2026-03-17 7 min read
If you've ever walked into your garage on a cold January morning and found your door dead in the water — not budging an inch — there's a solid chance a torsion spring let go overnight. It's one of the most common calls we get out here in Peshastin, and it's no coincidence it happens most often in the dead of winter.
Peshastin sits in a high-desert valley carved by the Wenatchee River, and our winters are no joke. Temperatures regularly plunge into the teens and lower, with December and January averaging highs that barely crack the freezing mark. That kind of cold is genuinely punishing on metal components — particularly torsion springs, which are already under extreme tension just doing their normal job.
Here's the physics: steel becomes more brittle as temperatures drop. A spring that's been cycling through thousands of open-and-close operations during milder months is already accumulating fatigue. Add a hard freeze overnight and that marginally weakened spring can snap without warning when you hit the opener button the next morning. Unlike our neighbors over in Leavenworth or Cashmere who see similar cold, Peshastin sits in a valley that can trap cold air and experience sharp overnight temperature swings — that thermal stress accelerates wear faster than you might expect.
Most standard torsion springs are rated for around 10,000 cycles. If you open and close your garage door four times a day — a reasonable estimate for a working household — you're burning through roughly 1,500 cycles per year. That puts you at a replacement point somewhere around year six or seven under normal conditions. Cold, dry winters and rapid temperature swings can shorten that window considerably.
Springs rarely fail completely without giving a few hints first. Watch for these:
- The door hesitates or feels heavy when opening manually. Disconnect your opener and try lifting by hand — a properly balanced door should stay put at waist height without support. If it drops, the springs are losing tension. - A loud bang from the garage — often described as a gunshot sound — usually means a spring just snapped. Check before assuming it's something else. - The door opens unevenly, with one side lagging behind the other. This suggests one spring in a two-spring system has failed. - Visible gaps or separation in the spring coil itself. If you can see daylight between coils where there wasn't before, the spring is stretched past its service life. - Squeaking or grinding during operation can also signal a spring that's rusting or losing lubrication — a condition worth addressing before it progresses.
For more on recognizing opener-related symptoms that can be confused with spring issues, our guide on limit switch problems is worth a look.
Most homes in Peshastin built after the mid-1980s use torsion springs — a single or double coil mounted horizontally above the door opening on a metal shaft. Older homes, particularly the ranches and mobile-style properties common along Highway 97 and the valley floor, sometimes still have extension springs — the long coils that run parallel to the horizontal tracks on each side.
Both types can and do fail in cold weather. With extension springs, you also need to check the safety cables running through them — these are what contain the spring if it snaps, and a missing or frayed cable is a serious hazard.
This one gets said a lot, but it's worth repeating plainly: garage door springs are under enormous tension. A torsion spring stores enough energy to cause severe injury if it releases suddenly without proper tools and technique. Professional technicians use winding bars and follow a specific sequence to safely load and unload that tension. Hardware store tutorials make this look more approachable than it is. Our services page covers what a full spring inspection and replacement involves if you want a clearer picture of the process.
Beyond safety, there's also the matter of sizing. Installing the wrong spring — even by a small margin in terms of wire diameter or winding count — throws off the door's balance, puts strain on the opener motor, and shortens the life of every other component in the system.
If your springs are still intact but you know they're aging, here's what's practical:
1. Lubricate the springs with a garage-door-specific lubricant (not WD-40) in late fall before the cold sets in. This reduces friction and slows corrosion — two of the main contributors to premature failure. 2. Test your door's balance by disconnecting the opener and lifting manually to about waist height. A balanced door stays put. One that falls needs attention. 3. Look for rust. Surface rust on the coils signals moisture has been working on the metal. A little can be slowed with lubricant; heavy rust means the spring needs replacement sooner rather than later. 4. Don't ignore a door that's suddenly slower or sounds different. Changes in how your door operates are usually early warnings, not quirks to live with.
If your springs are getting into that 7–10 year range and you haven't had them inspected, schedule a tune-up before next winter rather than waiting for a failure on a 15°F morning.
Technically the door can sometimes still move with a broken spring, but the opener motor is carrying the full weight of the door — often several hundred pounds — without any assistance. Running it this way can burn out the motor quickly and risks the door dropping suddenly. It's best to leave the door closed and call for service.
A straightforward torsion spring replacement on a standard residential door typically takes under an hour for an experienced technician. If cables or other hardware also need attention, plan for a bit more time.
Generally yes. If one spring has reached the end of its service life, the other is usually close behind — they were installed at the same time and have the same number of cycles on them. Replacing both now saves you a second service call in the near future.