Minimizing the effects of impact is the core of SKYDEX technology. We engineer solutions that offer superior impact absorption and remain durable in harsh environments—providing maximum protection that greatly reduces the probability of injury.
SKYDEX geometries utilize virtually all of their thickness to mitigate impact. This allows our solutions to be thinner and lighter without sacrificing performance.
Every impact product requires optimized protection. By compressing at maximum efficiency, SKYDEX designs products that are thinner and lighter without sacrificing performance.
High impact products need to hold up longer and perform better to protect their users. SKYDEX is engineered to perform in the most extreme environments and protect from severe impacts.
SKYDEX reduces the energy from an underbody vehicle blast event, protecting the vehicle occupants.Read Case Study
SKYDEX increases protection and flexibility while withstanding the toughest challenges - from EOD missions to high-impact athletics.Read Case Study
SKYDEX absorbs heel strike shock, protecting legs, hips and the back from impact over time.Read Case Study
When incorporated into a stadium or facility wall, SKYDEX offers greater shock absorption as compared to traditional foam wall padding.Read Case Study
Vibration attenuating products are a critical part of systems used in many maritime, vehicle and industrial applications. SKYDEX engineers solutions that reduce vibration transmission more effectively than foam, rubber or other traditional products.
There is growing awareness of the effects of whole-body vibration and the requirements to protect workers from exposure to vibration. The EU Directive 2002/44/EC and other legislation has driven SKYDEX to innovate in the area of vibration attenuation.
SKYDEX geometries isolate heavy static loads more effectively than foam or rubber and offer better control of stiffness and damping characteristics. By reducing vibration transmission, SKYDEX can extend the time until workers reach vibration exposure limits.
SKYDEX geometries offer both impact mitigation and vibration attenuation to protect marine craft occupants.Read Case Study
Reducing vibration transmitted through the floor leads to improved and extended operator comfort.Read Case Study
Extend the time to limit for vehicle occupants by controlling the vibration transmitted through the seat to the user.Read Case Study
SKYDEX can be tuned for improved pressure distribution and comfort.
Metal springs and standard foams stiffen as they compress and don’t effectively distribute interface pressure across the contact area. SKYDEX is engineered to compress in a controlled manner to provide improved envelopment and support.
Cushioning and comfort are selective to each application. Some solutions require longer-life cycle, some require heavier load support. SKYDEX has the unique capability to program our geometry for controlled compression to meet a range of performance needs and effectively distribute interface pressures.
SKYDEX comfort geometries immediately respond and return to shape over extended cycles, providing a recognized advantage over short life-cycle foam. We use thermoplastic polyurethane (TPU) as our principal raw material. This high-performance polymer ensures every solution performs as intended.