2026-03-13 7 min read
If you've ever walked into your garage on a cold Montgomery County morning and found your door frozen in place, there's a good chance a spring was involved. Garage door springs are the workhorses of the whole system. quietly holding hundreds of pounds of tension every single day. But here in Biscoe, our climate puts them through a wringer that a lot of homeowners don't think about until something goes wrong.
Biscoe sits in the Carolina Piedmont, and the weather here doesn't do anything gently. Summers push temperatures close to 90°F with thick humidity, and winters can bring hard freezes that dip toward the low 20s. That daily and seasonal swing between warm and cold is the real enemy of your garage door springs.
Here's what's actually happening: each time temperatures rise and fall, the steel in your springs expands and contracts slightly. One swing isn't a problem. But after dozens. and sometimes hundreds. of cycles across a single winter, that cumulative stress adds up. By the time late February or March rolls around, springs that were already aging have been quietly weakening since November. That's why so many spring failures happen in late winter, right when you'd least expect it.
The freeze-thaw pattern we get in Montgomery County. cold nights dropping below freezing followed by afternoons in the 50s or 60s. is genuinely hard on metal components. It's not one dramatic cold snap that breaks a spring. It's the repetitive cycling that does the damage over time.
Before a spring snaps completely, it usually gives you warning signs. Learn to recognize these:
If your door suddenly feels like dead weight when you try to lift it manually, your springs are losing their ability to counterbalance the door's mass. A properly balanced door should lift easily with one hand. If it doesn't, something's off.
Unusual sounds during operation. especially metallic creaking or a sharp pop. can indicate metal stress building up inside the spring coils. Don't ignore these. They're the spring telling you something is wrong.
If your opener struggles and the door reverses or stops partway up, the springs may not be providing enough tension to complete the cycle. Some openers have a built-in load sensor that triggers this as a safety feature.
For torsion springs (the horizontal ones mounted above the door on a metal bar), a physical gap or separation in the coil is a clear sign of failure. If you can see a space in what should be a solid coil, the spring is already broken.
A door that drops faster than normal when closing is a red flag. Balanced springs control the descent. A broken spring removes that control. and that's a safety hazard, not just an inconvenience.
Most homes in Biscoe and the surrounding area use one of two spring types. Torsion springs sit horizontally above the door opening and wind/unwind to lift and lower the door. They're more common in newer construction and generally last longer. Extension springs run along the horizontal tracks on either side of the door and stretch under tension. Older homes. and Biscoe has plenty of housing stock from the 1970s and earlier. are more likely to have extension springs.
If one spring breaks, most professionals will recommend replacing both at the same time. The logic is straightforward: if one has worn out, the other is probably close behind. Replacing both during a single service visit saves you money and a second call in a few months.
This is one repair we'll be blunt about: don't do it yourself. Garage door springs are under extreme tension. we're talking 150 to 200 pounds of stored mechanical force. A spring that releases suddenly can cause serious injury, and it happens fast. This isn't the kind of job where a YouTube tutorial is enough. The tools required are specialized, and the margin for error is very small.
If you suspect a spring issue, reach out to a professional before attempting any manual operation. You can check if your door is balanced by disconnecting the opener and trying to lift the door manually to waist height. it should hold its position without you supporting it. If it drops or flies up, the springs are out of balance and need attention.
Regular lubrication is your best defense. Use a silicone-based or lithium-grease spray on the coils of your springs twice a year. once in the fall before temperatures drop, and once in the spring. Never use WD-40; it's a solvent and will actually dry out the metal faster.
Also keep an eye on rust. Here in Biscoe, the muggy summers create real corrosion risk on any exposed metal hardware. Rust weakens the spring metal and dramatically increases the chance of sudden failure. If you spot orange discoloration on your springs, that's a sign to call for an inspection sooner rather than later.
For older homes especially. and there are quite a few properties in the Biscoe area built before 1980. springs that have never been replaced are almost certainly overdue. Standard residential springs are rated for roughly 10,000 cycles, which works out to about 7,10 years of typical use.
For more on how damage to individual door components connects to spring stress, our panel repair guide is worth a read. a warped or damaged panel can create uneven weight distribution that burns through springs faster than normal.
The clearest sign is a visible gap in the torsion spring coil above your door, or a door that won't lift more than a few inches. If your opener is running but the door isn't moving, a broken spring is the most common culprit. A door that's just slow or noisy may have a different issue, like worn rollers or low lubrication.
Technically the opener may still run, but you should avoid operating the door with a broken spring. The full weight of the door is no longer counterbalanced, which puts extreme strain on the opener motor and creates a genuine safety risk if the door drops unexpectedly.
For homeowners in and around Biscoe and Troy, standard springs typically last 7,10 years under normal use. If your garage door is used more than four times a day, or if you've gone years without maintenance, springs may wear out sooner. Having them inspected as part of an annual tune-up is the best way to stay ahead of a failure.