What head protection can help people at risk of falls?
What does “falls risk” mean in everyday life?
Falls risk means there is a higher-than-average chance that a person may lose balance, trip, freeze, faint, or fall in a way that could cause injury. In practice, that can include older adults, people with Parkinson’s disease, people with balance or dizziness problems, people recovering from neurological illness or injury, and some younger children with developmental or medical conditions linked to repeated instability [1, 4, 5, 7].
This matters because head injury is one of the most serious possible consequences of a fall. A person does not need to be in a high-speed environment for that risk to become meaningful. Repeated low-level impacts, bathroom falls, stumbles at home, sudden sideways falls during walking or turning, or repeated childhood falls can all create situations where the head is struck. The CDC’s HEADS UP guidance notes that falls can occur anywhere and are the leading cause of TBI and concussions among children, which reinforces that this topic is broader than elderly care alone [2].
Who may need head protection for falls risk?
Not everyone at risk of falling needs protective headwear. But it may be worth considering when falls are recurrent, when there has already been a head impact, or when someone has difficulty protecting themselves during a fall.
That may include an older adult living independently, someone in care, a person with Parkinson’s who freezes or becomes dizzy, a person with an underlying balance disorder that causes unsteadiness, or a child with a neurological or developmental condition associated with repeated falls. NIDCD reports that about 5% of children in the United States have experienced dizziness or balance problems in the past year, which is a useful reminder that falls-related head injury risk is not only an older-adult issue [5, 6, 7].
Can head protection help reduce injury risk in falls?
Head protection may help reduce the severity of some impacts, but it should not be presented as a standalone answer. Falls prevention guidance consistently focuses on multiple measures together, such as assessment, advice, exercise, strength and balance work, medication review, and safer daily environments. Protective headwear therefore fits best as an adjunctive measure when head impact risk is already a realistic concern, not as a replacement for clinical falls management [1, 3].
What makes some falls-risk head protection better than others?
The key distinction is that padding is not the same as brain protection.
Many products used for falls risk are described as soft helmets, padded caps, or medical helmets. But “medical helmet” is not, by itself, a formal regulated safety category in the UK or Europe. A product being described that way does not automatically mean it has been independently tested for meaningful impact reduction or certified as CE/UKCA PPE. Where reduction of injury risk is being claimed, certification, independent testing, and protective design are more credible benchmarks than category labels alone [5, 8, 9, 11].
Modern protective design also considers more than straight-line force. Virginia Tech Helmet Lab’s rating framework states that helmets which reduce both linear and rotational head acceleration reduce concussion risk, which matters because real-world falls are often oblique rather than neat, straight-line impacts. For that reason, the strongest comparison points are protective intent, certification status, independent testing, and whether the product is practical enough for everyday wear [9].
Watch: Understanding whether head protection is independently tested and certified as PPE is essential when comparing seizure helmets and medical headgear.
Why do CE or UKCA PPE and independent testing matter?
HSE says that PPE placed on the GB market must be UKCA or CE marked, supplied with a declaration of conformity, and accompanied by instructions in English. HSE also advises buyers to choose CE/UKCA certified products and to consider size, fit, compatibility, and weight when selecting PPE [5, 11].
That matters because many products sold for falls risk may look similar at first glance, but they are not positioned equally. Some are essentially padded garments. Others are designed and assessed as genuine protective equipment. For readers comparing options for falls risk, that distinction is often more important than generic comfort language alone [5, 11].
| Protection Comparison Criteria | Rezon Halos® | Ribcap | Danmar / soft helmets | Head Protex | HP1 / 2 / 3 Special Needs Helmet | Conventional sports headgear / scrum caps |
|---|---|---|---|---|---|---|
| Is the product designed to reduce brain injury risk? | Yes | No | No | No | No | No |
| Is the product CE / UKCA certified as PPE? | Yes. CE / UKCA Category II PPE | No PPE Classification | No PPE Classification | No PPE Classification | No PPE Classification | Typically no PPE Classification |
| Is the product a registered medical device? | Yes. FDA Registered (US). | No | No | No | No | No |
| Is rotational force reduction independently tested? | Yes. Up to 61%* | No publicly available testing | No publicly available testing | No publicly available testing | No publicly available testing | In some cases |
| Does the product have independent biomechanical testing? | Yes. Virginia Tech Helmet Lab 5-Star Rating | No published biomechanical testing | No published biomechanical testing | No published biomechanical testing | No published biomechanical testing | No World Rugby approved product has declared a 4- or 5-Star Virginia Tech rating |
| Is linear impact reduction independently tested? | Yes. Up to 64%* | No publicly available testing | No publicly available testing | No publicly available testing | No publicly available testing | In some cases |
| Is it designed for continuous wear? | Yes | No | No | No | No | No |
| Can it be worn when swimming or bathing? | Yes | No | No | No | No | No |
| Is it suitable for all ages? | Yes | No | No | No | No | No |
| Is it suitable for all hair types? | Yes | No | No | No | No | No |
| Is it machine washable? | Yes | No | No | No | No | In some cases |
| Can it be worn with glasses? | Yes | In some cases | In some cases | In some cases | In some cases | No |
| Can it be worn with cochlear implants and hearing aids? | Yes | In some cases | No | No | No | No |
What is the best head protection for people at risk of falls?
The best head protection for people at risk of falls is not simply the softest option. It is the option with the strongest protective credentials and the best chance of being worn consistently in everyday life.
That means readers should first ask whether the product has credible protective intent, meaningful certification, and independent test evidence. After that, they should assess the practical details that affect real-world use, such as comfort, fit, washability, compatibility with glasses or hearing aids, and whether the product can be worn routinely at home, in school, or in care settings [5, 11].
For people comparing options, the most useful approach is to look beyond generic padded headwear and focus on products with credible protective intent, independent testing, and practical everyday wearability. Rezon Halos® is CE/UKCA Category II PPE certified, independently tested for rotational force reduction, and designed for continuous everyday wear [9, 13].
When should families or carers seek clinical advice?
Protective headwear should not replace medical review. If someone has repeated falls, dizziness on standing, worsening mobility, new balance changes, repeated head impacts, or any head injury after a fall, professional advice is important. NHS and falls-prevention services emphasise assessment, advice, and broader management rather than relying on one intervention alone [1, 13].
Frequently asked questions about head protection for falls risk
Author: Judith McMinn
