In an exciting collaboration with Carbon, we have redefined the way protective equipment is designed and manufactured for one of the most popular sports in the world – cricket. Our arm guard presents a groundbreaking new direction that allows players to directly input into every stage of the design process, allowing them to tailor protective equipment to their exact needs. By utilising Carbon’s DLS printing technology, the arm guard is not only lightweight, durable and flexible, essential qualities for any effective protection, but also offers exceptional breathability and customisation opportunities. The ability to refine lattice properties in the design process mean the arm guard can be optimised to absorb any level of impact, as well as be uniquely formed to the player themself.

Carbon’s Design Engine software utilises physical simulation and optimisation techniques to fine tune lattice patterns, helping to further manage impact energies. This particular design features two blended layers of lattice, a softer outer layer to absorb the initial impact of the ball, which is combined with a denser lattice structure to provide a more uniform surface for contact with the batter’s arm, absorbing any additional level of high impact, results in an optimised protective guard. This cannot be achieved through any other method than that of using Carbons DLS printing technology.

As the arm guard is 3D printed, only the necessary material is used, significantly reducing waste and offering a clear sustainability advantage over current protective equipment seen on the market. This method also enables a more precise fit, enhancing comfort and mobility, as well as allowing players to reflect their personality within the design. Carbon offers a range of impact-absorbing and energy-damping materials, which will easily withstand any level of impact a player will potentially endure on the cricket field. Additionally, in contrast to current products which use just a single layer of foam for protection, utilising a non-uniform lattice structure significantly improves the damping effect of the guard upon impact – minimising stress and pain on the player.