Blast Testing
One of the aspects that sets Holdfast Systems apart is the fact that we have an active and intensive Blast testing programme. This gives us significant insight as to how our products are performing. We do not simply expose our equipment to explosions of varying degrees, we have built our own test dummy upon which all our suits are placed in order to get the most beneficial information.
The dummy is a biofidelic head and chest assembly designed as per “NHTSA THOR ALPHA” advanced test dummy. Both the head and chest are fitted with tri-axial accelerometers and pressure sensors.
It is with the data recorded during the blast inside the suit that we learnt how to optimize performance for maximum survivability.
One of the aspects that sets Holdfast Systems apart is the fact that we have an active and intensive Blast testing programme. This gives us significant insight as to how our products are performing. We do not simply expose our equipment to explosions of varying degrees, we have built our own test dummy upon which all our suits are placed in order to get the most beneficial information.
The dummy is a biofidelic head and chest assembly designed as per “NHTSA THOR ALPHA” advanced test dummy. Both the head and chest are fitted with tri-axial accelerometers and pressure sensors.
It is with the data recorded during the blast inside the suit that we learnt how to optimize performance for maximum survivability.
Fragmentation Testing
A critical aspect of any blast protective apparel is its fragmentation protection level. This is measure by using the STANAG 17grain fragment and the V50 test methodology. We have our own testing facility with which we test every single component in the protective array. It also gives us the opportunity to advance our technology with better performance, weight and flexibility.
A critical aspect of any blast protective apparel is its fragmentation protection level. This is measure by using the STANAG 17grain fragment and the V50 test methodology. We have our own testing facility with which we test every single component in the protective array. It also gives us the opportunity to advance our technology with better performance, weight and flexibility.
