iFlight Update XING CAMO Unibell X2306 1700KV 2-6S FPV Motor 2pcs

iFlight XING CAMO Update Unibell X2306 1700KV 2-6S FPV Motor 2pcs

The iFlight XING series motor is characterized by support 6S. The 4mm Titanium alloy shaft and high-quality N52H magnets surrounded by
high-temperature resistant windings. It means that the iFlight XING series motor can be pushed to the limit. The sturdy structure and high-quality
materials make iFlight XING performs like a beast.
There's non-slip design on the contact surface between iFlight XING motor and propellers to increase the friction and to improve durability;
Multi-heat dissipation hole design, helps to pull heat away continuously; Standard M3 16mm*16mm ing pattern at the bottom, is compatible
with all frames on market; Motor cable length 160mm can meet different requirements whether connecting single or 4 in 1 ESC; Each motor
has been dynamic balanced, all of them have passed the highest standard iFlight manufacturing and assembling procedure.

Features:
Unibell design
New technology coating elliptical body
High-strength 4mm Titanium alloy shaft
Large heat dissipation holes design (15℃ lower compared to same size motor)
Crush resistant damping bearing, eliminate vibration effectively
50%-80% optimal throttle output, best efficiency
160mm cable length for different frames and setups
CNC high-precision machining 7075 aluminum Bell and Base
220℃ Pacific heat-resistant copper wire & solid winding
Electromagnetically matched magnets and stator
Japanese Kawasaki 1200 Iron Core
N52H High-temperature magnets, NSK bearings
Motor wires protected 
Hex bolt shaft set screw
Dynamically balanced
30.6g with a short wire

Package included:
XING CAMO 2306 Motor (unibell) * 2pc
Hardware set * 2 bag

NOTE: the drone not included.

• Unibell design,New technology coating elliptical body.
• High-strength 4mm Titanium alloy shaft.
• Large heat dissipation holes design (15℃ lower compared to same size motor).
• Crush resistant damping bearing, eliminate vibration effectively.
• 50%-80% optimal throttle output, best efficiency.