2026-03-21 7 min read
If you've lived in Wakefield long enough, you already know what late February feels like. mornings that start in the low 20s, afternoons that climb toward 40, then a hard freeze again overnight. That daily temperature swing is rough on a lot of things, and your garage door springs are near the top of the list. We see more spring failures in late winter than any other time of year, and the pattern is predictable once you understand what's actually happening inside that metal coil above your door.
Garage door springs are made of tightly wound high-strength steel, and steel doesn't behave the same way in February as it does in July. Metal contracts in cold temperatures, which means the spring gets shorter and stiffer. and that increases the internal tension before you've even touched the opener button. When you factor in that the door itself becomes heavier to lift because rollers, hinges, and weather seals all stiffen in the cold, the spring is suddenly being asked to do more work with less flexibility.
This is the core of the problem: the door system is demanding more from the spring at precisely the moment when the metal has the least amount of give. Wakefield's humid continental climate makes this worse than in drier inland areas. The moisture that comes with our nor'easters and heavy snow events promotes rust on spring coils, and rust creates stress points that make cracks more likely to propagate.
It's also worth understanding that most spring failures aren't sudden. they're cumulative. Each freeze-thaw cycle puts the metal through a contraction-expansion cycle. By late winter, after months of this, a spring that seemed fine in October may be right at its breaking point. That's why so many of our emergency calls in Wakefield. and in neighboring towns like Reading and Stoneham. come in on a cold Thursday morning in March rather than during the first December snowfall.
Standard torsion springs are typically rated for 10,000 to 15,000 cycles, with one cycle being a single open-and-close. For an average household using the garage door twice a day. once out, once in. that works out to roughly 7 to 10 years. But that's under normal conditions. If your springs are older, or if they weren't sized correctly for the weight of your door when they were installed, you could be looking at a much shorter lifespan.
One thing we see regularly in Wakefield's older neighborhoods, particularly in the Greenwood area and around downtown where homes from the mid-20th century are common, is mismatched springs. A previous owner may have replaced one spring but not both, or installed springs that weren't properly rated for the door. When one spring is carrying more of the load, it wears out dramatically faster. and when it finally goes, the remaining spring often follows within weeks.
Springs rarely fail without giving some notice first. Here's what to watch for:
- The door feels unusually heavy when you try to lift it manually after pulling the emergency release cord. If you disconnect the opener and can barely budge the door, the springs are no longer doing their job. - Slow or uneven movement. one side of the door rising faster than the other, or the door stopping and starting mid-cycle. - Squeaking or grinding from the spring area, specifically from the horizontal bar above the door where the torsion spring sits. - A visible gap in the spring coil. this means it has already partially separated. - A loud bang from the garage, even if you weren't using the door. That's the sound of a spring snapping. It genuinely sounds like a car backfiring.
If your opener starts straining or reversing unexpectedly without obvious reason, that can also indicate the springs are failing and the opener motor is compensating. Don't ignore that. running a heavy door on a worn opener will burn out the motor.
You can learn more about related safety issues in our post on crush prevention systems and how modern safety features protect your family.
If you hear that bang and the door won't open, stop. Do not try to force it with the opener and do not try to lift it manually. A garage door without functioning springs weighs hundreds of pounds with nothing counterbalancing it. Forcing the opener can strip its gears or destroy the motor in one attempt. View our full list of services to understand what a professional spring replacement involves. it's not a job for a ladder and a YouTube video. The springs are under extreme tension even when the door is closed, and working on them without the proper winding bars and training is genuinely dangerous.
The most useful thing you can do before a spring fails is a simple manual balance test. Close the door, disconnect the opener using the red emergency release cord, and try to lift the door by hand to about waist height. Let go carefully. A properly balanced door should stay roughly in place. If it crashes down or shoots upward, the springs are out of balance and it's time for a professional inspection.
You should also lubricate the spring coils as part of your seasonal maintenance. a light coat of garage door,specific lubricant (not WD-40, which strips protective oils) helps prevent rust and keeps the metal slightly more pliable in the cold. Pair this with the rest of your seasonal prep by reading our guide on preparing your garage door for harsh New England winters.
If your springs are more than 7 years old, or if you've noticed any of the warning signs above, it's worth having them looked at before they fail on a cold morning when you're already running late. Reach out to schedule an inspection. Wakefield Garage Doors can assess the condition of your springs and tell you honestly whether they need replacement now or have time to run.
Q: Can I drive my car out if my garage door spring breaks? A: You shouldn't use the opener at all with a broken spring. it can destroy the motor in a single attempt. If the door is in the open position, you can manually pull the car out, but secure the door first so it doesn't slam down. If it's closed, call for service rather than forcing it.
Q: Do I need to replace both springs if only one breaks? A: Yes, in almost every case. If your door has two springs and one breaks, the other is typically at a similar point in its lifespan and will follow soon. Replacing both at the same time ensures balanced operation and saves you the cost and inconvenience of a second service call.
Q: How do I know if my springs were sized correctly for my door? A: The simplest check is the balance test described above. a well-sized spring system keeps the door in place when released at mid-height. If it doesn't, the springs may be undersized for the door's weight. A technician can verify this with a proper door weight assessment.