When you are transferring a crew from your vessel to a pylon you need complete control and reliable power. For the wind farm industry MJP’s incredibly dependable waterjets offer precision control, high thrust, and low fuel consumption, so you can rest assured you’ll be on-time, and on-target, every time.
Our duplex stainless steel structure makes our jets the strongest and most corrosion resistant in the industry.
The MJP steering units and DPO functionality provide precise direction control and manoeuverability allowing you to effortlessly navigate to your target and stay there while loitering or loading. Built to get you and your wind farm crew where they need to be safely, quickly, and comfortably.
Wind Farm Vessel 21 m. for 12 passengers with dual MJP575. Speed 24 knots
APPLICATION SPECIFIC WATERJETS
CSU
Classic Mixed-Flow High-Efficiency Waterjet
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DRB
Mixed-Flow High-Efficiency Waterjet with Inboard Hydraulics
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X
High Speed Mixed-Flow Waterjet
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JETMASTER 3 CONTROL SYSTEM
NEXT-GEN LINE OF PRESION CONTROLS
Virtual Anchor
In the Virtual Anchor mode an anchor point position is defined and the DP system will keep the vessel within the predetermined anchor line length and will point its heading towards the anchor point.
Stay on Spot
When Stay on Spot mode is selected the vessel will be held to a target position. The heading of the vessel will not be controlled.
Hold Heading
In the Hold Heading operational mode the vessel’s heading is defined and held. The vessel will drift from position.
Stay on Spot and Hold Heading
In the Stay On Spot and Hold Heading mode the DP System will keep the vessel on the defined position and hold its heading.
Higher Top Speed
Get there faster, saving you time and money.
More Manoeuvrable
Easily manoeuver in tight quarters and during docking to provide a stable and comfortable ride for passengers and crew.
Increased Crew Comfort
MJP’s precision controls and dynamic positioning offer the maximum in crew comfort and safety while loading or loitering.
Greater Efficiency
Highly efficient mixed flow designs keep fuel consumption low at high speeds.
