LoadX® Technology places every single fiber
exactly where the load maps dictate.
NO SEAMS. NO CRIMP. NO COMPROMISE.
Fibers stop at every seam. Loads must cross glue or stitching, creating weak points.
Under continuous load, seams stretch more than the cloth, permanently distorting sail shape.
Heavy corner patches and reinforcements are needed to transfer loads into panels.
Yarns run unbroken from head to clew. The fiber *is* the structure.
Fibers, film, and resin are chemically fused into a single, unified membrane.
Zero structural seams mean zero creep. The flying shape remains the designed shape.
Structural Skeleton
(Fibers)
Protective Skin
(Film)
In a skyscraper, the steel frame carries the weight—glass windows just keep the weather out.
Traditional sails force the "windows" (cloth) to do the heavy lifting. LoadX is different. We separate the Muscle (continuous fibers) from the Skin (laminate/film).
"By isolating the load-bearing structure, we achieve lighter sails that do not distort under extreme pressure."
No off-the-shelf cloth. Only raw, industrial-grade performance.
MAXIMUM MODULUS
For shapes that never change. We use dry, aerospace-grade carbon tow, laid flat to eliminate crimp and maximize tensile strength.
THE SHIELD
15x stronger than steel, impervious to UV and flex fatigue. The ultimate choice for offshore durability and impact resistance.
CHEMICAL FUSION
Not just glue. A cross-linked polymer matrix that bonds fibers and film into a single, heat-stable monolithic membrane.
Our automated gantry systems lay fibers with sub-millimeter precision, followed by High Pressure Lamination in our climate-controlled lab.
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