2026-03-14 7 min read
If you've lived in Wakeman for more than a winter or two, you already know what this area throws at your home. Temperatures that regularly drop to the low 20s°F, persistent wind, and that bone-dry cold that settles in from January through March — it's hard on everything metal. Your garage door springs are no exception. In fact, if there's one call that keeps local technicians busiest in Huron County during the coldest months, it's a spring that snapped sometime between the last trip to the grocery store and the next morning's commute.
Garage door springs are the muscle behind your door. Whether you have torsion springs mounted horizontally above the door or extension springs running along the sides, they're holding serious tension — enough to counterbalance a door that can weigh 150 to 200 pounds or more. That tension is already significant. When winter hits, it gets worse.
Steel becomes more brittle in cold temperatures — a phenomenon sometimes called the ductile-to-brittle transition. When temperatures drop toward freezing, the steel coils contract and stiffen. If your springs are already worn from years of daily cycling, that added stress from cold contraction can push them right past their breaking point. It's not a coincidence that so many homeowners hear that sharp, loud bang from their garage on a January or February morning. That's a spring giving out under pressure.
And it's not just the cold itself. Wakeman winters bring daily temperature swings — reasonably mild afternoons followed by nights that dip well below freezing. That constant expand-and-contract cycle stresses the metal repeatedly over weeks and months, weakening it gradually until something finally gives.
Springs rarely fail without giving a few hints first. Here's what to pay attention to:
- The door feels unusually heavy when you lift it manually. A properly functioning spring should make the door feel nearly weightless by hand. - Jerky or uneven movement — especially if the door hesitates, stops mid-travel, or one side appears to sag lower than the other. - Visible gaps in the spring coil above your door. A gap means the spring has already partially separated. - Loud squeaking, creaking, or popping during operation. These sounds often show up before a complete failure. - The opener strains or hums louder than usual. When springs are weakening, your opener motor has to work significantly harder to move the door.
If you notice any of these, don't keep using the door and hope for the best. A spring that's on its way out will eventually break entirely — and that can happen fast.
There are a few practical steps any homeowner can safely take to reduce the risk of a mid-winter failure.
Standard WD-40 is not a garage door lubricant. Use a white lithium grease or a dedicated silicone-based garage door spray on your springs, hinges, and rollers at least once a year, ideally in the fall before temperatures drop hard. A light coat helps protect against rust and keeps the metal moving smoothly. Just don't over-apply — excess grease on springs actually attracts dirt and accelerates wear.
If you're not sure when to do this, our fall garage door prep guide walks through the full seasonal checklist.
Most residential torsion springs are rated for roughly 10,000 cycles — one cycle being one complete open-and-close. If your household uses the garage door twice a day (which is typical when it's the main entrance to the house, as it is for most Wakeman homeowners), that's about 730 cycles a year. Do the math: springs on a home built in the early 1970s, which describes a good portion of the housing stock in this area, could be on their second or third set by now. If you've never replaced yours and the door is more than 7–10 years old, it's worth having them checked.
This isn't always possible, but if your garage is attached to the house, even a small amount of heat retention helps. Keeping the interior even a few degrees above freezing reduces the metal contraction that stresses springs overnight. Good weathersealing helps here — more on that in our post on insulated door ROI.
This is worth saying plainly: garage door spring replacement is not a DIY project. Springs are under extreme tension. When they snap or uncoil unexpectedly, they can cause serious injury or property damage. This is a job for a trained technician with the right tools and safety equipment — no exceptions.
If your door suddenly feels heavy, refuses to open, or you suspect a spring has broken, stop using the door immediately. Continued operation can damage your opener motor and create additional safety risks. Contact a professional before attempting to operate it again.
Wakeman Garage Doors sees this pattern every winter — in Wakeman itself, out toward Norwalk, and across Huron County. The homes here are solid, but the hardware inside aging garages needs regular attention to hold up against Ohio winters. A proactive inspection in the fall is far less disruptive than an emergency call in January. Check out our full list of services or reach out directly if you'd like us to take a look before the next cold snap arrives.
How long do garage door springs typically last? Most standard torsion springs are rated for around 10,000 cycles. For a household that uses the garage door twice daily, that translates to roughly 7–14 years depending on usage. Homes where the garage is the primary entrance tend to go through springs faster.
Can I still use my garage door if I think the spring is broken? No — stop using it immediately. Operating a door with a broken spring puts excessive strain on the opener motor and can create a dangerous situation if the door drops unexpectedly. Disconnect the opener and call a technician.
Should I replace both springs at the same time? Yes, in most cases. If one spring has failed, the other is likely near the end of its life as well. Replacing both at once ensures balanced tension, smoother operation, and avoids a second service call in the near future.