2026-03-29 7 min read
If you've ever pressed your garage door button on a January morning and heard a loud bang. or nothing at all. you already know what a broken spring feels like. It's one of the most common calls we get here in Ashland, and it's no coincidence that most of them happen between December and March.
Ashland sits in the MetroWest region of Massachusetts, and the climate here is no joke. With a humid continental climate featuring freezing winters and heavy snowfall, temperatures regularly plunge to the low 20s°F overnight and can swing 20,30 degrees within a single day. That kind of temperature whiplash is exactly what breaks garage door springs.
Garage door springs are made of tightly wound steel. and steel becomes more brittle in cold temperatures. When the temperature drops, metal contracts and stiffens. If your springs are already mid-life or beyond, that added brittleness is often enough to push them over the edge.
Here's the compounding problem: Ashland doesn't just get cold. it goes through repeated freeze-thaw cycles all winter long. Every time temperatures drop and rebound, the metal in your springs contracts and expands. Each cycle creates microscopic cracks in the steel coils. By February or March, what looked like a healthy spring in November can be hanging by a thread.
It's also worth noting that standard torsion springs are typically rated for about 10,000 cycles. one cycle being a single open-and-close. For a family that uses the garage as the main entry point (which is most homes in subdivisions like Wildwood Estates or Liberty Estates), that cycle count adds up fast.
Most homeowners assume springs fail in the peak of January cold. Actually, February and March are the highest-risk months. By that point, your springs have endured months of accumulated stress. The microfractures have multiplied. Then one cold morning, you press the button and hear that gunshot-like crack from inside the garage.
Neighbors in Framingham and Natick deal with the same issue. the entire MetroWest corridor gets hammered by nor'easters and extended cold snaps that accelerate spring wear across the region.
Springs rarely fail without warning. Here's what to watch for:
- A door that moves slower than usual or hesitates when opening - Squeaking, popping, or creaking sounds during operation. these often signal stress from freeze-thaw damage - Jerky or uneven movement, especially if one side of the door sags lower than the other - The opener straining. humming louder than normal or the motor running without the door moving - A visible gap in the torsion spring above the door opening
If you're noticing any of these, don't wait. A spring that's struggling in March is not going to make it to spring. Check our frequently asked questions for more on what to expect from a spring inspection.
When a spring snaps, the opener suddenly bears the full weight of the door. which can be 150 to 300 pounds depending on the material and size. Operating the door in that condition can destroy the opener motor and, in a worst case, cause the door to fall. Do not attempt to operate the door manually or with the opener if you suspect a broken spring.
Spring replacement is also not a DIY job. The springs store enormous amounts of tension. Releasing that tension without the right tools and training can cause serious injury. This is one of those situations where calling a professional isn't optional. it's genuinely dangerous to skip.
You can't stop physics, but you can slow it down. Here are practical steps Ashland homeowners can take:
1. Lubricate springs every fall and mid-winter. Use a silicone-based or lithium-based spray lubricant. not WD-40. Good lubrication helps prevent the metal from becoming brittle and wards off rust caused by Ashland's damp garage environments in winter.
2. Insulate your garage. Keeping your garage even a few degrees above freezing significantly reduces the effects of metal contraction on your springs. An insulated door helps stabilize garage temperature and reduces the severity of each freeze-thaw cycle your springs endure.
3. Get a pre-winter inspection. A technician can spot micro-fractures, uneven tension, and corrosion that you can't see with the naked eye. The services we offer include a full spring and hardware check that takes less than an hour.
4. Ask about high-cycle springs. If your home was built in the 1980s or 1990s. which covers a lot of Ashland's Cape Cods and split-levels. there's a good chance you still have builder-grade springs rated for 10,000 cycles. Upgrading to high-cycle springs (rated 25,000+ cycles) is a meaningful long-term investment, especially for households that use the garage as the primary entry point.
5. Replace both springs at once. If one spring breaks, the other is the same age and has the same wear. Replace them together. otherwise you'll likely be calling again within months.
Under ideal conditions, standard torsion springs are rated for around 10,000 cycles, which translates to roughly 7,10 years for average use. In Ashland's climate. with cold winters, high humidity, and repeated freeze-thaw cycles. springs toward the lower end of that range are common. High-cycle springs can extend that significantly.
If you're noticing warning signs like slow movement, unusual sounds, or a sagging door, use the door as little as possible and schedule an inspection right away. If you hear a loud bang and the door won't open or feels extremely heavy, stop operating it entirely and call a professional. Forcing a door with a broken spring can destroy the opener and create a safety hazard.
No. and this is one area where we're completely straightforward with homeowners. Garage door springs operate under extreme tension. Improper handling can result in the spring releasing violently, causing serious injury or property damage. Spring replacement requires specialized tools and training. Leave this one to a licensed technician.