The hard hat has been a mainstay of construction for generations, but something’s in the air on job sites nationwide. More contractors are switching from Type 1 helmets, the traditional hard hats, to Type 2 models, and not necessarily because it’s the latest trend.
Instead, it’s a culmination of unfortunate incidents, a better understanding of how injuries occur, and some discouraging numbers that show why the basic level of head protection most people enjoy isn’t enough.
Why Most Injuries Occur from the Side
Most people think of construction injuries as something falling onto the worker’s head, a dropped wrench, fallen debris, maybe something knocked off a scaffolding. And while yes, that does occur, it’s not what the data suggests. In fact, much of the serious head injuries on construction job sites occur from the side, whether from a material that’s moving, a worker bumping into something extending out or even getting clipped by a piece of equipment. The Type 1 helmet is specifically designed to protect the top of the head. It can take a fall blow but very little lateral impact.
But Type 2 helmets are different. They’re engineered and tested to take both top and lateral impacts. For example, the Type 2 helmet has been additionally tested for side impacts as opposed to simply approved for top strikes. There are performance standards to meet regarding blows from various angles, as well.
For contractors confined in a small space with extended rebar or integrating heavy equipment into their workflow on a regular basis or adapting to complex job sites with lots of moving pieces, this additional protection solves real problems for which basic hard hats were never designed.
What Newer Hats Really Provide
Ten years ago, safety helmets weren’t as advanced as they are today. The Type 2 options now available include better impact resistance with features that workers would actually want to wear. These involve better ventilation systems for air flow in long days, new suspension systems that reduce neck strain from improper fit and integration potential for other PPE – face shields, sound dampening devices, communicative tools, all without the amateur jury-rigging beforehand.
Take the v-gard h2, for example, the next generation of Type 2 helmets. These helmets meet lateral impact standards while still remaining comfortable and adjustable enough to keep workers compliant throughout their shifts (sometimes people will wear an uncomfortable helmet just to get it out of the way). The shell design provides a diversion for lateral impacts without excess unnecessary weight. For electrical operators, dielectric-rated models provide appropriate protection against high-voltage contact, a major concern for anyone working outdoors or in any job associated with overhead power lines.
Why Cost Matters in Real Decision Making
The Type 2 helmet is more expensive than the hard hat; it’s just what it is. The Type 1 helmet to purchase runs about $15-25 while a quality Type 2 model typically starts at $60-100 or more depending on need. When a small contractor employs ten workers, that small difference adds up quickly; so why are companies making the switch?
Because when you realize how much head injuries cost, purchasing Type 2 protection is like purchasing insurance against what standard hard hats don’t help prevent. Serious workplace head injuries surpass $100,000 in medical costs on average before any workers’ comp increase (if applicable) or OSHA fines or project delays (immediate or future) or even litigation risk. One preventable incident can ruin years’ worth of profit savings just trying to save money on safety items. More and more contractors are finding that this initial investment makes much more sense than shelling out after the fact for something entirely avoidable but compounded in fines.
In addition, there’s retention value, the good worker has options; good workers use their resources to find best employers; good employers provide excellent safety standards. Therefore, giving them such protection speaks volumes when costs are brought into the equation and it’s more difficult to track good morale. Experienced foremen and project managers note that when good PPE is given, especially upgraded helmets, morale improves and turnover decreases amongst skilled workers who know the difference between what’s acceptable and what’s not.
What the Standards Say
The standards between Type 1 and Type 2 are determined by ANSI Z89.1’s regulatory definition. The testing conducted for Type 1 helmets focuses on vertical impacts, i.e., hitting straight down on top of the helmet itself. The performance standards involve drop height, weight specifics and impact force as measured through absorbed force from the headwear via effective deflection. Type 2 helmets do have stricter requirements in that they must pass the testing for Type 1 standards but must also pass additional expectations for lateral impacts from front to back and all sides. The drop height and subsequent requirements remain the same, however.
OSHA does not require Type 2 helmets across the board; however they do require head protection in accordance with site hazards present whenever there is work and if an injury occurs due to an impact, including lateral impacts – then appropriate protection was not met by simple hard hats assuming that even good people wouldn’t allow anything to get to waist level if it would truly cause injury (it would). It’s misleading when contractors say, “We provided hard hats;” they must provide standards that align with the conditions causing injury.
Lateral impacts that need Type 2 protection include confined spaces, period. When there isn’t enough room to maneuver at all times and there’s extended material presence or equipment spatial constraints, it’s far too easy for people moving just inches away from one another working on small tasks to get struck by an object or have a protruding element collide with their heads. The same thing is true for demolition work; operating heavy equipment like excavators or bulldozers in small spaces also requires it as well as significant vehicle/crane utilization nearby workers.
How to Transition Your Crew
Switching an entire crew’s PPE from standard hard hats to Type 2 helmets isn’t just about ordering new items; it’s about understanding why they’re necessary and what’s different about them truly. If crew members get stuck in their ways thinking management just didn’t want to pay for small items and now, they did so they’re rushing them out it cuts compliance.
Instead, involve your crew in the decision-making process. Have them test various models, give feedback on comfort level and fit, and understand difference in protection levels. When crew members feel like they can select their own PPE, they’re far more likely to wear it, regularly and correctly. Some contractors have used a staggered transition approach, Type 2 helmets first in high-risk areas/trade work before extending it across the entire job site to gauge productivity change, before implementing across the board.
Now there’s also maintenance schedules that come with higher quality helmets that shouldn’t be disposable when they get banged up like a baseball cap but instead treated with respect to gain longevity. Each manufacturer should give clear outline for when a helmet needs replacing, has it been impacted? Exposed too much sun? Did something crack it? – and guidelines need established to protect workers and secure finances involved.
The Safety Philosophy Change
Jobsite safety is beginning to reflect a trend across an entire job site away from minimum compliance and instead toward injury prevention like never before with everything from fall hazards to respiratory equipment access to hearing conservation efforts aligning in systematic thinking.
Head protection is foundational since head injuries are generally psychosocially impacting most; construction is a blue-collar job where people without many great employment opportunities can recover from most other types of job site injuries effectively, they can still work, essentially, but traumatic brain injuries result in permanent disability and impairment whether gaining benefits or not. Therefore, receiving the proper protection before such incidents occur makes sense from a humane perspective as well as financial benefits for bad employers who almost gamble on making this mistake.
For those contractors still debating whether it’s worthwhile for them, it’s not about whether Type 2 helmets are better protection because objectively, they obviously are; it’s whether they can allocate resources over time comfortably to situate this protective value over time versus which quality makes sense for them now? Increasingly for most development environments, they don’t; if there’s a risk where Type 2 solves the problem, that risk hasn’t been misidentified as rare occurrence but commonplace across active job sites every day.
The momentum behind Type 2 will only continue as more companies recognize the difference between entry-level compliance versus actual protecting PPE, it may not be where workers want to be but it’s clearly what’s necessary, and where previously good people settle for less than what should be expected on smaller job sites without anything unless they have smaller issues rooted in operating under minimum requirements without any extras see what’s possible now – and good professionals deserve gear that matches what’s at stake, but what’s legally required isn’t enough compared to what’s required by those actually doing the work day-in-and-day-out.
Changing what adequate head protection means within construction developments of today will help create safer environments tomorrow so that no one else needs to get hurt for non-compliance standards.
