Elegance pod

Advanced electric propulsion with high efficiency and compact design

Elegance Pods integrates direct-drive permanent magnet (PM) motor technology into hydrodynamically optimized pod units resulting in an electric propulsion solutions to deliver efficient, responsive, and compact vessel propulsion. Designed for a wide range of vessel types, the system provides precise manoeuvrability, high hydrodynamic performance, and reliable operation across a broad speed range. Developed with expertise from the Kongsberg Maritime Hydrodynamic Research Centre, Elegance Pods are engineered to optimise propulsion efficiency while supporting low-noise vessel operation and simplified installation.

Designed for efficient and flexible electric propulsion

At the core of the Elegance Pod is a permanent magnet electric motor integrated directly within the pod unit. Combined with an advanced hydrodynamic design and patented Twin-Tail technology, the system is designed to maximise propulsion efficiency with low noise and vibration to achieve greater comfort on board and designed to minimise underwater radiated noise.

The compact configuration supports efficient vessel integration, while the adjustable design enables optimisation to individual hull forms and operational profiles. The pod range includes ice-capable variants for demanding operating environments.

Flexible power system integration

The Elegance range is available in two power variants: a low-voltage design up to 7.5 MW and a high-voltage design up to 22 MW.

• Low-voltage Elegance Pods are supplied with variable frequency drive converters, either as part of a DC distribution system or as a stand-alone drive connected to an AC distribution system.
• High-voltage Elegance Pods are supplied with a diode front-end drive and transformer connected to an AC distribution system.

Key features

• Compact and efficient permanent magnet motor
• Efficient cooling using air and surrounding seawater
• Integrated optimisation of drive, motor and hydrodynamic performance
• Adjustable design for optimal hull adaptation
• Patented Twin-Tail technology for improved efficiency and cavitation performance
• Kongsberg Maritime Innoduct nozzle design for enhanced bollard pull and free-running efficiency (ducted version)
• Well-proven oil-lubricated roller bearings for safe operation with efficient lubrication, cooling and health monitoring
• VGP-compliant anti-pollution seal system designed to reduce the risk of lubricant leakage to the surrounding environment
• Ice-class capability up to PC6 / FS1A*
• Easy access to maintenance and service points
• Streamlined installation using simple hull interfaces without heavy lifting equipment
• Underwater mounting and maintenance capability (optional)
• Operational online support for both condition monitoring and maintenance
• Hydrodynamic design developed by the Kongsberg Maritime Hydrodynamic Research 

Key advantages 

• Reduced fuel consumption through improved propulsion efficiency
• Precise manoeuvrability and station keeping
• Compact inboard installation footprint
• Low-noise operation
• Fast propulsion response
• Efficient maintenance with extended service intervals
• Simplified installation
• Advanced equipment condition monitoring
• Specialist hydrodynamic expertise and support
• Global service and lifecycle support

Technical table pulling pod

Applications

Naval

• Auxiliary vessels
• Coastguard vessels
• Cruise and passenger
• Super and mega yachts
• Expedition cruise vessels
• RoPax vessels
• Mega cruise vessels

Offshore

• Rigs, platforms and drillships
• Offshore support vessels
• Heavy-lift vessels
• Wind farm installation and support vessels
• Research vessels

Cargo

• Coastal vessels with frequent port calls
• All-electric vessels