CFD-Optimized Ship Propeller
Are you in search of a ship propeller that is efficient, low in noise and vibrations, and seamlessly integrates with your (current) appendages, hull shape, and sailing profile? Whether you own an inland vessel, push boat, coastal vessel, container ship, oil tanker, bulk carrier, ferry, offshore support vessel, dredger, trawler, naval vessel, or superyacht, our selected partner has extensive expertise in developing optimal ship propellers for various vessel types. Each propeller design aims for a cost-effective solution with maximum fuel efficiency.
CFD-Optimized Ship Propeller
Our selected partner has extensive expertise in developing optimal ship propellers for various vessel types.
Design Process
To design an optimal ship propeller for your vessel, it is essential to accurately define and tailor the propulsion concept to your specific needs.
This includes, among other things, the interaction between various propulsion components and the required transmission.
Thanks to extensive knowledge and experience, the design engineers are able to design ship propellers for various propulsion concepts, ranging from conventional diesel and shaft installations to electric or hybrid propulsion systems.
Properties
Whether it’s a fixed pitch propeller, a ducted propeller, a bow thruster, a propeller for a azimuth thruster, or an electric pod, each ship propeller is standardly cast from CuNiAl, a high-quality alloy of copper (Cu), nickel (Ni), and aluminum (Al).
Existing Ship
Is your existing ship in need of a new propeller, and are you interested in a CFD-optimized ship propeller?
If you still have the drawings of your ship, the propeller designers can immediately start designing a suitable propeller. Even if you no longer have the drawings, it is still possible.
Using a 3D scan and measurements, your bow and stern with existing appendages can be accurately mapped. This way, you can have a suitable propeller for your ship, fully tailored to your sailing profile.
Controllable Pitch Propeller Blades
Compared to Fixed Pitch Propellers (FPP), Controllable Pitch Propellers (CPP) offer an advanced solution for optimal propulsion. This technology has several advantages, such as improved maneuverability, higher efficiency, and smoother sailing behavior.
With the help of reverse engineering, your current Controllable Pitch Propeller (CPP) blades, regardless of the brand, can be reproduced and/or improved. This allows for cost-effective and potentially more efficient Controllable Pitch Propeller blades to be installed.
In Practice
The propellers, directly supplied by one of our selected partners, have demonstrated their performance across a wide range of vessels and sectors within the maritime industry.
From high-impact conversion projects to efficient newbuild designs, they have been successfully deployed in inland shipping, coastal operations, ocean-going vessels, dredging, offshore applications, fisheries, and naval projects.
Design Process
To design an optimal ship propeller for your vessel, it is essential to accurately define and tailor the propulsion concept to your specific needs. This includes, among other things, the interaction between various propulsion components and the required transmission. Thanks to extensive knowledge and experience, the design engineers are able to design ship propellers for various propulsion concepts, ranging from conventional diesel and shaft installations to electric or hybrid propulsion systems.
Properties
Whether it’s a fixed pitch propeller, a ducted propeller, a bow thruster, a propeller for a azimuth thruster, or an electric pod, each ship propeller is standardly cast from CuNiAl, a high-quality alloy of copper (Cu), nickel (Ni), and aluminum (Al).
Existing Ship
Is your existing ship in need of a new propeller, and are you interested in a CFD-optimized ship propeller? If you still have the drawings of your ship, the propeller designers can immediately start designing a suitable propeller. Even if you no longer have the drawings, it is still possible. Using a 3D scan and measurements, your bow and stern with existing appendages can be accurately mapped. This way, you can have a suitable propeller for your ship, fully tailored to your sailing profile.
Controllable Pitch Propeller Blades
Compared to Fixed Pitch Propellers (FPP), Controllable Pitch Propellers (CPP) offer an advanced solution for optimal propulsion. This technology has several advantages, such as improved maneuverability, higher efficiency, and smoother sailing behavior.
With the help of reverse engineering, your current Controllable Pitch Propeller (CPP) blades, regardless of the brand, can be reproduced and/or improved. This allows for cost-effective and potentially more efficient Controllable Pitch Propeller blades to be installed.
Existing Ship
Is your existing ship in need of a new propeller, and are you interested in a CFD-optimized ship propeller? If you still have the drawings of your ship, the propeller designers can immediately start designing a suitable propeller. Even if you no longer have the drawings, it is still possible. Using a 3D scan and measurements, your bow and stern with existing appendages can be accurately mapped. This way, you can have a suitable propeller for your ship, fully tailored to your sailing profile.
Controllable Pitch Propeller Blades
Compared to Fixed Pitch Propellers (FPP), Controllable Pitch Propellers (CPP) offer an advanced solution for optimal propulsion. This technology has several advantages, such as improved maneuverability, higher efficiency, and smoother sailing behavior.
With the help of reverse engineering, your current Controllable Pitch Propeller (CPP) blades, regardless of the brand, can be reproduced and/or improved. This allows for cost-effective and potentially more efficient Controllable Pitch Propeller blades to be installed.
In Practice
The propellers, directly supplied by one of our selected partners, have demonstrated their performance across a wide range of vessels and sectors within the maritime industry. From high-impact conversion projects to efficient newbuild designs, they have been successfully deployed in inland shipping, coastal operations, ocean-going vessels, dredging, offshore applications, fisheries, and naval projects.