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Pulling Propulsor

Solutions

Pulling Propulsors

Designed for reliable performance from open-water operations to challenging ice-class environments.

Available for Open water & ice class vessels
Smooth inflow & stable thrust Proven design
Available based on Project-specific requirements
Robust design & efficient Decades of expertise

Why Steerprop Pulling Propulsors?

Built on Experience. Designed for Vessel Operations.

Working closely with operators in demanding conditions, Steerprop developed its Pulling Propulsor as an efficient and proven propulsion solution for a wide range of vessel types. By positioning the propeller ahead of the unit, the design enables smooth inflow and stable thrust characteristics.


Built on decades of propulsion expertise and advanced design tools, the Steerprop Pulling Propulsor emphasizes reliability, efficiency, and ease of maintenance. The result is a robust solution that supports consistent performance, low vibration levels, and optimized operational efficiency in challenging environments.


Steerprop pulling propulsors are designed for performance in both open water and the most demanding ice-class conditions.

Pulling Propulsor

Pulling Propulsors, open water

Built on decades of propulsion expertise and advanced design tools, the Steerprop Pulling Propulsor emphasizes reliability, efficiency, and ease of maintenance.
Pulling Propulsors, ice class

Pulling Propulsors, ice class

Designed for performance in the most demanding ice-class conditions.

Technical facts

Pulling Propulsors

The Steerprop Pulling Propulsors are available based on project-specific requirements. Contact Steerprop Sales for more information

Steerprop Pulling Propulsors

Built on Experience. Designed for Vessel Operations.

Built for Demanding Conditions

Designed for both open-water operations and challenging ice-class environments, Steerprop Pulling Propulsors combine robust construction with proven reliability. The solution supports long service life, high availability, and dependable performance throughout the vessel lifecycle.

Smooth and Stable Thrust

With clean inflow to the propeller, the pulling design delivers stable thrust across a wide operating range. The result is predictable vessel handling, improved maneuverability, and reliable performance in demanding operating conditions

Optimized Hydrodynamic Efficiency

The pulling configuration places the propeller ahead of the propulsor unit, allowing it to operate in undisturbed water flow. This reduces hydrodynamic losses and improves propulsion efficiency, resulting in lower fuel consumption and reduced emissions.

Easy Maintenance

Designed with lifecycle efficiency in mind, the Steerprop Pulling Propulsor enables straightforward inspection and maintenance procedures. Accessible components and service-friendly design help reduce maintenance time, supporting high vessel availability and lower lifecycle costs.

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 Pulling Propulsors