2026-04-17 7 min read
If you've lived in Chaplin long enough, you know that winter here isn't gentle. Nestled in the rolling hills of Windham County, Chaplin sits in a pocket of northeastern Connecticut where temperatures can swing 40 degrees in a single week. That kind of freeze-thaw cycle is one of the leading reasons garage door springs fail — and it happens more often than most homeowners expect.
Every spring we field calls from Chaplin residents — and folks over in Willimantic and Coventry — who woke up, hit the opener button, and watched the door barely budge or heard a sharp metallic bang from the garage. Nine times out of ten, it's a broken torsion spring.
Garage door springs are under enormous tension at all times. Their job is to counterbalance the weight of your door — a standard insulated steel door can weigh 150–200 pounds — so your opener doesn't have to do all the heavy lifting alone.
Here's the problem: metal contracts in cold temperatures. When Chaplin dips into the teens and lower 20s (which happens regularly from December through February), the steel coils in your torsion spring become less flexible and more brittle. Each open-and-close cycle puts stress on a spring that's already operating near its physical limits.
Then the temperature climbs back above freezing — as it does during Connecticut's unpredictable thaw periods — and the metal expands again. Repeat this process dozens of times over a single winter, and you've got a recipe for metal fatigue. The spring doesn't gradually weaken in a way you can easily see. It simply snaps, usually without warning.
Metal components like springs, rollers, and tracks contract in freezing temperatures, making the door harder to operate — and over time, that repeated stress accumulates into failure.
Springs rarely fail from one cycle to the next without any prior signals. Here's what to watch for:
If you manually disconnect your opener (pull the red emergency cord) and try to lift the door by hand, it should go up with moderate effort and stay up on its own. A door that feels unusually heavy or slowly sinks back down is telling you the springs are losing tension.
With the door closed, look up at the torsion spring above the door. A healthy spring is a tight, continuous coil. A broken spring will have a visible gap — sometimes an inch or more — where the metal has separated.
If one spring in a two-spring system fails, the door will often open unevenly, tilting to one side. You may also notice the opener straining louder than usual as it tries to compensate.
Many homeowners describe a broken torsion spring as sounding like a gunshot or a car backfire. If you hear a sharp bang from the garage — especially in cold weather — stop using the door and call for service.
Chaplin homes run the gamut from historic Federal-style houses near the village center to newer Cape Cods and ranch-style homes on larger rural lots. The type of spring system you have often depends on the age and style of your garage.
Torsion springs mount horizontally above the door opening on a metal shaft. They're the standard on most doors installed in the last 20–25 years and are generally considered safer because when they break, they stay on the shaft rather than flying free.
Extension springs run along the horizontal tracks on either side of the door. They're more common on older installations. When an extension spring snaps, it can become a dangerous projectile if it isn't fitted with a proper safety cable — something worth checking on older Chaplin homes.
For a full picture of how spring failure connects to other component wear, check out our complete roller replacement guide — worn rollers add extra drag that puts additional strain on springs.
This is worth being straightforward about: garage door spring replacement is one of the most dangerous DIY repairs a homeowner can attempt. Torsion springs are wound under hundreds of pounds of force. Releasing that tension without the right tools and training has sent people to the emergency room.
This isn't a scare tactic — it's just the honest reality. The cost of a professional spring replacement is almost always less than a single urgent care visit, and a correctly installed spring will be properly wound to match your door's exact weight.
If you're not sure what's going on with your door, schedule a service call before the situation gets worse. Catching a spring that's losing tension before it fully breaks is always cheaper than dealing with a door that won't open at all.
You can't make springs last forever, but you can get more life out of them:
- Lubricate twice a year — spring and fall — with a silicone-based or lithium grease spray. Avoid WD-40, which evaporates quickly and can attract dust. - Balance your door annually — an unbalanced door puts uneven stress on both springs and the opener. - Don't ignore opener strain — if your opener sounds like it's working harder than usual, that's often a spring issue in disguise. - Replace in pairs — if one spring breaks, the other is likely at a similar point in its wear cycle. Replacing both at once saves you a second service call within months.
For more on keeping your entire door system in shape through Connecticut's tough seasons, our winter preparation guide walks through a full seasonal checklist.
Q: How long do garage door springs typically last in Connecticut's climate? A: Most torsion springs are rated for about 10,000 cycles — roughly 7 to 10 years for an average household. In a climate like Chaplin's, with significant freeze-thaw stress, springs on the lower end of that range are common. If your door is approaching that age, a proactive inspection is worth it.
Q: Can I still use my garage door if a spring breaks? A: Technically the door may still open if you have a powerful enough opener, but you shouldn't use it. Operating a door with a broken spring puts enormous strain on the opener motor and can damage the tracks, cables, and other hardware. It's also a safety hazard. Disconnect the opener and call for service.
Q: Is it normal for a spring to break during cold weather specifically? A: Yes — it's not a coincidence. The repeated metal contraction and expansion from Connecticut's freeze-thaw cycles accelerates metal fatigue. Most spring failures in this region happen between November and March. Scheduling a fall inspection before winter hits is the best way to catch a spring that's nearing the end of its life.