2026-03-27 7 min read
If you've ever walked into your garage on a January morning in Madison and found the door sitting dead at the bottom of the track, there's a good chance a torsion spring let go overnight. It's one of the most common calls Madison Garage Doors receives between December and late March. and it almost never feels like a surprise once you understand why it happens.
Madison, NH sits in the foothills of the White Mountains, and the temperature swings here are no joke. The thermometer can drop to single digits overnight and recover into the mid-30s or 40s by afternoon. then do it all over again the next day. That constant cycle is the real enemy of your garage door springs.
Torsion springs are made of tightly wound hardened steel, and steel contracts when it gets cold. As temperatures drop, the coils tighten and the metal becomes more brittle and less flexible. When your door starts moving under that added tension, the spring is being asked to perform at the worst possible moment. According to industry data, temperatures below freezing can significantly reduce the lifespan of aging springs, especially if they're already weakened from years of use.
With Madison averaging around 78 inches of snowfall per year, your garage door also gets used a lot more in winter. multiple times a day as residents head out for skiing at King Pine or the commute up to North Conway. Every extra cycle adds to the fatigue.
It's not just sustained cold that causes failures. The back-and-forth is what breaks springs down. Each morning, the metal contracts. Each afternoon, it expands. That daily cycling repeats throughout winter, and every cycle weakens the molecular structure of your springs. Think of it like bending a paperclip back and forth. the first few bends do no visible damage, but each one creates microscopic cracks in the metal that accumulate over time.
By late February and March. right when you think winter is almost over. springs that have quietly been accumulating micro-damage all season finally reach their breaking point. This is exactly why so many emergency spring calls happen in the final weeks of winter, not the coldest ones.
Springs rarely fail completely without giving you some notice first. Here's what to look and listen for:
- The door feels unusually heavy when you lift it manually. a sign the spring has lost tension - Jerky, uneven movement as the door opens, or it stops partway up - Creaking, popping, or squeaking sounds during operation. these indicate metal stress at the coil level - A visible gap in the spring coil. a clear sign one section has separated - The opener straining or humming more loudly than usual
If you notice any of these, don't ignore them. A fully broken spring means a door that won't open. or worse, one that drops unexpectedly. A typical residential garage door weighs anywhere from 200 to 300 pounds, and without a functional spring to counterbalance it, that weight becomes genuinely dangerous.
Do: Apply a silicone-based lubricant to your springs a couple of times per year, especially before winter. Cold weather causes lubricants to thicken and dry out faster, which increases friction and puts extra strain on the coils. Avoid WD-40. it's a solvent, not a lubricant, and it can cause problems in cold weather.
Do: Schedule a professional inspection in the fall. This is the right time to catch springs that are approaching the end of their cycle life. Most standard torsion springs are rated for around 10,000 cycles. If you've lived in your home for seven or more years and haven't replaced them, they may be close to that limit. You can learn more about general opener and hardware health in our complete opener troubleshooting guide.
Don't: Try to replace springs yourself. Torsion springs store significant torque. enough to cause serious injury if the spring releases unexpectedly during installation. This is one repair that genuinely requires a professional with the proper tools and training. Check out our services page to see what a full spring inspection and replacement involves.
If your springs do need replacement, it doesn't have to mean installing the same low-cycle product that came with your door. High-cycle springs are typically rated for 20,000 to 30,000 cycles or more. effectively doubling or tripling the usable lifespan in many homes. For a place like Madison, where winters are long and garage doors get heavy use, that upgrade often makes financial sense. Powder-coated or galvanized springs also offer better resistance to the moisture that comes with our freeze-thaw cycles.
For homes in the Eidelweiss Village district or out near Silver Lake. many of which are vacation properties used heavily during ski season and then left dormant. it's especially worth asking about high-cycle options when scheduling a replacement. Intermittent but intense use patterns can accelerate wear in ways that aren't always obvious.
If you have questions about timing, costs, or what type of spring is right for your door, our FAQ page covers many of the most common questions we hear.
Q: How do I know if my garage door spring is broken vs. just worn out? A: A fully broken torsion spring will usually show a visible gap in the coil, and the door will feel extremely heavy or refuse to open at all. A worn spring may still function but will show warning signs like uneven movement, unusual noise, or a door that feels heavier than it used to. Either condition warrants a professional inspection.
Q: Can I still open my garage door if the spring breaks? A: Technically yes, using the emergency release. but it's not recommended. Without the spring counterbalancing the door's weight, you're manually handling 200+ pounds of door. This is a safety risk and can also damage the opener. If your spring has broken, disconnect the opener and call for service rather than forcing operation.
Q: How often should garage door springs be inspected in a cold climate like Madison? A: At minimum, once a year. ideally in the fall before temperatures drop. If your springs are more than five to seven years old, or if your door gets heavy daily use, twice-yearly inspections are a worthwhile investment in a climate with winters like ours.