2026-03-19 6 min read
Most homeowners in Wedderburn don't think much about their garage door springs. right up until the moment the door stops working. It usually happens on a Tuesday morning when you're already running late. The opener whirs, nothing moves, and suddenly you're looking up "what's wrong with my garage door" on your phone in the driveway.
Springs are the single most failure-prone component in any garage door system. And in a coastal environment like ours. where humidity rarely drops below 75% and salt air drifts in off the Pacific year-round. they wear out faster than the cycle ratings on the box suggest. Understanding what springs actually do, and knowing the warning signs, can save you from that Tuesday morning scenario.
Your garage door typically weighs between 150 and 400 pounds. The springs counterbalance that weight, storing energy when the door closes and releasing it to help lift the door when you open it. Without functioning springs, the opener motor would be trying to lift the full dead weight of the door. something it's not designed to do. That's why a broken spring usually means the door won't budge at all, even with the opener running.
There are two main types:
- Torsion springs. mounted horizontally above the door opening on a steel shaft. These are more common on newer and heavier doors, and they typically last around 15,000,20,000 cycles. - Extension springs. mounted along the sides of the door, running parallel to the horizontal tracks. These are common on older one-car garages, including many of the midcentury ranch-style homes throughout Wedderburn and the surrounding Port Orford area. They generally last around 10,000 cycles and require more frequent maintenance.
For a family that opens and closes the garage door four times a day, 10,000 cycles works out to roughly seven years. In a high-humidity coastal environment, real-world lifespan is often shorter.
The good news is that springs rarely fail without giving some warning first. Here's what to watch and listen for:
Disconnect your opener and try lifting the door manually to waist height, then let go. A properly balanced door should stay put. hovering right where you left it. If it falls back down or feels like you're lifting dead weight, your springs are losing tension and may be close to failure.
If your door sags on one side during opening, shudders, or moves in a herky-jerky pattern, one spring may have weakened or broken while the other is still holding. This puts enormous stress on the tracks, opener, and cables. Don't keep running the door in this condition.
A broken torsion spring often announces itself with a noise that sounds like a gunshot inside the garage. If you hear a sudden loud bang and your door stops working, that's almost certainly what happened. At that point, stop using the opener immediately. running it against a door without functional springs can burn out the motor.
Take a visual look at your springs occasionally. A gap in the coil. where the metal has clearly separated. means the spring has broken. Visible rust or surface corrosion that's worked into the coils is a sign that the metal has been weakened and failure isn't far off. This is especially common in Wedderburn, where the combination of salt air and high humidity accelerates surface oxidation on metal components.
If your opener sounds like it's working harder than normal, running slower, or the door moves sluggishly even though nothing is visibly wrong, weakening springs are a common culprit. The opener is fighting more resistance than it was designed for. Left unaddressed, this leads to premature opener failure on top of the spring problem.
For context on what normal opener behavior looks like and when to adjust settings, our guide on limit switch adjustment covers related opener behavior that's worth understanding.
Oregon's wet winters, with constant moisture exposure and temperatures that hover between the mid-30s and low-50s from November through February, promote rust and corrosion on metal components. This is true throughout Curry County. from Bandon down through Wedderburn to Brookings. but homes right along the coast or near the Rogue River estuary get the highest exposure.
Salt air accelerates oxidation in spring coils in the same way it attacks any other steel hardware on your property. The rust doesn't just look bad. it weakens the metal structure of the coil itself, meaning a spring that looks like it has years left may snap well before it hits its rated cycle count. Applying a silicone-based lubricant to your springs every three months helps create a barrier against moisture and extends their working life.
Here's the honest part: garage door spring replacement is not a DIY job. Springs are under enormous tension. enough that when one snaps, it can cause serious injury or damage. Replacing them requires specific tools, precise measurements, and an understanding of how to safely release and reset tension. Even experienced DIYers get hurt attempting this.
What you *can* safely do yourself: - Visually inspect springs from a safe distance for gaps, rust, or visible damage, Perform the balance test by disconnecting the opener and lifting the door to waist height, Listen for unusual sounds during normal operation, Apply lubricant to springs as part of your regular maintenance routine
What requires a professional: - Any actual spring replacement or tension adjustment, Situations where a spring has already broken, Anything involving cables, as they work in conjunction with the springs under similar tension
If you're seeing any of the warning signs above, the right move is to schedule a service call before the spring fails completely. A proactive replacement is far less disruptive. and less expensive. than an emergency repair when your car is stuck inside.
Garage Door Wedderburn serves the Wedderburn area and surrounding communities and understands the specific wear patterns that come with living on the Oregon coast. See our full service area coverage if you're unsure whether we cover your location.
Q: How do I know if I have torsion or extension springs? A: Look above and to the sides of your garage door when it's closed. If you see a single horizontal spring mounted on a metal rod directly above the door opening, those are torsion springs. If you see springs running along the horizontal tracks on each side of the door, those are extension springs. Many older single-car garages in Wedderburn use extension springs.
Q: Can I still use my garage door if one spring is broken? A: Technically the door might move slightly, but you shouldn't operate it. Running the opener against a door with a broken spring can burn out the motor and cause the door to come down unevenly and hard. If you need to get your car out in an emergency, it takes at least two strong adults to lift the door manually. and you should have the spring replaced the same day.
Q: Should I replace both springs even if only one broke? A: Yes, in almost every case. Both springs are typically installed at the same time and experience the same wear. If one has failed, the other is likely close behind. Replacing both at once avoids a second service call in the near future and ensures the door operates in balance.