A gear room does its job when it meets four tests: air moves through it, sunlight does not reach it, dirty gear flows in one door and clean gear lives away from it, and every ensemble hangs with air space around it. Most rooms fail at least two — and most fixes are cheap.
What does good gear room layout look like?
- Clean/dirty separation: contaminated gear lands in a receiving zone (bins, hooks by the bay door) and never touches the clean racks until washed.
- One-way flow: bay → receiving → wash/dry → clean storage — even in a small room, the sequence prevents recontamination.
- Rack spacing: ensembles need hanging space with airflow between them; compressed gear stays damp and creases barriers.
- Off the apparatus floor: diesel exhaust residue settles — gear storage in the bay itself needs source-capture ventilation at minimum.
Why is ventilation the non-negotiable?
Off-gassing from post-fire gear, humidity from drying, and any bay-adjacent exhaust all concentrate in still air — the room itself becomes an exposure source. Mechanical exhaust or steady through-flow fixes it; a closed closet full of gear is the worst storage in the station.
What about UV?
No direct sun on stored gear, ever — windowless rooms, UV film, or simple rack placement all work. The bay’s south window has condemned more shells than most fires.
FAQ
We have one small room — best single upgrade?
A ventilation fan and a dirty-gear bin at the door: airflow plus separation covers most of the risk.
Do drying cabinets belong in the gear room?
Ideally yes — wash, dry, and store in one flow. Circul-Air options size from closet to fleet.