Gear Maintenance: Make It Last

The most common gear maintenance failure is a rain jacket that wets out — water soaks into the face fabric instead of beading off. This happens because the DWR (durable water repellent) treatment on the outer fabric degrades with use and washing. When the face fabric wets out, it feels damp and heavy even if the membrane is still waterproof — the jacket gets cold and miserable to wear. The solution is not a new jacket; it is restoring the DWR.

Step one: wash the jacket in a front-loading machine on a gentle cycle with technical fabric wash (Nikwax Tech Wash or Granger's Performance Wash — not regular detergent, which leaves residues that degrade DWR). Step two: tumble dry on low heat for 20-30 minutes or iron on low through a cloth — heat reactivates the existing DWR coating. If the jacket still wets out after this, apply liquid DWR treatment (Nikwax TX.Direct Wash-In) in the washing machine according to the bottle instructions. Repeat annually or after every 15-20 days of use.

Check the jacket's membrane periodically as well. Hold the jacket up to a light source — if you can see pinholes or significant delamination of the membrane from the face fabric, the jacket's waterproofing is fundamentally compromised and DWR restoration will not fully fix it. High-quality waterproof jackets held in good condition typically last 5-10 years of regular use. The membrane fails before the face fabric in most cases. Cleaning and DWR maintenance is what extends that lifespan to the upper end of the range.

Down sleeping bags should be washed 1-2 times per season if used regularly. Body oils accumulate in the down, reducing loft and warmth over time — a bag that has not been washed in two years may perform significantly below its rated temperature. Wash in a front-loading machine (never a top-loader with agitator) on gentle cycle with down-specific wash (Nikwax Down Wash, Granger's Down Wash). Use cold or warm water, not hot.

Drying is the critical step: tumble dry on low heat with two or three tennis balls or dryer balls. The balls break up clumping as down dries. This takes 2-4 hours in a large commercial dryer at a laundromat — home dryers are often too small and hot. Check the bag periodically and break up any remaining clumps by hand. Dry completely before storing. The most important storage rule: never store a sleeping bag compressed in its stuff sack. Store in a large cotton or mesh storage sack or hung in a closet. Continuous compression kills loft over months and years.

Synthetic sleeping bags follow similar washing guidelines but are more tolerant of machine washing and dry faster than down. The storage rule still applies — synthetic fill also degrades with long-term compression, just more slowly than down. If you have a sleeping bag liner, wash it more frequently than the bag itself. A liner takes the direct contact with body oils and sweat, and washing the liner regularly extends the time between full bag washes. Liners also extend warmth rating and add versatility across seasons.

After muddy trips, rinse boots with clean water while mud is still wet — dried, caked mud is much harder to remove and can damage leather and waterproof membranes when it dries and contracts. Remove insoles and laces, rinse separately. Let boots dry at room temperature away from direct heat — not in front of a fire or on a radiator, which dries leather too fast and causes cracking. Stuff loosely with newspaper to help maintain shape during drying.

Leather boots require conditioning annually with leather conditioner (Obenauf's, Nikwax Leather Conditioner) to prevent the leather from drying out and cracking. Apply when the leather is clean and slightly damp for best absorption. Both leather and nubuck waterproofing treatments restore water resistance on the upper. Waterproof-membrane boots (Gore-Tex) maintain their waterproofing from the inside, but a wet-out upper still feels unpleasant and reduces breathability — treat the upper regardless.

Midsole and outsole inspection should happen annually. The midsole (the cushioning layer between the upper and the outsole) compresses and loses its shock-absorbing properties over time, even when the outsole tread still looks good. If you notice increased fatigue in your knees and feet on hikes that previously felt fine, midsole compression is a likely cause. Most quality hiking boots have a service life of 500-1,000 miles depending on terrain and care. Resoling is available for many leather boots and significantly extends their lifespan — a good option for high-quality boots that otherwise remain in excellent condition.

The two main causes of tent degradation are UV damage and hydrolysis (breakdown of polyurethane coatings from moisture and heat). UV weakens nylon and polyester fibers and is unavoidable on sunny trips. What you can control: never store a tent compressed in its stuff sack when wet or damp. The combination of moisture and compression accelerates hydrolysis, causing the waterproof coating to delaminate and flake. Always dry a tent completely before storage.

Seam sealing is the single most impactful maintenance step for a tent's waterproofing. Most tent seams are factory-sealed, but this sealing degrades over time. Check seams annually by looking for cracking or peeling tape from inside the fly. Reseal with seam sealer (McNett SeamGrip, Gear Aid Seam Sure) applied inside the tent fly along all seams. Set up the tent, apply sealer, let dry for 8 hours before folding. This adds years of waterproofing to a tent that would otherwise start leaking at seams.

Store a tent loosely rather than in its stuff sack for long-term storage. Loosely coiling and placing in a breathable cotton bag or large mesh bag prevents the stress on fabric that comes from tight compression. Check poles for cracking or bent sections after each trip — a pole that fails in the field is a serious inconvenience. Carry a pole repair sleeve for multi-day trips. Zipper maintenance with zipper lubricant (Gear Aid Zipper Lubricant, a small wax stick) prevents zippers from sticking and failing — a stuck tent zipper at 2am in rain is among the most frustrating field problems and is entirely preventable.

A Sawyer Squeeze or similar hollow-fiber filter needs backflushing after every trip to maintain flow rate. Fill the included syringe with clean water, attach to the output end of the filter, and push water backward through the filter forcefully 10-15 times. This dislodges trapped particles and restores near-original flow rate. Filters that are never backflushed slow to an unusable trickle over time. Backflushing takes two minutes and is the entire maintenance requirement for most hollow-fiber filters.

The critical warning: never let a hollow-fiber filter freeze. Ice crystals damage the fibers, creating microfractures invisible to the eye that allow unfiltered water to pass through. A frozen filter looks and works normally but is no longer safe. If there is any chance your filter froze during a trip, replace it. Store filters in a warm location (inside your sleeping bag at night in cold temperatures) and bring them indoors in winter.

If your filter is flowing slowly even after backflushing, a 30-minute soak in diluted white vinegar (1 part vinegar to 10 parts water) can dissolve mineral deposits from hard water sources. Backflush again after the soak. Some filters are also compatible with diluted bleach soaks for sanitizing storage, but check your specific filter's instructions before using any chemical treatment. The Sawyer Squeeze is rated to 100,000 gallons with proper backflushing — a single filter bought at the beginning of a hiking career should last for years if maintained correctly and never frozen.

At the end of each hiking season, a systematic gear review and storage process prevents the most common next-season problems. Wash every piece of clothing, including base layers, midlayers, and shells. Dirt and body oils left in fabric over months of storage can permanently stain, create odor that does not wash out, and in the case of down, cause mold growth. A gear storage routine takes an afternoon and prevents replacing items that failed prematurely from neglect.

Inventory your consumables: check first aid kit expiration dates, verify fuel canister levels, inspect food reserves for age. Replace headlamp batteries with fresh ones before storage and remove batteries from devices that will sit unused for months to prevent corrosion from battery leakage. Inspect trekking pole tips and replace worn carbide tips — this is cheap and extends the life of the pole significantly. Check harness webbing and buckles on your pack for wear and UV damage.

Store gear in a cool, dry location away from direct sunlight and temperature extremes. Basements with moisture control and dark closets are ideal. Avoid attics (too hot in summer, too cold in winter) and garages with temperature swings. The enemies of gear longevity — UV light, heat, moisture, and compression — are all most damaging during long off-season storage periods. A properly stored gear kit that cost $1,500 will outlast a poorly stored kit of the same quality by years, representing a significant effective savings over a hiking lifetime.