LED Work Lights for Marine & Workboats
Corrosion-resistant LED deck and work lights for workboats, fishing vessels, and marine platforms.
Common Challenges in Marine & Workboats
Salt spray destroys ordinary lights
Salt mist and seawater corrode housings, brackets, and connectors around the clock. Land-grade fixtures pit, seize, and fail within a season — and every replacement means a technician, a crane, or a mast climb.
Deck work needs wide, shadow-free light in constant wet
Trawling, craning, and mooring happen at the rail and across the whole deck, often at night and in rain. Patchy lighting hides trip hazards and moving loads, and permanently wet surroundings flood any lamp that is not fully sealed.
Vibration and unstable voltage
Engines and generators shake fixtures continuously, and vessel electrical systems mix 12V and 24V circuits with switching transients. Filament lamps and unprotected drivers rarely survive either for long.
How Tough Lighting Solves It
Sealed and potted against sea water
IP67–IP69K housings with fully potted driver electronics keep out spray, green water on deck, and high-pressure washdown — no condensation behind the lens.
Salt-spray-proof hardware
Marine-grade aluminium housings and stainless steel brackets hold their finish and their grip through years of salt mist.
One range for the whole vessel
9–32V DC input suits 12V and 24V boat systems, and a 10–580W line covers everything from cabin lights to mast-mounted deck floods.
Recommended Products for Marine & Workboats
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On a working vessel, lighting is not an accessory — it is part of the safety and productivity equipment. Crews haul nets, handle cargo, and moor in the dark and in weather, and every one of those jobs depends on the deck being fully and evenly lit.
The sea is also the harshest proving ground a light can face. Salt spray attacks housings and connectors around the clock, decks stay wet for weeks at a time, and the electrical system mixes generator transients with 12V and 24V circuits. Fixtures built for dry land rarely last a season.
Where to place lights on a working vessel
Deck floodlights come first: wide-beam heavy-duty work lights mounted on the wheelhouse roof, gantry, or A-frame give shadow-free coverage of the working deck for trawling, craning, and mooring. On the mast, narrower long-range beams reach the water ahead of the bow for harbour manoeuvring. Below deck, compact LED work lights serve engine rooms and cabins, while side-mounted floods cover boarding points and the rail during net and line handling. All of this is general work lighting — navigation lights are a separate, certified category.
Specifications that matter at sea
- Marine-grade construction — Aluminium housings and stainless steel brackets resist continuous salt spray, while IP67–IP69K sealing and potted drivers keep water and condensation out of the electronics.
- 9–32V DC input — One part number covers 12V and 24V vessel circuits and tolerates generator voltage fluctuation.
- 10–580W product line — Wide flood beams for the deck, tight long-range beams for the mast, and compact units for engine rooms and cabins, all in one family.
Joint development with boat builders
We have developed lights to order for marine applications, working alongside the builder's engineering team from the first drawing: design, 3D-printed prototypes, production tooling, and series manufacturing, with exclusive supply protection for the resulting model. If your build needs a specific bracket, beam, or housing, read about our custom LED light development service.
Wholesale supply for builders and fleets
We supply boat builders, marine-equipment integrators, and fishing and harbour fleets from 60 pieces per model, with production in 15–25 working days. Order 1–5 samples first and run them through a season on your own vessels; CE and EMC (CISPR 25) documentation is available for your files.
Frequently Asked Questions
How do your lights survive salt-spray environments?
Housings are marine-grade aluminium with corrosion-resistant finishing, brackets are stainless steel, and driver electronics are fully potted inside IP67–IP69K sealed enclosures. Order 1–5 samples and run them for a season on your own deck before committing to volume.
Can the same light run on both 12V and 24V boat systems?
Yes. All models accept 9–32V DC, so one part number covers 12V and 24V vessels and rides through generator voltage fluctuation — simpler stocking for mixed fleets.
Can you develop a light specific to our boat model?
Yes. We have developed lights to order for marine applications — design, 3D-printed prototypes, production tooling, and series production, with exclusive supply protection. Send us your mounting position and beam requirement to start.
Can these replace the navigation lights on our vessels?
No — navigation lights are a separate, certified product class under COLREG rules, and our marine range is deck and work lighting only. We say this plainly so your survey goes smoothly. For illuminating decks, gear, and boarding areas, request a quote.
How do we cut glare off wet decks at night?
Mount floods higher than head height and angle them steeply down: light striking a wet deck at a shallow angle mirrors straight into crew eyes, while a steep angle drops it onto the work. Our beam patterns guide covers spread and cutoff choices.
How many lumens do we need over a working deck?
Judge by effective lumens, not the raw figure on the box: effective output is what actually leaves the lens once optical and thermal losses are counted, and it is the number to compare when specifying deck floods. Our effective lumens guide shows how to read both.
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