2026-04-08 7 min read
If you've ever walked into your garage on a cold Steilacoom morning and hit the opener button only to hear a loud bang followed by silence, you've probably experienced a broken torsion spring. It's one of the most common. and most startling. garage door failures homeowners in this area deal with. And given how much rain and temperature cycling we get here in Pierce County, it happens more often than you'd think.
Steilacoom sits along the South Basin of Puget Sound, and that location comes with a specific climate that's hard on garage hardware. Winters bring cold, damp air with temperatures regularly dipping into the mid-30s, and the town sees rain on a significant portion of days throughout the year. That constant moisture, combined with temperature swings between freezing nights and milder afternoons, accelerates metal fatigue in springs far faster than in drier climates. If your home is one of the older Craftsman or Victorian-era properties near the historic district. or even one of the mid-century ramblers on the hillside. chances are your springs haven't been looked at in years.
Most residential garage doors use one of two spring systems. Torsion springs sit horizontally above the door opening and use torque to counterbalance the door's weight. Extension springs run along the horizontal tracks on either side of the door and stretch as the door closes. Both types work by storing mechanical energy. and that stored energy is what makes them dangerous when they fail.
The springs do the heavy lifting so your opener motor doesn't have to. A typical garage door weighs between 130 and 400 pounds depending on material and insulation. Without properly tensioned springs, the opener is essentially trying to deadlift that weight every time you open the door. and it won't last long trying to do that.
You don't always get the dramatic bang. Sometimes springs fail gradually, and you can catch the warning signs before you're left with a door that won't budge. Here's what to look for:
Try disconnecting the opener and lifting the door manually. A properly balanced door should stay open at about waist height on its own. If it crashes down or feels like you're lifting deadweight, your springs are losing tension.
A broken torsion spring will often have a visible gap in the coil. Look up at the spring above the door. if you see a separation of an inch or more, the spring is broken.
If one side of the door rises faster than the other, you may have uneven spring tension. a common issue when one spring breaks in a two-spring system while the other remains intact.
Modern openers have safety sensors that detect resistance. If your opener strains, slows noticeably, or auto-reverses on the way up, a weakened spring is often the culprit. Before you assume it's the opener itself, check the springs. You can also read more about related symptoms in our post on warning signs your garage door needs professional repair.
Here's the honest answer: torsion spring replacement typically runs between $200 and $500 for a single spring, including parts and labor, though a two-spring system on a heavier double-wide door can push that higher. Extension springs are generally more affordable but have a shorter lifespan and can be more hazardous when they snap because they're not contained on a rod.
A few cost factors specific to this area worth knowing:
- Door weight matters. Many homes in the Steilacoom Historic District have older, heavier wood or composite doors. These require larger, higher-tension springs. which cost more. - Spring quality varies. Cheaper springs are rated for around 10,000 cycles. Higher-quality springs go to 25,000,30,000 cycles. Given how often a garage door gets used, the better spring usually pays for itself. - Replace both at the same time. If one spring breaks on a two-spring system, the other is likely near the end of its life too. Replacing both in one visit saves a second service call. and a second failure.
For a full look at what's included in a professional service visit, head over to our services page.
There's a lot of DIY content online about garage door spring replacement, and technically, it's possible for a mechanically inclined homeowner to do it. But the risk is real. Torsion springs are under extreme tension. enough to cause serious injury if they slip during winding. Extension springs, while less powerful, can whip violently if mishandled.
This isn't a repair like replacing a light switch. Professional technicians carry the right winding bars, wear eye protection, and know exactly how many turns each spring needs based on door weight and height. Unless you have genuine mechanical experience with tensioned systems, this one is worth paying for.
Garage Door Steilacoom handles spring replacements throughout the area, including neighboring Lakewood and DuPont. If you're not sure whether your springs are the problem, a quick inspection can usually sort it out before the door stops working entirely.
Most residential springs are rated for around 10,000 cycles. If you use your garage door four times a day (two cars, in and out), that's roughly 1,460 cycles per year. meaning a standard spring has about a 7-year lifespan under typical use. Higher-cycle springs last considerably longer and are worth the upfront investment, especially for households that use the garage as the primary entry point to the home.
Want to schedule an inspection or just ask a question before committing to a repair? Reach out to our team. no pressure, just straight answers.
Q: Can I still use my garage door if a spring is broken? A: Technically you can operate some doors manually with a broken spring, but it's extremely heavy and puts serious strain on your opener motor. Operating the door in this condition can damage the opener, the cables, and even the door itself. It's best to leave it closed and call a pro the same day.
Q: How do I know if I have torsion or extension springs? A: Look above the door when it's closed. If you see a horizontal spring running along a metal rod centered above the door, that's a torsion spring. If you see springs running horizontally along the side tracks, those are extension springs. Most newer homes use torsion systems.
Q: Should I replace both springs even if only one broke? A: Yes, almost always. Both springs have the same usage history, so when one goes, the other typically isn't far behind. Replacing both at once saves you from a second service call within months. and a second breakdown, often at an inconvenient time.