top of page
THE REALITY
Duty gear doesn't get to choose its conditions.
Sweat under a plate carrier. Rain on a range day. A duty bag that goes from a hot trunk to an air-conditioned vehicle and back, every shift. All of which introduce moisture.
NOT OPTIONAL
Optics fog. Hardware corrodes.
None of that is optional, and none of it stops for weather. Optics fog. Metal hardware corrodes. Electronics sealed in a bag or case stay damp long after they look dry. Passive storage was never built to reverse that; DRYOUT was engineered to pull that moisture away instead.
THE SOURCES
Moisture doesn't need a storm out here either.
A downpour is the obvious threat. Most exposure comes from sources that never make it into the trip report.
Rain
Humidity
Snow / freeze
Condensation
Sweat
Corrosion
DRYOUT is engineered to remove moisture on the belt, in the bag, and in storage between shifts.
WHAT'S AT RISK
Everything on the loadout is at risk.
Moisture doesn't discriminate between a $30 flashlight and a $2,000 optic. Once it's trapped, the clock is running either way.
Weapon light
Red dot /
Holo sight
Thermal scope
Night vision
GPS / tactical watch
Handheld radio
Multitool
Rangefinder
Whatever the loadout, whatever holds it, DRYOUT can be engineered in.
OPTICS & ELECTRONICS
Optics that have to work the first time.
Red dots, thermal scopes, and night vision are the most moisture-sensitive equipment on a loadout — a single condensation cycle can fog glass or degrade a seal, and there's rarely a second attempt.
-
Packed away still warm from use
-
Moved between a climate-controlled vehicle and the field
-
Stored in a case or safe between range days
THE DETAILS
Rust starts where no one's looking.
Steel buckles, D-rings, quick-release swivels, and zipper hardware on plate carriers, admin pouches, and duty bags are exposed to the same sweat and humidity as everything else on the loadout — just less visibly.
Built into the pouch, panel, or carrier itself, DRYOUT is engineered to pull that moisture away, giving hardware and the electronics stored alongside it the best chance of avoiding rust and corrosion over years of duty use, not just one shift.
THE MECHANISM
Pulls. Traps. Releases.
Unlike disposable desiccants that saturate, stop working, and need to be thrown away, DRYOUT is designed for repeated use, shift after shift.
01
PULLS
Engineered to pull moisture away from optics, electronics, and metal hardware.
02
TRAPS
Holds it in an engineered absorbent core, away from sensitive components.
03
RELEASES
Resets with sunlight, heat, or forced airflow. No power required.
DUAL PROTECTION
Rescues what's already wet. Prevents what's not yet.
Most moisture solutions do one job. DRYOUT does both. Asset protection and peace of mind, in the same material.
RESCUES
If gear gets wet — water, humidity, or any form of moisture — DRYOUT is engineered to pull, absorb, and trap that moisture, giving it the best chance of avoiding rust, corrosion, and electrical failure.
PROTECTS
Built into a plate carrier, pouch, or case, DRYOUT works continuously to pull moisture away from gear — reducing the risk of failure before it's needed most.
bottom of page