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Gekko boats are built by marine craftsmen whose boat building excellence spans 40 years.   Gekkos come to life embedded with a world class DNA in a 150,000 square foot, dedicated boat production facility teaming with expert gel and lamination specialists, top upholstery tailors and seasoned production crews.   Fusing the latest technologies and materials with proven practices results in products designed appeal to the most demanding athletes and families as well as withstand the rigors of water sports and look great doing do so for many years.   Gekko’s passion and boat building acumen are second to none.

 

Thoughtfully selecting top materials from the most recognized suppliers, Gekko’s strives to deliver not only exceptional performance but products built from the best materials resulting in superior quality.

Ashland AME 5000 Resin

  • Proven history of blister resistance

  • Excellent surface quality

  • Patented F-Cat Technology reduces production foaming

  • Exponentially superior fatigue life

  • Boat- MACT compliance

  • Optimal mechanical properties

  • Superior hydrolysis resistance

  • Excellent storage stability

  • Exothermic control

  • Low shrink

Plexus construction adds the following benefits: 

  • Increased strength in hull and sides by 20%

  • Best weight to strength ratio

  • Superior torsional strength

  • Chemical bond stronger than lamination

  • Highest Impact absorption

  • Quiets wave-induced energy

  • Stiffest possible final product improves overall performance

Recognized as an composites industry leader, Composites One produces fiberglass, carbon fiber and other fibers of the highest quality.   Introduced over 50 years ago, composites are fiber-reinforced plastics used in a variety of products, applications and industries. While the term "composite" can apply to any combination of individual materials, Composites One focuses on fibers, primarily glass, that have been impregnated with a plastic resin matrix. Combining glass fibers with resin matrix results in composites that are strong, lightweight, corrosion-resistant and dimensionally stable. They also provide good design flexibility and high dielectric strength, and usually require lower tooling costs. Because of these advantages, composites are being used in a growing number of industries, such as recreational boating applications. Their tremendous strength-to-weight and design flexibility make them ideal in structural components for the transportation industry. High-strength lightweight premium composite materials such as carbon fiber and epoxies are being used for aerospace applications and in high performance sporting goods. Composites' superior electrical insulating properties also make them ideal for appliances, tools and machinery. 

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