The fire service has evolved, and firefighter PPE has had to evolve with it. Today’s challenges are clear: heat stress, cancer risks, and gear performance in increasingly demanding conditions. PPE can’t just protect in the moment; it needs to support long-term health and performance across the entire lifetime of use.
For more than 40 years, we’ve focused on one goal: helping firefighters stay safer on the fireground. That focus continues to guide how we design gear, select materials, and invest in research.
From early advancements like particulate-blocking hoods to newer tools like AI-powered sizing, our approach has remained consistent: solve real problems firefighters actually face in the field.
Heat stress impacts performance, endurance, and long-term health. It remains one of the most persistent and dangerous risks firefighters face. That’s why material selection plays such an important role in PPE design.
We partnered with Milliken to develop TECGEN51® as a lightweight, breathable material option for non-structural responses like EMS, rescue, and wildland. Made from our patented TECGEN® fiber, it helps reduce unnecessary heat burden while maintaining reliable durability, unmatched flexibility, and the kind of quality you’ve come to expect from us.
For structural firefighting, we also partnered with Milliken to develop TECGEN71®, an outer shell designed to improve both thermal protection and breathability. It offers:
These material advancements reflect a broader shift toward PPE that not only protects you from external hazards but also helps manage internal heat.
Cancer prevention continues to shape how firefighter PPE is designed and evaluated. Fireground contaminants often collect in areas like the face and neck, where traditional gear has historically provided limited protection.
We conducted third-party testing that showed traditional hoods blocked only 27% of particulates. In response, we were the first to introduce particulate-blocking hoods to the market, designed to better protect these high-risk areas and help the industry recognize the harmful impacts of these contaminants as a whole.
Since then, particulate-blocking hoods have been widely adopted and are now incorporated into NFPA 1970-2025. This reflects a growing understanding that exposure reduction plays a critical role in long-term firefighter health.
Source: Firefighter's Cancer Support Network
Proper fit directly impacts safety, mobility, and overall performance on the fireground.
For years, turnout gear was built around a single pattern. That approach worked for some, but left many firefighters dealing with restricted movement, added fatigue, or gaps in protection. When gear doesn’t fit correctly, it can slow reaction time, increase strain, and even lead to firefighters leaving off pieces of PPE altogether.
We took a different approach by designing our gear around real firefighter body types.
By working directly with female firefighters and gathering feedback from the field, we developed gear that better reflects how firefighters actually move and operate. The result is an improved range of motion, reduced bulk in the wrong areas, and a more consistent level of protection.
Heat stress isn’t just a comfort issue. It’s one of the most serious risks firefighters face, contributing to fatigue, reduced cognitive performance, and cardiac-related incidents.
AeroFlex® was designed and built with that reality in mind.
Instead of relying on traditional approaches that trap heat, AeroFlex focuses on actively managing it. The system is designed to reduce heat buildup, improve airflow, and support the body’s natural cooling process without compromising thermal or particulate protection.
This matters in long, demanding incidents where heat exposure builds over time. When gear helps manage that stress, firefighters can maintain better endurance, stay more alert, and recover faster during and after a call.
Managing heat inside turnout gear requires more than breathable materials. It requires a system designed to move heat out while keeping hazards out.
That’s where AeroVent® Technology and VaporLite® Panels work together.
VaporLite Panels are built with a breathable three-layer composite system that allows heat and moisture vapor to escape more efficiently. Instead of trapping sweat and heat inside the gear, these panels help regulate internal conditions, especially during extended operations.
AeroVent Technology takes that a step further by creating a controlled airflow path. The ventilation system allows heat and vapor to exit, while helping prevent external heat, flames, and contaminants from entering.
Placement is critical. That’s why vents are positioned in high-heat zones like under the arms and along the inner thighs, where the body naturally generates and traps the most heat.
Together, these technologies shift turnout gear from passive protection to active heat management. The result is gear that works with the firefighter, not against them.
Getting gear sizing right has always been a challenge.
Traditional measuring methods can be time-consuming, inconsistent, and prone to human error. Even small inaccuracies can lead to poor fit, which directly impacts safety and performance.
Our Virtual Sizer helps standardize the process by using basic inputs like height, weight, and shoe size to generate sizing recommendations.
Key benefits include:
When sizing is more accurate, firefighters are better positioned to move comfortably, work effectively, and get the most from their gear over time.
Fire investigators face a very different set of challenges than structural firefighters, and their gear needs to reflect that.
They work in environments that still carry heat, debris, and contamination risks, but also require mobility, accessibility, and extended wear time. Traditional turnout gear can often feel bulky or restrictive for these conditions.
That’s why we designed PPE specifically for investigative work.
By integrating AeroVent Technology, this gear improves breathability to help reduce heat buildup during longer calls. Selective waterproofing adds protection where it’s needed while maintaining comfort and flexibility.
We also focused on practical, job-specific features like easy access to credentials and firearms, along with secure, waterproof storage for mobile devices. Our goal is simple. Protect without getting in the way of the work.
Firefighter PPE is evolving to meet a broader, more complex set of risks.
It’s no longer just about protection during flashover or direct flame exposure. Today, the focus includes long-term health, cumulative exposure, and overall performance on and off the fireground.
That shift is shaping the future of turnout gear in a few key ways:
Each of these areas plays a role in firefighter safety, and they are all connected.
The next generation of PPE will continue to move toward systems that not only protect but also adapt to the realities of the job. Gear that works harder to reduce risk, support performance, and improve long-term outcomes.
Because protecting firefighters isn’t a single moment. It’s a continuous effort that starts with design and carries through every call.
Want to see how we perform in real-world conditions?
Request a quote to learn how our PPE can support your department today.