Demon Flex Force X D3O X2 Women's Impact Shorts

Absolute Snow £69.45 Go to Absolute Snow First seen in Jan 2024
Description
Extremely lightweight and versatile skisnowboard impact shorts from Demon with D3O technology The Demon Flex Force XD3O X2 snowboardski impact shorts for women offers fantastic coccyx protection, and comfort. Perfect for snowboarders and skiers due to D3Os lightweight, flexible properties. D3O a soft flexible material that will shape to your body comfortably. The big change happens when it takes an impact, all the polymers lock together protecting you against the impact. This means that the harder the impact, the greater the resistance to the force.The impact shorts come equipped with a D3O pad to protect your coccyx from heavy impacts on the mountain. The shorts also have Thermoform flexible padding on the lower back, buttocks, hips, and thighs to help cushion impacts in key areas.The shorts are constructed primarily from a lightweight, breathable, athletic blend of lycra and mesh. The shorts are fully ventilated to keep your body cool and comfortable. The Demon Flex Force XD3O X2 womens impact shorts are extremely versatile and can be used both in the winter or for summer sports. D3O offers the best coccyx protection against those heavy falls on the slopes. The shorts are incredibly lightweight and flexible that dont feel bulky under your snowboardski pants, perfect for all snowboarders and skiers that really want to feel comfortable and agile on the slopes.D3O technology a patented smart material known for its use in protective gear and impact-resistant products. The material soft and flexible at rest, but upon impact, it instantly hardens due to non-Newtonian polymers within a dilatant fluid. This unique property allows D3O to provide effective impact protection without sacrificing comfort or flexibility. Widely applied in sports, industrial, electronics, and military contexts, D3O utilized in helmets, knee pads, gloves, and other gear, offering a combination of comfort and enhanced impact resistance by dynamically adapting its stiffness in response to sudden forces.
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