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Underwater Thruster

The underwater thruster is a key propulsion device for navigating underwater environments such as ROVs, UUVs, AUVs, and USVs. It generates thrust directly, eliminating the need for traditional shafts or transmission systems. Typically powered electrically, this underwater thruster motor provides thrust by creating a rotating water flow or propulsion vortex. This is ideal for vessels, submarines, or underwater robots, offering enhanced maneuverability and control for agile underwater operations.

Features of Our Underwater Thruster Motor

underwater thruster motor

Our underwater thruster motor employs a revolutionary non-contact transmission technology, akin to the distributed drive technology used in new energy vehicles.

Additionally, the thruster motor boosts vessel transmission efficiency and completely eliminates mechanical transmission losses, significantly enhancing maneuverability and safety.

Moreover, noise reduction is substantial, achieving at least a one-third decrease. Certain models of our underwater propeller motor also incorporate a fault-tolerant operation design, ensuring reliable and safe navigation.

Practical Applications of Our Underwater Propeller Motor in Marine Vessels

Our underwater propeller motors are designed for high-power operations and high-voltage scenarios, ensuring high efficiency. These features make our underwater thruster motors particularly effective in marine applications, contributing to their robust performance and reliability in demanding underwater conditions.

Stator Outer Diameter (mm)550Rated Torque (Nm)1270
Rotor Inner Diameter (mm)430Peak Torque (Nm)2400
Stator Lam Length (mm)320Rated Current (Apk)390
Rated Voltage (V)600Rated Speed (rpm)980
Rated Power (Kw)130Max Efficiency95.9%

We offer a range of custom-made underwater thrusters, including high-voltage, high-power options like the 100kw underwater propeller motor, as well as 12v and 48v underwater thrusters. If you have any specific needs or questions, please don’t hesitate to contact us.

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