Winter Fence Care Checklist for Colorado Springs | DIY Guide

Heavy Front Range winter storms regularly dump 12 to 24 inches of wet, heavy snow across El Paso County. As downslope winds blow across open terrain in neighborhoods like Falcon, Monument, and Cimarron Hills, snow forms massive drifts against the windward side of residential privacy fences.

Allowing snowdrifts to sit banked against wooden pickets creates severe structural and biological issues. A 3-foot snowdrift exerts hundreds of pounds of outward dead-load pressure against horizontal framing rails. As sunny 50°F afternoon temperatures melt the top layer, water percolates downward into the snowpack, creating a slushy ice dam that envelops the bottom rails.

Once a week following major winter storms, use a plastic snow shovel to gently clear a 12-inch breathing channel between the fence and deep snowbanks, allowing sunlight and air circulation to keep lumber dry.

Frost heave is one of the most powerful geological forces acting on residential fencing along the Front Range. When moisture in the soil freezes, it expands by approximately 9% in volume, forming subterranean ice lenses.

In El Paso County, the municipal frost line penetrates 20 to 24 inches deep during severe winters. If a builder took shortcuts and set fence posts only 16 to 18 inches deep, the expanding ice beneath the footing exerts upward hydraulic pressure, lifting the entire 150-pound concrete plug upward out of the ground.

Once the ground thaws in spring, the post does not settle back into its original position; it tilts sideways into loose muddy soil. If your fence suffered frost heave, the only permanent cure is excavating the footing and resetting the post below the 24-inch frost line.

To clear icy driveways and sidewalks, Colorado Springs homeowners frequently apply chemical de-icers like rock salt (sodium chloride), calcium chloride, or magnesium chloride. While effective on ice, these chemicals are catastrophic for fencing materials.

When salt-laden slush is shoveled or kicked against fence posts, the chemical salts dissolve into the wood cell structure. Once absorbed, salt crystals draw moisture out of the wood fibers, causing severe cellular dehydration, wood fiber fuzzing, and rapid fastener corrosion.

On metal and ornamental iron fences, de-icing salts strip powder coatings and accelerate galvanic rust. Never shovel salted sidewalk snow against fence posts; use non-corrosive traction sand or plain kitty litter near fence lines instead.

Have you ever found yourself trapped in your backyard in January because the gate refused to open? In Colorado Springs, winter gate freeze-up is caused by two factors: soil swell and snowpack compaction.

As clay soils freeze, the ground beneath your gate walkway can expand upward by 1 to 1.5 inches. If your gate was built with a tight 1-inch summer ground clearance, the bottom of the gate will bind firmly against frozen dirt or flagstone pavers.

Ensure your gate has minimum 2.5 to 3 inches of bottom clearance before winter arrives. If you have adjustable J-bolt hinges, you can easily raise the gate height 1 inch for the winter months by adjusting the top hinge nuts with a wrench.

Colorado Springs is famous for dramatic mid-winter thaws. A 10°F blizzard is often followed three days later by a bright 60°F sunny afternoon. These rapid freeze-thaw cycles place immense physical strain on fence posts.

Conduct a brief visual walk of your perimeter during major mid-winter thaws. Look down the top rail line to verify the fence remains straight and plumb. Check for cracked post collars, loose ceramic screws, or split pickets.

Catching small winter misalignments early allows you to install temporary braces or tighten fasteners before the next high-wind storm can exploit the weakness. If you discover leaning posts or damaged sections, call Jeremy at (614) 543-4232 for dependable winter service.