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Why “No Help” May Be Wrong Regarding Headgear

For years, many in the soccer world have been skeptical of protective headgear.

Some believe it does not help. Others worry it may change how players behave. And many point to research suggesting that soccer headgear, when studied as a broad category, has not clearly reduced the overall rate of sport-related concussion.

That conversation matters. Soccer families deserve honesty.

But they also deserve nuance.

Because when we look more closely at the available research, the better question may not be:

“Does soccer headgear work?”

The better question may be:

“Which soccer headgear are we talking about?”

The Wisconsin Study: Important Research, But Often Oversimplified

A University of Wisconsin study published in the British Journal of Sports Medicine examined whether soccer headgear reduced the incidence or severity of sport-related concussion in high school soccer players.

The headline conclusion was clear: when all headgear models were grouped together, soccer headgear did not reduce concussion incidence or severity in the overall sample.

That conclusion has been repeated often in the soccer community. For many people, it has helped reinforce the belief that headgear is no help when it comes to soccer head injuries.

But a closer look suggests the story is more complicated.

In the study, players in the headgear group were allowed to choose from several different headgear models. The products were then analyzed together as one “headgear” category. That matters because all headgear is not built the same way, does not perform the same way, and may not offer the same level of risk reduction.

According to the study’s own table of headgear models, Unequal Halo 10 mm represented only 95 of the headgear selections — about 6% of the headgear group. By comparison, the two most selected models accounted for more than 1,000 combined selections.

One of those models, the ForceField Ultra Forcefield Sweatband, represented 500 selections and had one of the higher concussion incidence rates reported in the study’s product-level discussion.

That does not make the Wisconsin study unimportant. It was large, prospective, and valuable.

But it does mean the broad conclusion should be read carefully. A study that combines multiple products with different designs and different lab-performance profiles may not tell the full story about the best-performing headgear.

Not All Protective Headgear Is the Same

Parents understand this intuitively in other sports.

Not all football helmets perform the same. Not all hockey helmets perform the same. Not all catcher’s masks, shin guards, or lacrosse pads perform the same. The fact that one category of equipment has mixed results does not mean every product in that category performs identically.

The Wisconsin study itself acknowledged that different soccer headgear models showed different concussion rates, and that future research should consider using headgear models that demonstrated higher levels of impact resistance in independent lab testing.

THAT IS AN IMPORTANT POINT.

If the goal is to understand whether better-performing soccer headgear may help reduce risk, then future field studies should not simply group all headgear together. They should examine specific products, specific impact mechanisms, and specific player groups.

What Virginia Tech Found

Independent laboratory testing from the Virginia Tech Helmet Lab gives families another way to evaluate headgear.

Virginia Tech’s soccer headgear ratings are designed to assess how well different products reduce linear and rotational acceleration from impacts a soccer player may experience on the field. The lab explains that products with more stars provide a greater reduction in concussion risk for the tested impacts compared with lower-rated products.

In Virginia Tech testing, Unequal Halo performed extremely well.

Unequal’s release on the Virginia Tech results reported that, out of 22 soccer headgear models tested at the time, only three received Virginia Tech’s 5-star rating: Unequal Halo 1 10 mm, Unequal Halo 2 10 mm, and Storelli ExoShield 16 mm. Unequal also reported that four Halo models ranked in the top five and five Halo models ranked in the top seven. All Unequal Halo models were rated either 5 stars, described as “best available,” or 4 stars, described as “very good.”

That is not the same as saying headgear prevents concussions. It does not.

But it does support a more reasonable position: some headgear may reduce certain impact forces better than other headgear, and that difference should matter in the soccer safety conversation.

Risk Reduction Is the Right Standard

No protective product can prevent every head injury. Not soccer headgear. Not a football helmet. Not a hockey helmet. Not any piece of sports equipment.

But “does not prevent every injury” should not be confused with “has no value.”

In sports safety, the goal is often risk reduction. Seatbelts do not prevent every injury in a crash. Football helmets do not prevent every concussion. Shin guards do not prevent every leg injury. Yet athletes, parents, coaches, and governing bodies still recognize that reducing risk is worth pursuing.

Soccer should be no different.

The shared objective should be simple: reduce avoidable risk wherever practical, without changing the spirit of the game.

Why the Soccer Community Should Reopen the Conversation

Soccer has made progress on player safety. Heading restrictions for younger players, concussion protocols, improved education, and return-to-play guidelines all matter.

But protective headgear remains a subject many leaders are reluctant to embrace.

Part of that reluctance may come from the belief that “the research says headgear does not work.” The Wisconsin study is often used to support that belief. But the details suggest a more careful interpretation is needed.

The study showed that grouping several different headgear products together did not produce a statistically significant reduction in concussion incidence or severity across the overall sample. It did not prove that every headgear product performs the same. It did not prove that higher-rated products cannot reduce risk. And it did not erase the value of independent lab testing that shows meaningful differences between products.

For parents and players, that distinction matters.

The Unequal Point of View

At Unequal, we do not claim that headgear eliminates concussion risk. Nothing does.

But we do believe the conversation should shift from “Can headgear prevent all concussions?” to “Can better headgear help reduce risk?”

The Virginia Tech data suggests that Unequal Halo performs at a very high level in independent impact testing. The Wisconsin study’s pooled conclusion should not be used to dismiss all soccer headgear equally, especially when Unequal represented only a small percentage of the headgear used in that study.

When the highest-performing products are diluted within a broad category that includes lower-performing products, the category-level conclusion may not tell the whole story.

That is why parents, coaches, leagues, and soccer leadership should look deeper than the headline.

Toward a Better Soccer Safety Conversation

The future of soccer safety should not be built on fear. It should be built on better information.

That means more research. More product-specific analysis. More independent testing. More transparency. And more willingness from soccer leadership to view risk reduction as a shared goal.

We look forward to the day when the soccer world can have a more open conversation about head protection — not as a promise to prevent every injury, but as one more tool that may help reduce risk.

Because the real question is not whether any product can make soccer injury-proof.

It cannot.

The real question is whether we should use every reasonable, tested, practical tool available to help protect athletes.

We believe the answer is yes.

Reduce the Risk. Respect the Game. Protect the Player.

Soccer is a beautiful game. It should remain fast, skillful, competitive, and fun.

But protecting players does not take away from the game. It helps preserve it.

As research continues to evolve, one thing should remain clear: dismissing all headgear as “no help” may be too simple. The better path is to evaluate products carefully, study the highest-performing options, and keep pushing toward the shared goal every parent, coach, and player can support:

Reducing risk whenever and wherever we can.

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