BODY IMPACT PROTECTION

PROTECTIVE HEAD IMPACT GUARD

Newly designed and tested Headguard with innovative shock absorbing technology to absorb impacts more effectively.

Serious about head protection put a BIP Ø guard on it.

headguard-top-img
PROTECTIVE HEAD GUARD

Serious about head protection

put a BIP Ø guard on it.

Ø Guard 1
Ø Guard 2
Ø Guard 3
Ø Guard 4
Ø Guard 5
headguard-icon
Who can wear?

Suitable for footballers ( all codes including Rugby Union, Rugby League, Australian Rules Football) Other uses include protecting the elderly, epilepsy sufferers, head injury patients, stunt performers and workers in hazardous occupations.

technology
About the technology
  • Consists of shock absorbing silicon cylindrical spring dampers.
  • During an impact to the guard up to three levels of compression depending on the strength of the impact force.
  • 1st level includes a compression involving the inner spring only. The 2nd level includes a compression involving the combination of the inner + outer springs. And the 3rd involves the combination of inner and outer and inner cone. For each additional level of compression there is an increase in resistance to the applied impact force. As a result the impact force is absorbed.
face-mask
About the designer
Awards-winning physicist, Donald E. Morgan, the inventor of conehead technology incorporated into many types of protective helmets worldwide, is passionate about protecting the head from impact forces. His latest invention, the spring dampers found in Ø guard, effectively absorbs forces compared to current headguards and therefore provides superior protection to the wearer.

Donald’s advice, “Potentially reduce the risk of sustaining concussion – wear a Ø guard.”

Why choose Ø guard?

The Ø guard is rigidly tested to the rigid CPSC linear standard and the World Standard for rotational impacts.
Comparison
Ø guard
Commercially available head guard
Dampers (used to absorb impact forces (shocks))
Incorporating specially designed silicon spring dampers (fully patented)
Incorporating foam and/or rubber padding
Thickness of liner and chambers
Maximum thickness of chambers ~ 20 mm Thickness increases the effectiveness to absorb impact forces to head.
Maximum thickness of liner~ 10 mm Insufficient thickness
Compression (adds resistance to the translation of impact forces to the head)
Three levels of compression (increasing resistance to impact force)
One level of compression (little resistance to impact force)
Chin strap
Regular Velcro
Regular Velcro
Fastener at back
Black elastic material
Lace ties (potentially hazardous)
Vents
Ears and top region
Ears and top region
Tested in the laboratory
Rigidly tested for translational and rotational impact forces. See graphs
No evidence of testing
Head Injury Criteria
HIC = 1193 [≤ 1300]
NA
Brain Injury Criteria
BrIC = 0.20 [≤ 0.78]
NA

Test Results

Test 1 (Linear)
Test-1 (Linear)
Test 2 (Rotational)
Test-2 (Rotational)
DISCLAIMER:

Body Impact Protection Ltd provides no guarantee that Ø guard will prevent injury to the wearer and no responsibility is taken by Body Impact Protection Ltd for any injury suffered by the wearer.

WARNINGS:

Ensure Ø guard is properly fitted and worn correctly. Ø guard should not be used if damaged in any way. With time and use the materials used in this product will lose some effectiveness and will require replacement.