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Osculati Electric Anchor Windlass 500W, 12V - Chain/Rope Compatibility
€1,201.95EUR
Product Description
The Osculati 02.605.06 electric anchor windlass is a modern device for automatic raising and lowering of anchors on yachts, motorboats, and recreational vessels. The windlass is designed to work with both chain and rope, offering smooth, quiet operation and high reliability in harsh marine conditions. The housing made of durable, corrosion-resistant aluminum and stainless steel ensures long service life even with intensive use in saltwater. Its compact design facilitates installation even in limited deck space. The powerful 500 W motor provides efficient anchor lifting, and intuitive controls allow quick and safe anchor maneuvering. The windlass is versatile – compatible with both rope and chain, enabling use on various types of watercraft.
Technical specifications:
Power supply: 12V DC
Motor power: 500 W
Housing material: anodized aluminum, stainless steel components
Compatibility: rope and chain
Maximum chain diameter: 6 mm (DIN 766)
Maximum rope diameter: 10 mm
Working load: approximately 320 kg
Operating speed: approx. 25 m/min
Base dimensions: approx. 250 x 150 mm
Total height: approx. 200 mm
Weight: approx. 8 kg
Mounting: horizontal, on deck
Equipment: windlass, control panel, installation and operating manual, mounting elements
Additional information The Osculati 02.605.06 anchor windlass is designed for easy operation – control is possible from the cockpit or directly from the deck. The device includes overload protection and safeguards the motor against overheating. Regular maintenance is limited to rinsing with fresh water after salt exposure and periodic inspection of the mechanism’s condition. Optional accessories are available, such as additional remotes, control panels, and mounting kits for different vessel types. Its compact construction facilitates integration with existing anchoring systems. The windlass is an ideal solution for sailors and motorboaters seeking convenience, safety, and reliability during anchoring.









