EMAX RS2306 2750KV White Editions
The EMAX RS2306 2750KV series of motors offer the highest levels of quality and performance in a motor and the white editions is a limited version.
Warning: Last items in stock!
The EMAX 2306 series of motors offer the highest levels of performance and quality in a motor. Boasting incredible thrust numbers with a perfect blend of efficiency.
The RS2306 was designed to set a new standard of power and response for pilots seeking the ultimate in flight performance. With nearly twice the level of thrust of the original Red Bottom, the new RS2306 sets the bar even higher by pushing 2kg of thrust with 5045x3 propeller on 5S or 6045x3 on 4S.
Latest design used in RS2205-S have been carried over to the RS2306.
EMAX Legendary Production Quality
Engineered and produced In-House with state-of-the-art production techniques and machines, every motor that comes out of our factory is guaranteed to have the tightest build tolerances. Emax can achieve 0.10mm magnet to stator air-gap and crash-durability racers.
Special Edition Matte White Bell.
Modified Cooling Fins
Higher Thrust Output
Hex screw Secured Bell for easy servicing or bell replacement.
4mm Hardened and Tempered Hollow Steel Shaft
1.8mm N48SH Arc magnets. Thinner and lighter which allow lower mass on the outer portion of the bell, resulting in faster acceleration. Less energy lost and more power delivered to the propeller.
0.15mm High Silicon-Steel Laminations: Higher volume of silicon increases electrical resistance in the lamination, reducing eddy-currents within the system (Translates electrical energy into mechanical energy more efficiently.).
PROPLOCK base for future performance-matched propellers: This anti-slip design locks in the propellers on to the motor to prevent Prop slippage during the hardest obstacle strikes.
Prop Shaft Diameter: 5mm
Thread Direction: Clockwise (CW)
Voltage Input: 3s-4s LiPo (11.1V - 14.8V)
Internal Shaft Diameter: 3mm
Max Thrust: 1762g 2750kv
For thrust motor propellor combinations see Emax RS2306 2750KV PDF