Hobbywing Ezrun 3665SD Motor G3 4000kV 5mm Shaft

Overview

This is the Hobbywing EZRun 3665SD G3 Sensored Brushless Motor. The EZRun G3 is designed to handle extreme conditions and features a robust IP64 waterproof design. Its internal construction uses an updated design with high-quality precision components, giving the G3 motors more power and efficiency than the previous G2 series. In addition, this motor incorporates a Hall sensor, allowing you to drive with a sensored ESC for ultimate throttle control. With a robust construction and power that matches the EZRun G3 series, it delivers outstanding performance that stands up when conditions get tough.

Features

• The EzRun 3665 SD G3 features an improved waterproof sensor cable interface and an upgraded sensor mode for motor temperature protection, and pairs perfectly with the EzRun MAX10 G2 ESC.
• The high-precision Hall sensor components ensure that rotor position output is always accurate and consistent, providing excellent linearity and great throttle control.
• The EzRun 3665 G3 motor uses a high-precision, waterproof bearing at the front of the motor. The rear of the motor uses a precision iron cover with a smaller structure to improve capacity while providing a higher bearing speed and keeping resistance low. Operation is smoother and more reliable.
• Compared with the G2 motor, the motor temperature is significantly reduced under the same load conditions. Overall efficiency is 3% higher, while maximum output power has increased by 5%.
• All materials used in the EZRUN 3665 G3 motor (motor housing, bearings, ultra-thin silicon steel sheets, high-temperature-resistant copper wire, explosion-proof rotor, high-tolerance alloy shaft) are carefully selected and approved by our in-house engineers. Hobbywing is committed to delivering outstanding performance to users over an extended period.
• The motor uses a modular detachable structure for easy disassembly and daily maintenance. This helps extend the motor's service life and maintain its efficiency over time.