2026-04-11 7 min read
If you've lived in University Place for a few winters, you already know the drill: long gray stretches from October through April, steady rain, and temperatures that bounce between the upper 30s at night and the mid-50s by afternoon. That kind of weather is beautiful in its own way. especially from the west-side neighborhoods with their Puget Sound views. but it's genuinely rough on garage door hardware.
Springs are the most stress-tested part of your entire garage door system, and they're also the component most homeowners never think about until something goes wrong.
University Place sits in a temperate oceanic climate, and the town receives roughly 40 inches of precipitation annually, with the bulk of it falling between October and April. Those aren't dramatic downpours. they're the persistent, low-grade drizzles that keep everything damp for weeks at a time.
For garage door springs, that moisture matters. When humidity and condensation settle onto metal coils day after day, rust begins forming on the spring surface. And in University Place's winters, it's not just moisture. it's the temperature swings too. Mornings can start near freezing and climb into the mid-50s by afternoon. That daily expand-and-contract cycle puts cumulative stress on the metal, creating microscopic fractures that compound over hundreds of cycles. The Pacific Northwest's moderate but highly variable temperatures accelerate metal fatigue faster than consistently cold or warm climates do.
The result: springs that might last 10,000 cycles in a dry climate often show signs of wear sooner here in Pierce County.
Most springs don't fail without warning. Here's what to watch for:
A properly balanced garage door should feel like around 10,15 pounds when you lift it manually. If yours feels like you're lifting a refrigerator, the springs are losing tension. Weakening springs can no longer store and release energy efficiently, and your opener ends up compensating. which wears out the motor over time.
Stand back and look at your torsion spring (the horizontal bar mounted above the door). Healthy coils sit tightly together. If you can see visible gaps or separation between coils, the spring metal is stretching beyond its designed capacity. That's a spring close to failure.
Healthy springs hold a consistent dark color. Orange-brown discoloration along the coils is rust working its way in. common in coastal areas like ours near Puget Sound, where moisture in the air accelerates corrosion. Lubrication with a lithium-based lubricant once or twice a year can slow this significantly. Homeowners in coastal regions often need to lubricate more frequently due to moisture in the air.
If you hear a sharp bang. like a gunshot from inside the garage. your spring has likely snapped. Stop using the door immediately. Operating a door with a broken spring puts extreme strain on the opener motor and can damage the tracks, cables, and rollers. What started as a spring replacement can spiral into a much more expensive repair.
If your opener sounds labored, or the door hesitates and reverses, it may be because the spring is no longer doing its share of the lifting. The opener was designed to work *with* the springs. not instead of them.
For a broader look at what leads homeowners toward bigger decisions, our post on repair versus replacement for University Place homeowners walks through when it makes sense to fix versus start fresh.
Torsion springs mount horizontally above the door opening. They wind and unwind as the door moves, storing energy in the coil. They last longer and provide smoother operation. Most professional installers recommend them for this reason.
Extension springs run alongside the horizontal tracks on each side. They stretch when the door closes and contract when it opens. They're less expensive but have a shorter service life and require safety cables to prevent them from becoming projectiles if they snap.
If your home was built in the 1950s through 1970s. common in neighborhoods like Chambers Creek Crossing and Meadow Park. there's a real chance you still have the original extension spring system. If it hasn't been replaced in 10+ years, it's worth having a professional take a look.
Expect to pay roughly $350 to $750 for a single spring or $500 to $1,500 for a pair, depending on spring type, door size, and the quality of parts used. Budget springs typically carry 5,000,10,000 cycle ratings, while premium springs can be rated for 25,000,50,000+ cycles. The cost difference in parts is modest, but the long-term value is significant. especially if you're planning to stay in your home.
Emergency service will always cost more. A spring that snaps on a cold Saturday morning. when your car is stuck inside. typically carries a premium over a scheduled repair call. Scheduling a proactive inspection in fall is almost always the more economical move.
Garage door springs operate under enormous tension. enough to lift a 250-pound door thousands of times. Mishandling a spring can result in serious injury. Professionals use calibrated winding bars, proper safety equipment, and have experience spotting wear patterns before failure. The small savings from a DIY attempt are simply not worth the risk.
Garage Door University Place recommends having your springs inspected as part of an annual maintenance visit, especially heading into fall before the wet season hits. If it's been more than seven years since your last replacement, it's worth a professional look even if the door seems fine right now.
Check out our full list of services to see what a spring inspection and tune-up includes, or get in touch to schedule an appointment before the next long, wet U.P. winter gets ahead of you.
How long do garage door springs typically last in University Place? Most standard springs are rated for around 10,000 open/close cycles, which translates to roughly 7,12 years for the average household. In University Place's moist, temperature-variable climate, springs near the lower end of that range are worth monitoring more closely. especially if you're seeing rust or the door feels heavier than usual.
Can I keep using my garage door with a broken spring? No. Operating a door with a broken spring puts all the load on your opener motor, which can burn it out quickly. It also stresses the cables and tracks. Once a spring breaks, stop using the door and call a professional.
Should I replace both springs at the same time? If you have a two-spring system and one breaks, it's almost always worth replacing both. The second spring has the same mileage on it and will likely fail soon after the first. Replacing both at once saves you a second service call and keeps the door balanced properly.