2026-04-08 7 min read
Springs are the single most stressed component on any garage door. Every time you open and close your door, the springs absorb and release tremendous tension. Out here in Malott and the broader Okanogan Valley, that stress is compounded by something most online guides ignore: our climate puts springs through the wringer in ways that folks in milder parts of Washington never deal with.
Malott sits along the Okanogan River at about 837 feet of elevation, and the climate here is no joke. Winters regularly see lows in the teens and twenties, while summer temperatures push into the upper 80s and 90s. That's a swing of 70 degrees or more between seasons. and metal doesn't love that kind of thermal cycling.
Repeated freezing and thawing causes the steel coils in your springs to contract and expand constantly. Over time, this micro-stress accelerates metal fatigue. Add in the dust and grit that blows through the valley from the surrounding dryland terrain. especially during dry summers when winds pick up off the hillsides. and you've got conditions that wear springs down faster than average.
The agricultural character of the area matters too. Many Malott properties have large detached garages or shop buildings used for equipment storage, which means heavier doors and more daily cycles than a typical suburban home.
Before you can diagnose a problem, it helps to know what you're looking at.
Torsion springs run horizontally above the door opening, mounted on a metal shaft. These are the most common type on modern doors and are generally more durable. When they break, you'll usually hear a loud bang. almost like a gunshot. and the door will suddenly feel impossibly heavy or won't open at all.
Extension springs run along the sides of the door tracks, parallel to the ceiling. They're more common on older or lighter doors. When an extension spring snaps, the door often drops unevenly or jams in the tracks.
You don't always get the dramatic bang. Watch for these subtler warning signs:
- The door feels heavy when lifted manually. Disconnect the opener and try to lift the door by hand. A properly balanced door should hover at about waist height with minimal effort. If it drops or feels like you're lifting dead weight, the springs aren't doing their job. - Visible gaps in the coil. A broken torsion spring will show a clear separation. a gap in the coil where the metal has snapped. You can see this by looking directly at the spring above the door. - Uneven movement. If one side of the door rises faster than the other, one spring is likely weaker or already broken. This puts serious strain on the cables and opener. - Loud creaking or grinding. Springs that are dry, rusted, or fatigued often announce themselves before they snap. This is your window to act before you're stuck. - The opener strains but the door barely moves. Your opener is designed to assist the springs. not replace them. If it's working hard and barely lifting the door, the springs have likely lost tension.
For more on how your door's components work together, the complete bearing lubrication guide explains how spring tension and hardware wear are closely connected.
This comes up constantly, and the honest answer is: replace both. Most garage doors have two springs installed at the same time, so when one breaks, the second is typically at a similar point in its lifespan. Replacing just one spring saves money today but often means a second service call in a few months. plus the risk of the second spring snapping at an inconvenient time, like when your truck is parked inside.
High-quality springs are rated for around 10,000 to 20,000 cycles. If you're opening your garage twice a day, that works out to roughly 7 to 14 years. If your springs are original to a door that's been around for a decade or more, they're living on borrowed time regardless of whether they've broken yet.
This is one of the few garage door repairs where the DIY answer is a hard no. Torsion springs are under extreme tension. enough to cause serious injury if they release unexpectedly. Proper replacement requires winding bars, a solid understanding of spring sizing (every door has different weight requirements), and experience handling the tension safely.
Getting the wrong spring installed doesn't just risk injury. it can destroy your opener motor by forcing it to work against an improperly tensioned door. That turns a spring replacement into a much bigger bill.
If you're in Malott, Omak, or anywhere in the Okanogan Valley and suspect your springs are failing, the safest move is to stop using the opener and schedule a service call before the spring snaps completely.
In Okanogan County, spring replacement typically runs somewhere in the range of $140 to $390 depending on the door size, spring type, and whether both springs are being replaced. That range reflects the difference between a basic single-door extension spring job and a full torsion spring replacement on a heavy two-car door.
The most cost-effective approach is always to have a tech assess the whole system at the same time. A spring replacement visit is a natural opportunity to check cables, rollers, and the opener's settings. things that often get ignored until they cause a bigger problem. You can get a better sense of what to expect by reviewing our repair cost breakdown.
For a full picture of what Malott Garage Doors offers in your area, take a look at the services page.
A broken spring usually means a visible gap in the coil (for torsion springs) or a snapped cable on one side (for extension springs). A worn spring may not show visible damage but will cause the door to feel heavy, move unevenly, or make the opener work noticeably harder. Either condition warrants professional attention.
Technically you can engage the emergency release and lift the door manually, but it will be extremely heavy and difficult to hold open safely. Using the electric opener with a broken spring puts serious strain on the motor and can damage it. It's best to leave the door closed and call for repair.
For most residential doors, a professional spring replacement takes one to two hours. If the tech finds additional worn hardware. cables, rollers, or bearings. that adds some time, but most jobs are completed in a single visit.