Hobbywing Ezrun 3665SD Motor G3 2400kV 5mm Shaft

Overview

This is the Hobbywing EZRun 3665SD G3 Sensored Brushless Motor. The EZRun G3 is designed to withstand extreme conditions and features a robust design with IP64 waterproofing. 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 holds up when conditions get tough.

Features

• The EzRun 3665 SD G3 features an improved waterproof sensor cable interface and an upgraded sensored mode to provide motor temperature protection, and pairs perfectly with the EzRun MAX10 G2 ESC.
• The highly precise 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 highly precise bearing that is waterproof 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 higher bearing speed and keeping resistance low. Operation is smoother and more reliable.
• Compared with the G2 motor, 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 exceptional performance to users over the long term.
• The motor uses a modular, detachable structural design for easy disassembly and daily maintenance. This helps extend the motor's service life and maintain motor efficiency over time.