Koroyd’s origins can be traced back to the aerospace industry and the catastrophic crash of flight BD092 in Kegworth, England.
Investigations highlighted that the design and construction of the seats and their lack of energy absorption contributed to the fatalities and injuries sustained by passengers.
THE ULTIMATE DAMAGE CONTROL SYSTEM
Subsequent extensive research projects were initiated to determine what measures could be taken in order to reduce the risk to passengers in similar accidents.
It was during this work that cylindrical tubes were found to absorb the most amount of energy for a given distance.
MULTIPLE APPLICATIONS, MULTIPLE ADVANTAGES
Subsequent extensive research projects were initiated to determine what measures could be taken in order to reduce the risk to passengers in similar accidents.
It was during this work that cylindrical tubes were found to absorb the most amount of energy for a given distance.
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When products are designed for protection, they perform a crucial, potentially life-saving function. From helmets to car seats, protective gloves to paragliding harnesses, impact protection products are designed first and foremost to reduce the risk of injury and even fatalities. But next-generation products, developed with advanced impact technology, can take product design a step further, providing not only reduced risk of injury, but also an enhanced user experience.

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ANSI/ISEA Z89.1-2026 introduces new Type I+ and Type II+ designations, retention requirements and updated helmet markings.

KOROYD’s Senior Product Design Engineer shares his journey from engineering apprentice to product designer.