2026-03-28 6 min read
Most homeowners in Deming don't think about their garage door springs until one breaks. That's completely understandable. springs are hidden components that do their job silently, cycling up and down every time you pull in or out of the garage. But when a spring fails, the results are immediate and hard to ignore: a door that won't open, a car that won't move, and potentially a safety hazard for anyone nearby.
The good news is that springs rarely fail without warning. There are signs. some obvious, some subtle. that tell you trouble is coming. Learning to read them can save you from an emergency service call and, more importantly, from a dangerous situation.
Deming sits in a climate that is particularly demanding on garage door hardware. The area receives nearly 49 inches of precipitation annually, and temperatures cycle through freezing and thawing from November well into April. That combination. persistent moisture and repeated freeze-thaw cycles. accelerates corrosion on spring coils and causes metal fatigue faster than it would in a drier region.
Most residential garage door springs are rated for around 10,000 open-and-close cycles, which translates to roughly seven to ten years of typical use. In the Pacific Northwest, corrosion and temperature stress can shorten that window. especially on older homes that haven't had springs replaced or maintained regularly. Many of Deming's farmhouses and ranch-style homes were built in the early to mid-20th century, and some are still running original or first-replacement hardware.
If you use your garage as your primary entry point. which most families with acreage or wooded lots around Deming tend to do. your springs are cycling four, five, or six times a day. That adds up fast.
Disconnect your opener and try lifting the door manually. A properly balanced door should feel light. the springs are doing most of the counterbalancing work. If the door feels like it weighs 200 pounds and you have to strain to lift it, the springs have likely lost significant tension. This is one of the clearest indicators that replacement is coming soon.
If one side of the door is noticeably higher or lower than the other as it moves, one spring is probably wearing faster than the other. Torsion spring systems use a single spring above the door; extension spring systems use one on each side. When one side weakens, you get that uneven, canted movement. The opener motor then has to compensate for the asymmetric load, putting extra wear on the drive system as well.
Your garage door should operate with a steady hum from the opener and the rolling of the hardware. nothing dramatic. Loud creaking, popping, or sharp snapping sounds during operation are signs of stress building in the spring coils. These sounds often develop from micro-fractures in the spring metal or from coils beginning to separate. High-pitched squealing or grinding suggests metal-on-metal contact from misalignment. Any dramatic change from your door's normal sound profile warrants a closer look.
If you look at a torsion spring (the horizontal spring mounted above the door) and see a gap. a section where the coil has separated. the spring is broken. This is not a "maybe" situation. A broken spring means the door should not be operated until it's replaced. Using a door with a broken torsion spring puts enormous strain on the opener motor, cables, and other hardware, and risks a sudden, uncontrolled drop of the door.
Most modern openers have a built-in safety feature that stops the door from opening if it detects the springs aren't providing proper lift assist. If you press the button and the door lifts slightly. typically no more than six inches. then stops, broken or severely weakened springs are often the cause. The opener is essentially telling you it won't drag a 200-pound door by itself.
Under normal operation, springs help control the descent of the door so it closes gradually and settles gently. When spring tension is gone or significantly reduced, gravity takes over and the door drops hard. If your door is slamming into the ground instead of easing down, that's a spring problem. and one that can cause damage to the panels, the bottom seal, and the concrete below. It's also a serious safety hazard for pets, children, or anyone standing nearby.
In Deming's wet climate, rust on spring coils is more than a cosmetic issue. Corrosion eats into the metal and creates weak spots that dramatically increase the likelihood of a sudden, unexpected break. If you can see rust building on the coil surface. or white corrosion powder on the hardware around the spring. that spring is nearing the end of its reliable life. This is worth addressing before failure, not after. Our FAQ page covers more common questions about what normal wear looks like versus what needs immediate attention.
Torsion springs mount horizontally above the door opening on a shaft. They're more common in newer installations, last longer, and provide smoother operation. When they break, you'll often hear a loud bang. they release a lot of stored energy at once.
Extension springs run along the upper horizontal tracks on each side of the door. They're found on many older and lighter doors. They stretch when the door closes and contract to help lift it. Extension springs should always have safety cables running through them. if a spring snaps without a cable, it can fly across the garage with significant force.
If you're not sure which type your home has, or if you're replacing an older system, it's worth asking about the difference. Deming Garage Doors can help you understand what's currently installed and whether an upgrade makes sense for your home's specific door weight and usage patterns. See what's covered on our services page.
Garage door springs are under extreme tension. we're talking hundreds of pounds of stored force. A spring that snaps during a DIY replacement attempt can cause serious injury. This is one of those jobs where the professional service cost is genuinely worth it, especially when you factor in that a scheduled replacement is significantly less expensive than an emergency call after a failure. If you're already dealing with a situation where the door won't open, our emergency access guide covers how to safely operate your door manually while you wait for service.
If you've noticed any of the signs above. especially the heavy door feel, the visible gap, or the door refusing to open past six inches. the right move is to stop using the door and schedule an inspection before the situation gets worse. Catching a failing spring early keeps costs down and keeps your family safe.
Q: How do I know if I have torsion or extension springs? A: Look above the door when it's closed. If you see a single long spring mounted horizontally on a metal shaft centered above the door, that's a torsion spring. If you see springs running along the horizontal tracks on each side of the door. parallel to the ceiling. those are extension springs. Extension springs usually have safety cables running through the middle of each coil.
Q: My spring broke overnight. Why did it happen with no warning? A: Springs often break when the door has been sitting in the closed position overnight. particularly during cold snaps, which are common in the Ferndale and Lynden area as well as here in Deming. The metal is cold and contracted, and the spring is under maximum tension in the wound position. This is why you often hear about spring failures first thing in the morning. That said, most springs do show subtle signs beforehand. unusual noise, slightly uneven door movement. that are easy to miss if you're not watching for them.
Q: Should I replace both springs at the same time even if only one broke? A: Yes, almost always. Springs wear at similar rates because they've been through the same number of cycles. If one has failed, the other is likely close behind. Replacing both at once saves you a second service call in the near future and ensures the door operates with balanced tension on both sides.