If you’ve worked in the field for any length of time, you know the hard hat. It’s been on your head, in your truck, hanging off your belt — part of the job for as long as most of us can remember. When we tell you we’re making a change, we want to explain exactly why. Not just with policy language, but honestly, the way we’d talk to you face to face.
The reason is simple: we never want to look back at a serious injury and ask ourselves whether better equipment could have made a difference. That’s a question we don’t ever want to have to answer. So, we’re acting now, before we have to.
The Hard Hat Hasn’t Changed. The Science Has.
Here’s something that might surprise you: the traditional hard hat was designed primarily to protect against objects falling from above. That’s it. It was engineered around that single scenario, and the core design hasn’t changed meaningfully since World War II. Meanwhile, the rest of the world has moved on.
Think about the helmet an NFL player wears today compared to what players wore in the 1970s. Or the helmet a hockey player puts on now versus a generation ago. Those sports invested heavily in head protection research, and the technology improved dramatically. Construction — one of the most physically demanding and hazardous industries in the world — largely stayed with the same basic design.
The problem isn’t just falling objects. According to the National Institute for Occupational Safety and Health (NIOSH), construction workers experience more traumatic brain injuries (TBIs) than workers in any other industry. TBIs account for approximately 25% of all construction fatalities. And here’s what’s often missed: a significant portion of those brain injuries come not from something falling on a worker, but from the worker themselves falling — slipping on a wet surface, tripping on uneven ground, going down at the same level. The traditional hard hat was simply never built for that.
What the HELMET Testing Actually Shows
We didn’t make this decision based on a hunch or a sales pitch. Independent testing by Virginia Tech — the gold standard in third-party head protection research, the same institution that evaluates helmets for the NFL, NHL, and bicycle safety — tested Type 2 safety helmets against traditional Type 1 hard hats. Their findings were significant: Type 2 helmets offer a 51% reduction in concussion and TBI risk, and an 81% reduction in skull fracture risk compared to traditional hard hats.
To put that in human terms: if a 200-pound person walking at a normal pace trips and falls forward, the force of their head hitting the ground is enormous. A traditional hard hat absorbs very little of that energy. A Type 2 safety helmet is specifically engineered to manage that kind of impact.
Why Milwaukee — And Why It Matters Where It’s Made
We evaluated several manufacturers before landing on Milwaukee Tool. The decision came down to four things: safety performance, feedback from the field, country of manufacturing, and manufacturer support.
On performance, Milwaukee’s BOLT™ Type 2 helmets are UL third-party certified — meaning an independent lab verified their claims. Most competitors rely on self-certification, which essentially means they’re vouching for themselves. We didn’t think that was good enough.
On field feedback, we listened to the people who actually wear this equipment every day. Comfort, fit, heat, and chin strap usability all factored into the evaluation. We knew that the best helmet in the world doesn’t protect anyone if people won’t wear it, and the feedback from our crews was part of how we landed here.
On manufacturing, Milwaukee produces its safety helmets in the United States — at facilities in Wisconsin. That matters to us. It speaks to quality control, supply chain reliability, and a level of accountability that comes with domestic production.
And on support, Milwaukee has committed to standing behind this rollout with training resources, educational materials, and on-the-ground presence. They’re not just selling us a product and walking away.
This Is an Investment in You
We want to be transparent about something: safety helmets cost more than traditional hard hats. A quality helmet runs roughly three to four times the price. We made that investment anyway, because the math isn’t really about equipment costs — it’s about the cost of a brain injury that might have been prevented.
A traumatic brain injury changes a person’s life. It changes their family’s life. Recovery can take months or years, and sometimes full recovery isn’t possible. No company policy, no workers’ comp claim, and no amount of money undoes that. We’d rather spend more on equipment than ever have to sit with an employee or their family and wish we had.
This is also why we’re sharing this with your families. The people who matter most to you deserve to know that Danella is thinking about this. We’re not waiting for something to go wrong. We’re acting now because it’s the right thing to do.
One More Thing: Change Takes Time
We’re not naive about the fact that new equipment takes getting used to. The chin strap, in particular, is different from what most of our crews have worn. We’ve heard that feedback, and we’re going to work through it together. Wearing the chin strap correctly is part of what makes these helmets effective, and we’ll be providing education to help make that transition as smooth as possible.
Change in the field starts with leadership wearing the equipment and meaning it. That’s exactly what we intend to do. Starting this June, Danella will begin transitioning to Milwaukee BOLT™ Type 2 safety helmets across our divisions.
Thank you for everything you do out there every day. You’re the reason we take this seriously.
– Taylor Murray, Director of Safety and Development
Sources: