A Tabletop Exercise With a Practical Edge
In September 2026, around 75 medical and CBRN specialists from 16 nations met in Sweden for Exercise CLEAN CARE, a multinational tabletop exercise run under the auspices of NATO's military medical community. The scenario was a collective-defence one, set in and around Gotland and the Baltic Sea, and it deliberately constrained the players: contested conditions, limited resources, and a casualty flow that crosses military and civilian systems.
What makes CLEAN CARE worth reading from an equipment perspective is where the organisers placed the emphasis. Rather than stopping at detection and protection, the exercise followed casualties through the whole medical evacuation and treatment chain - contamination control, casualty decontamination, treatment, patient flow, and above all the prevention of secondary contamination among medical personnel, facilities and evacuation assets. Swedish and Danish civil authorities took part alongside military players, turning the event into a test of civilian-military cooperation rather than a purely military drill.
Why the Care Chain Drives Hand and Foot Specifications
Casualty care is dexterity work. Airway management, intravenous access, wound dressing and patient monitoring all depend on fine motor control - the very thing a sealed chemical barrier is designed to resist. Every increment of barrier thickness and stiffness that improves protection makes those tasks harder, and responders wearing barrier gloves for hours lose sensitivity and grip strength long before the incident is over.
Overboots face a different stress profile. A decontamination lane is wet, abrasive and chemically loaded: teams stand in runoff, scrub, rinse and move between stations while the boot-to-suit junction stays under load. Because footwear and handwear are replaced far more often than suits, they are also the components most likely to be out of step with the rest of an ensemble that was qualified years earlier.
What the Civil-Military Mix Changes
Bringing civilian ambulance and hospital staff into the same scenario as military medics exposes a specification problem that exercises like this tend to formalise. The two groups arrive with different glove size distributions, different donning routines and different levels of familiarity with barrier systems. A single stock item rarely fits both populations comfortably.
It also concentrates attention on doffing. Removing contaminated gloves and overboots is the highest-risk moment of the entire response, and it is a procedure rather than a product - which means buyers increasingly want written removal steps, glove change intervals and liner rotation guidance supplied alongside the hardware, not improvised in the field.
What Buyers Should Ask For
For procurement teams reading the lessons coming out of this year's medical exercises, a short list of questions separates offers that can be defended from those that cannot. Ask for permeation data against named agents at realistic temperatures and concentrations, not a certificate cover page. Ask how many decontamination cycles a reusable glove or overboot is rated for, and what evidence backs that figure. Confirm batch traceability, date of manufacture and shelf life. Request a size run that spans both military and civilian wearers, and donning and doffing instructions that cover the full ensemble.
Above all, treat exercises as the place where requirements are drafted. CLEAN CARE and comparable medical readiness events do not award contracts, but they set the language that later appears in specifications. Suppliers able to walk a buyer through component-level permeation data, decontamination durability and clean removal procedures are the ones positioned when those requirements harden.