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THE REALITY
Underway means exposed, the whole time.
Spray over the bow. Condensation belowdecks overnight. Salt air that never really goes away, even at the dock.
STOWED, NOT SHUT OFF
The clock starts the moment it's stowed.
None of that stops a trip out. But it does start a slow clock on anything electronic aboard — chartplotters, radios, radar — and on the safety equipment stowed away between uses. 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.
Heavy weather is the obvious threat. Most exposure comes from sources that are just part of being on the water.
Spray
Submersion
Salt air
Condensation
Corrosion
Mold / mildew
DRYOUT® is engineered to remove moisture underway, at the dock, and in storage over the off-season.
WHAT'S AT RISK
Everything aboard is at risk.
Moisture doesn't discriminate between a handheld radio and a full electronics suite at the helm. Once it's trapped, the clock is running either way.
Chartplotter/ MFD
Radar scanner
Satellite Antenna
Autopilot
VHF / AIS radio
Battery / shore power
EPIRB / personal locator
Whatever's aboard, whatever holds it, DRYOUT® can be engineered in.
NAVIGATION & COMMS
Navigation and comms can't go dark.
Chartplotters, radar, and VHF radios sit behind sealed housings that are rated for spray — not for the humidity and condensation that build up inside them over a season of use.
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Condensation forming inside a console panel overnight
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Humidity trapped during winter storage or haul-out
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Salt air working on connectors and antenna ports year-round
ON BOARD
The failure happens in storage.
EPIRBs, personal locator beacons, and handheld GPS units are built to sit unused for months at a time — until the one moment they're needed. Battery compartments, antenna seals, and internal circuit boards are exactly the kind of components that corrode quietly in storage, with no warning until the device won't power on.
​Built into the pouch or case that holds them, DRYOUT® is engineered to pull that moisture away, giving these devices the best chance of powering on the moment they're needed.
THE MECHANISM
Pulls. Traps. Releases.
Unlike disposable desiccants that saturate, stop working, and need to be thrown away, DRYOUT® is designed for repeated use, season after season.
01
PULLS
Engineered to pull moisture away from electronics, connectors, 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 — spray, humidity, or full immersion — 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 case, bag, or console panel, DRYOUT® works continuously to pull moisture away from gear — reducing the risk of failure before the next trip out.
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