Expert: What your construction company needs to know about head protection costs

Guest author: Ryan Barnes, CEO & Founder, STUDSON

When construction companies evaluate head protection, the conversation usually starts with price. Cost per unit, whether the number fits the budget while clearing the standard, and what it does to the bottom line. 

That’s a reasonable place to start. It’s the wrong place to stop. 

What the Invoice Doesn’t Capture

The full cost of a safety helmet decision isn’t visible at the point of purchase. It shows up later, in incident reports and workers’ compensation claims that carry consequences well beyond the event itself. 

According to the Institute for Work & Health and WSIB data, in Ontario alone, Canada’s largest construction market, the direct cost of a lost-time workers’ compensation claim averages $78,000. Indirect costs are estimated at twice that, bringing the total closer to $234,000 per incident. That number covers medical treatment and wage replacement. It also covers what never appears on an incident report: lost productivity, and the effect on your premiums year-over-year. 

The same research found construction employers see an average return of $1.34 for every dollar invested in injury prevention. The benefits extend to retention and reputation in a sector where safety records shape client relationships. 

The head protection decision sits squarely inside this picture. Falls are the leading cause of death in construction. In the US, where fatality data is more granular, falls accounted for more than 37% of all construction fatalities in 2024. 

The mechanism behind the most serious injuries is rarely a falling object. When a worker goes down, the impact generates angled and oblique forces; the kind traditional hard hats weren’t engineered to handle. Traditional Type I hard hats without chin straps weren’t engineered for those forces. Type II safety helmets are. The gap between the two is the difference between protection built for one impact direction and protection built for the way workers actually get hurt. 

The Hidden Cost of Poor Wearability

There’s a second cost that rarely surfaces in procurement conversations. It’s the cost of gear that doesn’t get worn.

Heat is a real factor through a Canadian summer. A peer-reviewed study published in Nature Cities, co-authored by researchers at the Harvard T.H. Chan School of Public Health, found heat stress drove productivity losses between 29% and 41.3% on surveyed construction job sites, depending on task type. A safety helmet that traps heat compounds that problem, and becomes gear that comes off during breaks or sits in the truck by mid-afternoon. The protection a company purchased exists on paper. It doesn’t exist on the worker’s head.

Chin strap compliance follows the same logic. A chin strap that’s difficult to fasten with gloves on is one that workers skip. A safety helmet without a secured chin strap offers meaningfully less protection in a fall.

The companies getting Type II transitions right evaluate helmets on these terms. Certification is the baseline. What matters is whether the helmet performs through a full shift in the conditions their crews actually work in.

The Investment Case

STUDSON builds its Type II safety helmets around the variables that determine whether head protection does its job.

The design runs up to 4.5°C cooler than conventional alternatives. That’s a direct response to the productivity and safety risks that heat stress creates on job sites. The Fidlock magnetic buckle closes with one gloved hand, removing the friction that makes people skip the chin strap. The Koroyd impact system crumples on contact to absorb oblique and angled forces, which may reduce the risk of serious brain injury. It supports heat dissipation at the same time.

In the event of an injury, STUDSON helmets are integrated with Twiceme — a technology that stores medical information, key contacts, and personal identifiers. A tap of a smartphone puts that information in a first responder’s hands and cuts response time.

Dual CSA and ANSI certification means one product clears both Canadian and American sites, without a second procurement conversation or a second line item.

These returns show up across the organization. Fewer injuries mean fewer workers’ compensation claims and the premium savings that follow. Less time lost to incident recovery means more experienced workers on site, more often. For companies where safety record influences bid eligibility or client relationships, and that’s most of them, a lower incident rate compounds in value well beyond what any single project captures.

This is what the full cost of a head protection decision actually looks like. Price is where the conversation starts. It shouldn’t be where it ends.

This article was produced in partnership with the SiteMedia Content Studio.