Hybrid Lamination System refers to a multi-material lamination approach that strategically combines different fibre types—such as fiberglass, carbon, basalt and flax fibres—to tune performance, durability and flex behaviour beyond what a single material can provide.
Its behaviour depends on fibre architecture, layer sequencing, cloth weight, wet-out strategy and resin compatibility. Hybrid laminations allow shapers to reinforce pressure zones, increase torsional strength, fine-tune rebound behaviour and achieve targeted flex-response without excessive weight.
Shapers refine hybrid lamination systems through calibrated layups, fibre-orientation mapping and selective reinforcement strategies that maintain responsiveness, feedback and long-term structural efficiency.
