered with 3S battery pack.

Overall dimension was designed to fit in the standard frame without touch battery or servo.

EOX 1102 is sale with standard 130X cable connector plug and combo with Carbon Fiber Plate stiffener and hard steel 9 and 10 tooth pinion.

So the next time you want to upgrade your helicopter – think Lynx EOX!

TECHNICAL SPECIFICATION:
Motor Kv 5800KV
Max Lipo Cell 3s - (12.6 V MAX)
Max Continuous Current 12A
Max Continuous Power 150W
Stator Diameter 11mm
Stator Length 15mm
No. of Stator Arms 9
No. Magnet Poles 6
Single Wire Diam. 0.23 mm
Weight 12.2g
Outside Diameter 13.8 mm
Body Length 22.3 mm
Shaft Diameter Inner 2 / Pinion 1.5 mm
Overall Shaft Length 30.1 mm
Motor Timing 5deg
Drive Frequency 8kHz

IMPORTANT USER INFORMATION:

We REMIND that Lynx EOX 1102 – 3S 5800 KV was designed to work on 130X when powered with 3S battery pack. If used with 2S battery the result will be very low RMP and head speed. If you want use 2S we suggest EOX-1101-2S-8350KV 

The Lynx EOX 1102 is not intended to be used with the stock 130X 3 in 1 board and a 3S battery. The stock 3 in 1 board needs to be modified for proper operation with a 3S battery. An external BEC and speed control is needed to supply the necessary 8VDC to properly supply the power requirements for the 3 in 1 board and also the power supply from the 3S battery to the speed control for the motor. Do not attempt to wire a 3S LiPo battery directly to the stock 3 in 1 board or damage will occur to the board. Supplying less than 8VDC to the 3 in 1 also can trigger the LVC function and cause loss of control.