2026-03-17 6 min read
For most homeowners in Blodgett. and up the road in Philomath and Corvallis. the garage door spring is completely out of sight and out of mind right up until the moment it fails. Then everything stops. The door won't lift, the opener strains and shuts off, and if you're parked inside, you're not going anywhere.
The frustrating part is that springs almost always give warning before they break. You just have to know what you're looking at.
Torsion springs. the horizontal coils mounted above the door opening. are the workhorses of your garage door system. Their job is to counterbalance the full weight of the door, which typically runs between 150 and 300 pounds, so your opener motor only has to guide the movement rather than lift all that weight alone. When the spring system is healthy, the door feels nearly weightless. When it isn't, everything downstream suffers.
There are also extension springs, which run along the horizontal tracks on either side of the door. These are more common in older garage systems and in detached garages on rural properties. the kind you find on a lot of the farmsteads and older homes in this part of Benton County.
Either type follows the same basic rule: they're rated by cycles, not by years. One cycle equals one full open and close. A standard spring is rated for roughly 10,000 cycles, which translates to about seven to ten years for a household using the garage door two to four times a day. If your family treats the garage as the main entrance and exit. as most do out here. you could be burning through that cycle count faster than you think.
Disconnect the opener and try lifting the door manually to about waist height. It should stay put when you let go. If the door feels like dead weight going up, or if it drops back down when you release it, the springs are no longer doing their share of the work. This is the single most reliable DIY test you can perform, and it takes about 30 seconds.
Take a look at your torsion spring. the coil mounted horizontally above the door. In a healthy spring, the coils are tightly wound with no separation. A visible gap between coils means the spring has already snapped. Rust or discoloration is also worth taking seriously: moisture weakens the metal and makes the spring brittle and prone to sudden failure. Given how damp our winters get along the Coast Range, rust on garage door springs is genuinely more common here than in drier parts of Oregon.
A torsion spring breaking under full tension makes a sharp, sudden noise. often described as sounding like a gunshot or a car backfiring. If you ever hear a loud bang from the garage and find the door won't operate afterward, that's almost certainly what happened. Don't try to force the door. The spring has released all its stored energy, and the door is now effectively unsupported.
If your door looks lopsided as it opens. tilting left or right, moving in a jerky pattern rather than smoothly. one spring has likely weakened or failed while the other still has tension. This puts enormous sideways stress on the tracks, rollers, and cables. Left alone, it typically leads to a much more expensive repair than just replacing the springs.
If you notice the opener motor straining, making more noise than normal, or stopping partway through the lift cycle, the spring system is almost certainly the culprit. Openers aren't designed to lift the full weight of the door. they're designed to guide a door that's already counterbalanced. Forcing the motor to compensate for failing springs shortens its lifespan significantly and can burn out the motor entirely.
For a full picture of what's covered under a professional inspection, visit our services page.
This is worth saying plainly: if you live in the Blodgett area, or anywhere in the Coast Range foothills between the Willamette Valley and the coast, your garage door springs are operating in a high-moisture environment year-round. The persistent rain, fog, and humidity that make this part of Oregon beautiful also accelerate corrosion on metal components. A spring that might last nine or ten years in a dry climate may show rust and brittleness at six or seven years here.
That's not a reason to panic. it's a reason to check your springs at least once a year and take visible rust seriously rather than assuming it's cosmetic.
Garage door springs are under enormous tension. When a torsion spring is wound to full load, it stores significant mechanical energy. Released incorrectly. without the right winding bars, clamps, and technique. that energy can cause broken bones, facial injuries, or worse. A garage door without spring support can drop suddenly and unexpectedly, with nothing slowing its descent.
This isn't a disclaimer written to be cautious. It's the straightforward reality of what springs are doing inside your garage every time the door moves. Leave adjustment and replacement to trained technicians with the proper tools. When both springs need replacing at the same time. which is the standard recommendation, since a new spring paired with a nearly spent one creates a mismatched system. the job typically takes an hour to an hour and a half in professional hands.
If you're seeing any of the signs above, contact Blodgett Garage Doors before the spring fails completely. A planned repair is always less disruptive than an emergency one.
You can slow the wear process without touching the springs themselves. Applying a silicone-based lubricant to the spring coils two or three times a year displaces moisture and reduces friction during each cycle. Keep the area around the springs free of debris, and make sure your garage isn't pooling condensation. adequate ventilation goes a long way toward keeping humidity down and metal hardware in better condition.
For more on keeping all the moving parts of your door system in good shape, browse the rest of our garage door maintenance tips on the blog.
Torsion springs are the large horizontal coils mounted directly above the garage door opening, attached to a metal shaft. Extension springs run along the two horizontal tracks on either side of the door and stretch as the door closes. Both types do the same job. counterbalancing the door's weight. but they fail differently and require different replacement procedures.
Technically the opener may still attempt to run, but you should not use the door. With a broken spring, your opener motor is carrying the full weight of the door, which can burn out the motor and put stress on cables, tracks, and rollers. More importantly, a door without proper spring support can drop suddenly and become a serious hazard. Stop using it and call for service.
Yes. and this is standard industry practice, not upselling. If one spring has reached the end of its service life, the other is typically close behind. Replacing only the broken spring leaves you with a mismatched pair that creates uneven tension and often fails within months. Replacing both at once saves a second service call and keeps the door balanced correctly. Check our FAQ page for more common questions about spring replacement and costs.