Pentagon Adopts Avon Protection's MITR Half-Mask and Goggles for SOCOM
Special operators will get a split face and breathing system designed to guard against fentanyl, lead dust and other airborne hazards
By AXY Defense Desk ·
Key points
- The Pentagon and Avon Protection announced a contract on Oct. 9 for U.S. Special Operations forces to adopt the MITR half-mask and goggle system.
- The system is designed to protect against chemicals, toxic substances, lead dust from gunfire, ballistics and fentanyl.
- The goggles and half-mask can be worn together or separately, offering a lighter option than full-face respirators.
- Military Times linked the decision to a November 2025 SOF Cancer Study reporting an 18% higher cancer risk for special operations personnel.
- The U.S. is reportedly joining Canada and another Five Eyes nation in buying the system, and some units are already receiving it.
U.S. Special Operations forces will adopt a new face and breathing protection system, the MITR half-mask and goggle system, after the Pentagon and Avon Protection announced a contract on Oct. 9, according to Military Times. The system is designed to protect wearers from dangerous chemicals and toxic substances in the air, including lead powder from gunfire, ballistics and poisonous substances such as fentanyl. Some elite units are already using the equipment in the field, according to Casey Galligan, Avon's senior director for the U.S. Homeland Security and the Department of Defense.
What the contract covers
The agreement gives U.S. Special Operations Command, known as SOCOM, a new piece of personal protective equipment for operators who face hazards that go beyond traditional battlefield threats. SOCOM is the unified command that oversees the special operations forces of the U.S. military, including elite units such as Army Special Forces, Navy SEALs and Air Force special operations units. Its personnel often work in small teams, in austere environments and in close contact with danger, which makes equipment that is both protective and light a priority.
Military Times reported that the MITR system is meant to replace or supplement older gear in situations where a full-face respirator is not always practical. Galligan was clear that the new system is not meant to replace a full-face respirator in every case. Instead, he said, a split system gives operators options to match the level of threat they expect.
How the MITR system works
A respirator is a device that protects the wearer's airways and, in many designs, eyes from inhaled hazards. The half-mask system described by Military Times sits between two familiar categories. At one end is the N95, a disposable filtering mask that covers the nose and mouth and is widely used in medical and industrial settings. At the other end is the heavy, full-face respirator, which covers the entire face and is typically more protective but also more bulky and tiring to wear for long periods.
The MITR's goggles and half-mask can be worn linked together or separated. According to Galligan, this allows operators to carry a lightweight option that still provides eye and breathing protection when needed, without having to carry heavy full-face masks at all times. The goggles use positive pressure seals, a design intended to keep hazardous chemicals from getting in around the edges of the lenses. Military Times also reported that the goggles include sweat drainage outlets and blow cool air into them from both sides to prevent the lenses from fogging, a common problem for anyone wearing sealed eyewear while working hard.
Galligan, a former U.S. Army Green Beret, described the weight and fit as a central advantage. He said the system weighs about a half-pound and is easy to put on, and that it can be worn with a head harness or with helmet attachments. For operators who must move quickly and switch between threat levels, those details can matter as much as filtration performance.
Why fentanyl and drug-lab chemicals are now on the list
Fentanyl is a synthetic opioid, a powerful drug that has been linked to a large share of overdose deaths in the United States and that can be dangerous even in small amounts. Military Times reported that Galligan named fentanyl and chemicals found in drug laboratories as part of a broad range of hazards that special warfare operators must now guard against. These sit alongside biological weapons and other breathing hazards that military units have long trained for.
In his words, “Precursor drug chemicals now are a huge issue that are just as dangerous as a chemical hazard.” Precursor chemicals are the substances used in the manufacture of illegal drugs. Their inclusion in a military protection standard reflects a shift in how defense planners think about the environments where special operators work, including locations where illicit drug production may be present. Galligan added, “As an operator, every day you’re doing something quasi-dangerous, particularly those at the frontline doing maneuver.”
The cancer study behind the decision
Military Times linked the Pentagon's decision to a November 2025 report called the SOF Cancer Study. According to the outlet's reporting, the study found that special operations forces face an 18% higher risk of cancer than non-special operations personnel. The report attributed this to hazardous materials in their environments, which they are exposed to constantly in the line of duty.
That finding helps explain why breathing and face protection has moved up the list of equipment priorities. Respiratory protection has long been a part of military kit, but the emphasis has increasingly shifted toward reducing long-term exposure, not only preventing immediate harm. Analysts who follow military health and equipment policy generally expect that studies of this kind will push commanders to treat exposure reduction as a routine part of mission planning rather than a specialised concern. The Military Times report does not provide further detail on the study's methodology or sample, so readers should treat its specific figures as the study's findings as reported by the outlet.
Background: why respirators matter for special operators
Respirators have been used by militaries for more than a century, originally to protect troops from chemical weapons. Modern designs are generally divided into disposable masks, reusable half-masks, and full-face respirators, each offering a different trade-off between protection, comfort and mobility. Special operations units often face a wider and less predictable set of hazards than conventional forces, from smoke and dust in urban raids to unknown substances found during searches, which makes flexible equipment especially valuable.
Military Times noted that half-mask systems are not new, but that the MITR system has been revised continually to incorporate new technology. Galligan said the product had gone through several iterations and that the company was still working to improve it. The equipment's development path therefore reflects both changing threats and steady refinement in materials, seals and airflow design, rather than a single breakthrough.
Reactions and what comes next
Galligan said the U.S. is joining Canada and another member of the Five Eyes intelligence partnership, the alliance that also includes the United Kingdom, Australia and New Zealand, in purchasing the system. He said some units were already receiving equipment, with more on the way. “We've fielded it to units already. Some are en route right now, being delivered,” he said. He also described feedback from end users as “pretty amazing.” Those statements come from the manufacturer's representative, and independent operational testing results were not included in the source report.
Galligan also suggested that adoption at the top of the force could change attitudes more broadly. “When you see the tip of the spear using it, it's going to make it a lot more acceptable,” he said. Military Times wrote that a shift to half-mask systems could mark the start of a new era in how service members approach facial protection more generally.
For readers, the practical questions are what the contract will cost, how many units will be delivered and how the equipment will perform against the full range of hazards it is designed to address. Those details were not included in the source report. Observers will also watch whether other allied militaries follow the Canadian and Five Eyes purchases, and whether the Pentagon extends similar protection to a wider group of personnel beyond special operations forces.
Topics: US Special Operations Command, Avon Protection, MITR respirator, Pentagon, fentanyl exposure, military respiratory protection, SOF Cancer Study
Sources: Military Times