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Pushing Propulsor, W Series

Solutions

Pushing Propulsors

Built for demanding operations, Steerprop pushing propulsors deliver reliable performance, efficient thrust, and precise maneuverability where it matters most.

100,000 h Operating hours between overhauls
900 to 9,000 kW power range
As a standard Condition monitoring
High Bollard Pull Steerprop technology guarantees

Why Steerprop Pushing Propulsors?

Built for Reliable Performance

Steerprop pushing propulsors are designed to deliver reliable propulsion performance in demanding marine operations. Combining proven technology with robust engineering, they provide efficient thrust, excellent maneuverability, and dependable operation throughout the vessel's lifecycle.

Built for a wide range of vessel types and operating conditions, Steerprop pushing propulsors offer a durable and practical solution where reliability is essential. Their optimized hydrodynamic design helps maximize performance while supporting efficient vessel operations and reduced operating costs.

With decades of propulsion expertise and a strong focus on lifecycle support, Steerprop ensures that vessels remain productive, efficient, and ready for the challenges of modern maritime operations.

Steerprop Range of Pushing Propulsors
Pushing Propulsor, T series

Pushing Propulsors, T Series

A tug-dedicated azimuth platform engineered to maximize bollard pull per kW of engine input, with mechanical, hybrid and electrical prime-mover options.
Pushing Propulsor W Series

Pushing Propulsors, W Series

Designed for demanding applications, they deliver dependable operation, flexible vessel integration, and up to 100,000 operating hours between overhauls.

Tecnical Facts

Pushing Propulsors

Representative values across the family. Final specification is tailored to each vessel programme.

Power Range, T Series 1,150 to 3,300 kW
Power Range, W Series 900 to 9,000 kW
Expected bollard pull, two units (MT), T Series 35-110
Excpected bollard pull, two units (MT), W Series 28-150
Condition Monitoring As a standard
Prime Mover Z-drive, L-drive-electric, Dual-input hybrid or permanent magnet motor

Steerprop Pushing Propulsors

Built to Perform. Designed to Last.

Precise Maneuverability

Steerprop pushing propulsors provide excellent vessel control and responsive handling in challenging conditions. Accurate maneuvering improves operational safety and efficiency in ports, offshore operations, and other demanding applications.

Proven Reliability

Engineered for long service life, Steerprop pushing propulsors can deliver up to 100,000 operating hours between overhauls. This extended maintenance interval helps maximize vessel availability while reducing lifecycle costs.

Robust Design

Built to withstand demanding marine environments, Steerprop pushing propulsors feature a durable mechanical structure and proven components. Their robust construction ensures dependable operation even under continuous heavy-duty use.

Precision for Dynamic Positioning

Steerprop pushing propulsors are designed to support demanding Dynamic Positioning (DP) operations where accuracy and reliability are critical. Fast steering response, precise thrust control, and stable performance help vessels maintain position efficiently in changing environmental conditions, supporting safe and dependable offshore operations.

Technical Drawings

Technical drawings of Steerprop propulsion systems, including weights and dimensions, are available in the Drawing Database to support efficient concept design.

FAQ

Common questions about Steerprop Pushing Propulsors