Boarding Options

GMT’s carbon composites are useful in producing custom gangways, passerelles, boarding/swimming ladders and sea stairs for yachts. Their strength yet light weight makes them easier to deploy and retrieve; and their beautiful low-maintenance finish complements the most glamorous yachts.

GMT has engineered lightweight, yet strong versions of these elaborate gangways for yachts from 60 feet up. The concept originated back in 1994 when we were asked by the captain of a 125 footer to build a passerelle that would be lighter and easier to deploy than the yacht's aluminum unit. These custom carbon gangways, weigh in at less than half that of their alloy cousins. They are ideal for owners and captains requiring systems that are quick and easy to deploy without the complication and cost of a full hydraulic boarding system. Each system is custom built to meet the specific yacht's unique requirements.

Sectional
These units are built in custom lengths for easy storage. They typically connect with each other by tongue-in-groove joints and are fastened with quick release pins.

Bi-fold
Alloy hinges allow these carbon passerelles to fold together for storage. Deployment can include provision for topping lift lines from spars or aft deck superstructure.

Telescoping
Manual retraction systems provide a two piece unit that combines strength with space saving economy.

Single Piece
If space permits, this style can be the best solution. It is the lightest alternative and can be deployed very rapidly.

Aesthetically superior to anodized aluminum units, painted composite finishes hold up much better and add grace and elegance to an otherwise ordinary yacht function. Choices of deck treatment include teak grate, teak decking, painted composite deck (for ultimate weight reduction) and composite with teak or non-skid treads.

Boarding Ladders
Custom folding ladders feature laminated teak/carbon treads harmonizing with the crisp look of clear finished carbon frames.

Our custom carbon gangways weigh in at less than half that of their alloy cousins.