2026-04-04 6 min read
Here's a scenario that happens more often than people expect: it's a weekday morning, you hit the opener button, and instead of the door gliding up, you hear a loud bang from the garage. like something snapped or fell. You try again. The opener runs, but the door barely moves. Your car is stuck inside, and you've got somewhere to be.
That's a broken garage door spring. And while it feels sudden, the signs of failure were almost certainly there beforehand. most homeowners just didn't know what to look for. If your home is part of Gibsonville's newer construction boom in subdivisions like Stone Ridge or the Edinborough area, or you're in an older craftsman-style home near downtown, your garage door likely gets used four or more times a day. That's a lot of wear on a component most people never think about until it fails.
Torsion springs. the tightly coiled steel cylinders mounted on the horizontal bar above your garage door. are responsible for counterbalancing the full weight of the door. A standard residential garage door weighs between 150 and 300 pounds. Without a functioning spring doing that work, your opener motor cannot safely lift the door on its own, and the door becomes dead weight. Springs are rated by cycles: most standard springs are rated for around 10,000 cycles, where one cycle equals one full open-and-close. If your household uses the garage door four times a day, that's roughly seven years before the spring reaches its rated limit. Use it more frequently. as many families in Gibsonville do when it's the primary entry point to the house. and that timeline shortens.
The moisture and temperature swings in Alamance County don't help either. Winters here can bring overnight lows in the 30s, and then swing into the high 80s by mid-summer. That kind of thermal cycling stresses metal components over time, and humidity accelerates rust formation on the spring coils. which makes them more brittle and prone to snapping. Learn more about how our local climate affects your entire door system and what you can do year-round.
None of these signs should be brushed off. Each one indicates the spring is past its peak and working on borrowed time.
Disconnect your automatic opener by pulling the red emergency release cord, then try lifting the door manually. A properly balanced door should feel almost weightless. the spring is doing the heavy lifting. If it feels like you're lifting the door's full weight, the spring has likely lost tension or is partially broken. That's not a door you should keep operating.
If one side of your garage door rises faster than the other, or the door looks lopsided as it opens, that's a strong sign one spring has failed while the other is still functioning. The uneven load doesn't just make the door hard to use. it puts enormous stress on the cables, tracks, and opener, potentially causing secondary damage that turns a spring repair into a much more expensive job.
Some noise from a garage door is normal, especially if it needs lubrication. But sustained squeaking or grinding sounds during operation can indicate the spring is rusting or losing tension. A sudden, sharp bang. often compared to a gunshot. typically means the spring has snapped under tension. If you hear that noise, stop using the door immediately. Contact a professional before attempting to operate it manually or with the opener.
Take a look at the torsion spring above the door when it's closed. If you see a visible gap of an inch or more in the coil, that spring is broken. A healthy spring has tightly wound coils with no separation. A gap means the metal has fractured and the spring is no longer providing any support.
Garage door openers are not designed to lift the full weight of the door. they're designed to assist the springs in moving a balanced door. When a spring fails, the opener tries to compensate, and you'll notice it struggling, running longer than usual, or stopping before the door reaches full open. Continuing to use the opener in this state can burn out the motor and strip internal gears, adding significant cost to what should have been a straightforward spring replacement. See our full list of garage door services to understand what a spring replacement involves.
This is one of the clearest cases in home repair where DIY creates genuine danger. Torsion springs store a significant amount of mechanical energy. enough that when they release unexpectedly, they can cause broken bones, facial injuries, or worse. Proper replacement requires specific winding bars, knowledge of the correct spring size and tension rating for your door's weight, and experience handling components that can release violently if something goes wrong. Even experienced DIYers get hurt attempting this repair. It's simply not worth it.
Garage Door Gibsonville handles spring replacements throughout Gibsonville and nearby cities including Graham and Mebane. When both springs are replaced at the same time. which is the right approach, since they wear at the same rate. and matched correctly to the door's weight, you can expect the new springs to perform reliably for years. If you're interested in upgrading to high-cycle springs that are rated for 20,000 or more cycles, that's worth discussing at the time of replacement, especially for households that use the garage as a primary entrance.
For anything related to spring repair or replacement, check our frequently asked questions or get in touch directly. we'll tell you honestly what your door needs.
Torsion springs are the tightly coiled cylinders mounted horizontally on a metal bar directly above the garage door opening. Extension springs run along the horizontal tracks on either side of the door and stretch as the door closes. Most homes built in the last 20 years in the Gibsonville area use torsion springs, but older homes may still have extension springs.
Yes. and this is important. When one spring fails, the other has typically reached a similar point in its wear cycle. Replacing only the broken spring means the remaining one is likely to fail in a matter of months, putting you right back in the same situation. Replacing both at the same time ensures balanced operation and saves you the cost of a second service call.
Not necessarily. A door can still move with a broken or nearly failed spring if the opener is compensating, but every cycle in that condition is adding stress to the motor, cables, and tracks. The half-open door test. disconnect the opener, raise the door manually to waist height, and release it. is the most reliable check. If it drops or rises on its own, the spring system is out of balance and needs professional attention.