2026-03-17 7 min read
If you've ever walked out to your garage on a freezing January morning and found the door won't budge, there's a good chance a spring gave out overnight. possibly with a loud bang you slept right through. This is one of the most common calls Garage Door Ashford receives every winter, and it's not random bad luck. There are real, predictable reasons why springs fail when they do in this part of Connecticut, and understanding them can help you catch problems before they strand you in your driveway.
Ashford sits in the Quiet Corner of northeastern Connecticut and runs one of the harsher inland winter climates in the state. January temperatures regularly drop to lows around 21°F, and the area sees snowfall spread across nearly six months of the year. That kind of sustained cold creates a very specific problem for garage door springs.
Torsion springs and extension springs are both made from high-tension steel. When temperatures fall sharply, that steel contracts and becomes less flexible. A spring that's been working through thousands of open-and-close cycles over several years is already carrying micro-fatigue in the metal. Add a hard cold snap on top of that existing wear, and the added stress can push it past its breaking point. often with no warning.
The physics is straightforward: as metal contracts, the spring gets slightly shorter, which means there's more built-in tension before the door even moves. When you hit the opener button on a cold morning, the system demands more from a spring that has less flexibility than it did in October. That's why so many springs snap between December and February.
It's also worth knowing that cold temperatures thicken lubricants or cause them to dry out entirely. When rollers, hinges, and other hardware stiffen up, the whole door assembly creates more resistance. and that strain gets transferred directly to the springs, forcing them to work harder than they were designed to.
Springs rarely fail completely without sending a few signals first. If you notice any of the following, it's worth having your system inspected before it becomes an emergency:
- The door feels unusually heavy when you try to lift it manually. Springs are what make a heavy door manageable. without them working properly, you're fighting dead weight. - The door moves unevenly or jerks when opening or closing. This often means one spring is more worn than the other. - A visible gap in the spring coil. On a torsion spring mounted above the door, a stretched-out separation in the coils is a clear sign of failure. - Squeaking or grinding during operation, especially in cold weather. That sound often signals that lubrication has dried out and internal stress is building. - A loud bang from the garage when you weren't using it. Torsion springs unwind with significant force when they snap. it sounds like a gunshot inside a closed garage.
If your door won't open at all, stop using the automatic opener immediately. Forcing the opener against a broken spring puts serious strain on the motor and can damage other components.
Most homes in Ashford and the surrounding area. including many of the single-family properties out along Route 44 and the older homes closer to the Mansfield town line. use torsion springs mounted on a rod above the door. These are generally more durable and safer than the older extension spring systems (which run alongside the door tracks), but both are subject to the same cold-weather stress.
Spring replacement is not a DIY job. These components store an extreme amount of mechanical energy, and a spring that releases unexpectedly can cause serious injury or damage. Always have a licensed technician handle spring work. You can learn more about what's involved in our professional garage door services overview.
Most standard torsion springs are rated for around 10,000 cycles. one cycle being a single open-and-close. If you use your garage door four times a day (two cars, morning and evening), that works out to roughly 7,10 years of expected life. Cheaper springs sold by some contractors run as low as 5,000 cycles, which means they could need replacement in under five years with regular use.
If your springs are approaching that age range, proactive replacement before they fail is almost always cheaper than an emergency call. It also means you get to choose the timing rather than dealing with a breakdown during a snowstorm. For more on seasonal preparation that can extend the life of all your hardware, see our post on preparing your garage door for cold weather.
Here's a practical checklist for Ashford homeowners heading into or out of winter:
1. Lubricate springs, rollers, and hinges in October and again in March. Use a dedicated garage door lubricant. not WD-40, which evaporates quickly and doesn't provide lasting protection. 2. Visually inspect the springs for rust, visible gaps, or uneven coil spacing. Even a few minutes a season can catch issues early. 3. Test the door balance. Disconnect the opener and try lifting the door manually to about waist height. A properly balanced door should stay there on its own. If it falls or shoots up, the spring tension is off. 4. Note the age of your springs. If you don't know when they were last replaced, assume they're original to the house and plan accordingly.
If you're unsure about any of this, the easiest path is to schedule an inspection before the next cold season hits rather than discovering a problem on a February morning when you need to get to work.
No. Operating a garage door with a broken spring puts excessive strain on the opener motor and creates a real safety risk. The door may fall or behave unpredictably. Disconnect the opener and call for service before using it again.
Look above the closed door. A torsion spring is a single coiled spring (or two) mounted horizontally on a metal rod centered above the door opening. Extension springs are long, thinner springs that run parallel to the horizontal tracks on each side of the door. Both systems are common in Ashford-area homes.
Professionals typically recommend replacing both springs at the same time. If one has failed, the other is almost certainly at or near the same age and cycle count. replacing both avoids a second service call within a few months and keeps the door balanced.