Ill-Fitting Turnout Gear Is a Cancer Risk: New FEMA Study

If you’re a woman in the fire service, there’s a good chance your turnout gear was never actually built for you — and a new federally funded study is about to test whether that’s more than a mobility problem. On October 1, FEMA announced a $1.5 million grant to Florida State University and the University of Arizona to study, for the first time, whether gear fit directly affects occupational cancer risk in women firefighters. For the roughly 9% of the U.S. fire service that is female, this is the research that’s been missing.

What the New Study Will Actually Measure

The study, led by Dr. Meredith McQuerry of FSU’s WARP (Wearable Advancements in Research and Performance) lab alongside the University of Arizona’s Zuckerman College of Public Health, takes a refreshingly direct approach: measure how well each woman’s PPE actually fits her body, then compare that fit data against cancer biomarkers collected before and after live-fire training burns. Four structural fire departments — in Florida, California, Arizona, and Virginia — will host the burns.

That design matters. We already know fireground smoke is loaded with carcinogens, and we already know occupational cancer is the leading cause of long-term line-of-duty deaths in the fire service. What nobody has directly tested until now is whether a coat that gaps at the collar, sleeves that ride up, or pants cut for a male torso create measurable differences in what actually gets into your body. McQuerry’s team has said they hope the findings will drive changes to standard gear sizing — meaning this research could eventually shape NFPA sizing requirements, not just journal articles.

Why Gear Fit Is an Exposure Problem, Not Just a Comfort Problem

Here’s the number that should stop you: around 80% of women firefighters report ill-fitting gear — roughly four times the rate men report, according to survey research cited by the IAFF. Most turnout gear is still built on male body patterns and then scaled down, which produces what researchers call “compromised fit”: right in one spot, wrong in another. Documented examples include collars riding up over the mouth and nose mid-task and departments issuing pants 4 to 6 inches too long because of bad inseam measurements.

Every one of those fit failures is a potential exposure pathway. Gaps at the collar, wrists, and waist are exactly where particulate-laden smoke reaches skin — and the neck and jaw are high-absorption areas firefighters are already taught to decon first. Poor fit also increases heat strain and fatigue, which means more sweating, more vasodilation, and faster dermal absorption of whatever gets through. If you’ve been following our earlier coverage on gear contamination and decon culture, think of fit as the layer of the exposure problem that applies unevenly: the same fireground, the same smoke, but more of it reaching the firefighter whose gear doesn’t seal.

The study will also look at reproductive outcomes and other toxic-exposure risk factors specific to women — an area where fire service research has historically been close to a blank page, with cohorts built overwhelmingly on male data.

What You Can Do at Your Station Right Now

You don’t need to wait years for the study results to act on what’s already known:

1. Get measured properly — by someone trained to do it. Many fit failures trace back to bad initial measurements, not missing products. Push for a professional fitting, and ask specifically about inseam, shoulder, and torso measurements rather than accepting an S/M/L guess.
2. Ask whether your department offers women’s-cut gear — by pattern, not just size. Most major manufacturers now produce true women’s-cut turnout gear, up from only a couple when this research began. “We ordered you a small” is not the same thing as gear patterned for a female build.
3. Document fit problems in writing. A collar that rides over your face or sleeves that expose your wrists during overhead work is a safety deficiency, not a personal complaint. A paper trail helps your department justify the purchase — and protects you.
4. Tighten the interfaces you can control. Hood-to-collar, glove-to-sleeve, boot-to-pant: these junctions are where fit failures leak. Check them in full PPE during drills, and flag gaps.
5. Double down on post-fire decon. Until gear fits right, assume more got through: wipes on the neck, jaw, and hands at the scene, shower within the hour, and gear washed — not racked dirty.

The Bigger Picture for Your Department

This grant is a signal worth bringing to your chief: FEMA is now funding gear fit as a cancer question, and sizing standards may follow. If your department is budgeting for its next gear purchase, women’s-cut options and professional fittings belong in the spec — for roughly 1.1 million members of the U.S. fire service, the findings will apply to the gear everyone wears next.

Cancer is already the fire service’s leading long-term killer. Fit is one of the few exposure variables a department can fix with a purchase order. For more on firefighter cancer screening, PFAS-free gear options, and exposure reduction, visit policefire.health.

This article is for informational purposes only and does not constitute medical advice. BadgeBiohacking (policefire.health) is a comparison and review site. We may earn affiliate commissions from links on this site. Always consult a qualified healthcare provider before starting any treatment.