Advanced lacing

Advanced lacing refers to the precise integration of high-strength filaments, nanowires, or molecular chains within a material matrix to drastically enhance its mechanical and functional properties.

This technique involves the controlled "weaving" or "braiding" of reinforcing materials at a microscopic or even atomic scale, producing structures with unprecedented strength-to-weight ratios, resilience, and adaptability. Unlike traditional composites, where fibres or reinforcements are distributed in a relatively uniform manner, advanced lacing allows for intricate, localised control of material properties, enabling structures to dynamically respond to stress, impact, or environmental changes.

The underlying principle of Advanced lacing is hierarchical reinforcement, where materials are reinforced at multiple scales - from the macro down to the nano - creating a multi-layered structure that is far more robust than monolithic materials