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Marine Applications

The YASA Axial Flux Technology is exceptionally well suited to marine applications, including Pure-Electric & Hybrid Propulsion, as well as Marine Generators, Hydraulic Pumps & other marine auxiliary systems.

Marine Propulsion


The unrivalled High Torque & Low Speed characteristics of our Axial Flux Motors are well suited to propellor drive applications, both with & without a gearbox, and can be applied in a pure-electric system or hybrid application.

The compact size & weight of the YASA motors means it's a perfect fit for high-performance small craft propulsion, including foiling craft, where minimising weight is critical.

The stackable nature of the YASA motors enables modular solutions for Stern Drive, V Drive, Shaft Drive, Jet Drive & Outboard propulsion.
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EVOA: Marine Propulsion

Utilsing The YASA Axial Flux Motor, the EVOA E1 Electrified Performance System, provides an unprecdented on-water experience.
The E1 system achieves quicker time to plane, solid throttle response and high top speeds, setting the standard for high-performance marine elctric propulsion.
Discover The EVOA E1

Jaguar Vector V20E

Jaguar set the electric water speed record on Coniston Water with a top speed of 88.61mph (142.6km/h).
Powered by 2 YASA Motors, the V20E boat delivers 295bhp. 
Discover The Jaguar Vector V20E

Marine Generators & Pumps

The compact size  of the YASA Axial Flux motor, enables discreet packaging of generators and pumps on superyacht applications.
hyps

YASA Axial Flux Motors are the perfect fit for the Marine Electrification Sector

"Light weight is a key attribute of the YASA axial flux electric motor. But in marine applications, the critical attributes are more often the optimally short axial length, high torque at low speeds and very efficient direct cooling.

The optimally short axial length helps deliver a very compact hybrid powertrain, maximizing aft cabin space in a motor cruiser for example. 

The high torque at low speeds directly enables drive solutions without the need for a gearbox, thereby delivering a lower cost and highly compact solution with greatly reduced noise and vibration levels. 

Finally, the efficient direct cooling arrangement enables high continuous power usage, a key factor needed across many marine propulsion applications."
Jon Whitehouse, Senior Business Development Manager
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