From Arctic icebreakers to bulk cranes on the Amazon, Hoyer's electric motors operate applications such as pumps, winches and thrusters on board LNG carriers, cruise ships, ferries, trawlers and many other ship types.

Applications on ships and other maritime areas must be able to operate safely and reliably in demanding environments where the motor and other electrical components are exposed to vibration, salt and humidity. In addition, there are special needs such as explosion proof EX and ATEX motors or extreme temperatures.

Electric motors are part of a wide range of applications in the marine industry.:

Electric motors in the marine industry

The marine industry is constantly under pressure to reduce environmental impacts, optimise the performance of critical applications and meet strict documentation requirements.
This requires a careful approach with focus on quality, service, documentation, flexibility and great insight into the market's special challenges and needs.

The industry therefore relies increasingly on electric motors to power a wide array of applications. At Hoyer, we recognize the critical need for reliable and efficient power solutions, and provide electric motors for marine applications, such as pumps, winches, and thrusters. These motors are not merely components; they are the heartbeats of marine vessels and infrastructure, ensuring operations run smoothly and efficiently.  

Challenges in marine motor design and application

Designing marine motors that can withstand the rigours of the marine environment presents a unique set of challenges. At Hoyer, we confront these challenges head-on, with a focus on innovation and resilience: 

Corrosion resistance: Marine motors are constantly exposed to saltwater, a harsh element that can degrade standard materials. We utilise corrosion-resistant materials in our motors to ensure longevity and reliability. 

Weather and water resistance: Extreme weather conditions and water exposure require robust motor designs. Our motors feature advanced sealing and cooling systems to protect against the elements. 

Efficiency in harsh conditions: Maintaining efficiency despite fluctuating temperatures and conditions is paramount. We incorporate innovative technologies to ensure that motors perform optimally in any environment. 

Through strategic design and a commitment to quality, we ensure that marine operations can proceed smoothly, efficiently, and without interruption, no matter the external pressures.