E-BIKE MY1016 24V 2750RPM 350W DC MOTOR

The MY1016 24V 350W motor is a high-performance version of the 24 V MY1016 series, delivering extra power and torque for applications that demand more than the standard 250W motor. It runs at approximately 2750 RPM under load (and about 3300 RPM no-load) on a 24 V supply, similar speed to the 250W model but with a higher current draw that allows it to produce 350 W of mechanical output. This translates to roughly 1.2 N·m of torque (around 11–12 kg·cm), giving stronger acceleration and the ability to propel heavier riders or steeper inclines. The motor is designed with upgraded internal components (like thicker gauge windings and possibly improved magnets) to handle the increased power. As a result, it draws about 18–19 A at full load, while the no-load current remains low at ~2.5 A, indicating that efficiency is maintained around 75–78% at top output. 

Physically, the 350W MY1016 motor is very similar in size to the 250W version, with the same mounting bolt pattern and an output shaft fitted with an 11-tooth sprocket for #25H chain drives. This makes it a drop-in upgrade in many cases. It does weigh slightly more (approximately 2.5–2.6 kg) due to a bulkier armature and possibly larger housing to better dissipate heat from the higher current. The motor’s steel case and endplates are designed to endure the extra thermal and mechanical stresses of 350W operation. 

Common uses for this 350W motor include higher-speed electric bicycles, more powerful electric go-karts or trikes, and heavy-duty mobility scooters. In such applications, users benefit from the motor’s additional torque when climbing or carrying loads. The MY1016 350W retains the reliability of the MY1016 family while pushing the performance envelope – it’s a robust, high-torque 24V motor for serious DIY e-vehicle builders. It can be paired with a suitable 24V controller (capable of ~20–30A) to fully utilize its potential.