Rezon

14/10/2026

Rezon Halos® reduces concussion risk by 74%.

Learn more: https://www.rezonwear.com/halos/brain-protection/technology/

Why Halos®?
✅ Designed to protect the brain
✅ Reduces concussion risk by 74%
✅ Reduces rotational force transmission by up to 61%
✅ Virginia Tech 5-star rated
✅ CE & UKCA Category II PPE certified
✅ Lightweight & low-profile
✅ Machine washable

13/10/2026

Waiting until after a concussion to take brain health seriously is waiting until a brain injury has already occurred.

Concussion risk can be reduced in sport with Rezon Halos®.

Halos® is engineered to reduce the transmission of rotational forces, the primary driver of brain injury in sport.

Why Halos®?
✅ Engineered to protect the brain
✅ 74% reduction in concussion risk
✅ Up to 61% reduction in rotational force transmission
✅ Virginia Tech 5-Star safety rating
✅ CE & UKCA Category II PPE certified
✅ Lightweight, low-profile design
✅ Machine washable

12/10/2026

Rezon Halos® is brain protection. Your scrum cap was never designed to protect your brain 🧠

Independent testing by Virginia Tech allows a direct comparison between Rezon Halos® and a conventional rugby headguard.

The results speak for themselves. Rezon Halos® outperforms the conventional rugby headguard at every test location and impact speed tested.

Unlike conventional rugby headguards, which are primarily designed to reduce superficial injuries, Rezon Halos® was developed specifically to reduce the rotational forces transmitted to the brain.

Why choose Rezon Halos®?
✅ Engineered to protect the brain
✅ 74% reduction in concussion risk
✅ Up to 61% reduction in rotational force transmission
✅ Virginia Tech 5-Star safety rating
✅ CE & UKCA Category II PPE certified
✅ Lightweight, low-profile design
✅ Machine washable

Head protection is not the same as brain protection.

Explore the independent test results here: https://www.rezonwear.com/halos/brain-injury/rugby/

10/10/2026

In every head impact, the brain is exposed to rotational forces. These forces tear tiny blood vessels and brain cells resulting, over time, in damaging microscopic neuro-inflammation.

Player protection needs to look beyond protecting the scalp and protect the brain by reducing the transmission of rotational forces.

09/10/2026

A concussion can have serious long-lasting consequences.

Aaron suffered a concussion injury after being hit on the head by a hockey ball. He was out of school and sport for over 12 months, and missed his GCSEs.

In sport, concussive and sub-concussive head impacts can happen unexpectedly and at lightening speed. It’s time to start protecting your brain.

Why Halos®?
✅ Designed to protect the brain
✅ Reduces concussion risk by 74%
✅ Reduces rotational force transmission by up to 61%
✅ Virginia Tech 5-star rated
✅ CE & UKCA Category II PPE certified
✅ Lightweight & low-profile
✅ Machine washable

07/10/2026

06/10/2026

A rugby tackle, a football header or a fall onto the ice. They all cause the brain to rotate inside the skull, tearing fine blood vessels and brain cells, which creates injury to the brain.

The mechanism of the hit varies by sport but the damage to the brain doesn’t.

Why Halos®?
✅ Designed to protect the brain
✅ Reduces concussion risk by 74%
✅ Reduces rotational force transmission by up to 61%
✅ Virginia Tech 5-star rated
✅ CE & UKCA Category II PPE certified
✅ Lightweight & low-profile
✅ Machine washable

05/10/2026

Scrum caps were never designed to protect the brain. Rezon Halos® is.

Why Halos®?
✅ Designed to protect the brain
✅ Reduces concussion risk by 74%
✅ Reduces rotational force transmission by up to 61%
✅ Virginia Tech 5-star rated
✅ CE & UKCA Category II PPE certified
✅ Lightweight & low-profile
✅ Machine washable

04/10/2026

Children are more vulnerable to brain injury in sport because their brains are still developing.

They take longer to recover, and research has recorded changes in white matter after just one season of contact sport, even when no player suffered a diagnosed concussion.

Rezon Halos® protects the brain by reducing the transmission of rotational forces in head impacts, reducing concussion risk by 74%.

Learn more: https://www.rezonwear.com/children-brain-injury-risk-sport/

03/10/2026

Brain injury risk in sport is driven by repeated small-force head impacts, known as sub-concussions, which cause the brain to rotate inside the skull.

Heading the ball is the most obvious example. But many impacts in football occur through head-to-head contact, player collisions, and head-to-ground contact during training and match play.

Reducing brain injury risk means reducing repeated exposure to these forces over time.

Halos® was designed to do exactly that, reducing rotational force transmission during head impacts by up to 61%, and reducing concussion risk by 74%.

Learn more: https://www.rezonwear.com/football/