Spring Repair for Gorman's 1967-Era Garage Doors

How to Book

Gorman doesn't have a Cary Garage Door Pros branch sitting in it - the truck comes from Cary, about 18 miles out, for every spring call in this part of the service area. That's worth knowing up front: this isn't a same-block callout, it's a scheduled drive, so the more detail you can give when you call (door size, single or double bay, whether it's making noise or just sitting heavy), the better the truck is loaded before it leaves. You can look at the general Gorman coverage page for what else this company handles in the area, or go straight to the main Cary spring repair page for the full rundown on how the repair itself is priced and scheduled. For Gorman specifically, the booking call is where you mention the age of the house if you know it - a 1960s build changes what's probably on the door, and that changes what's on the truck. There's no walk-in counter here and no same-hour guarantee for this stretch of the service area; it's a routed visit, not a drop-in.

How It Shows Up

A lot of Gorman went up around 1967, which is early compared to the 1998 median build year across the rest of the service area. That matters because a spring doesn't fail the same way at year one as it does at year fifty. What you'll usually notice first is the door getting heavy to lift by hand, or the opener straining and groaning on the way up before it even clears halfway. Sometimes there's a loud bang from the garage - that's the spring itself letting go, usually a torsion spring snapping under tension. On older single-bay doors common in this part of town, you might instead see a stretched or sagging extension spring on the side rails, which is a different failure mode and a different fix. If the door won't stay up on its own, or it slams down instead of lowering, treat that as a spring problem, not an opener problem, even though the opener usually gets blamed first.

How We Fix It

Torsion springs get measured by wire size, coil diameter, and length, then matched and replaced in pairs - not just the one that broke, since the other is carrying the same age and the same wear. Extension springs, the kind you'll still find on some of the older single-bay doors in Gorman, get replaced along with their safety cables if those aren't already there; a lot of 1960s installs predate the cable requirement entirely. Either way, the door gets balanced afterward, which means setting the spring tension so the door holds still at roughly waist height on its own, no opener assist, no drift up or down. That balance step gets skipped more than it should, and it's the difference between a repair that lasts and one that strains the opener into a second failure within a year. We check the drums, the cable condition, and the track alignment while we're in there, since a spring rarely fails in total isolation on a door this old.

The Complications

The honest limitation here: on doors from the late 1960s, the spring itself isn't always the hold-up - finding a matching size can be. Standard residential coil sizes have shifted since then, and a non-standard drum or an odd door weight from an original 1967 install sometimes means a slightly longer wait on the right part, rather than a same-visit swap. We'll tell you on site if that's the case rather than forcing a close-enough spring onto a door it wasn't sized for, because an undersized spring just fails again, faster. Rust is the other complication specific to houses this age - fifty-plus years of cold-season condensation in an unheated garage can pit a torsion bar or seize a bearing plate, and that sometimes turns a spring job into a spring-and-hardware job once we're actually looking at it. We won't know that from a phone call. We'll know it once the door's open and the shaft is in hand.

Why This Fails Locally

Gorman's median household income sits at $56,094, noticeably below the $75,359 median across the rest of the service area, and that gap shows up in maintenance patterns more than people expect. A spring that's starting to sag or squeak gets watched instead of replaced, because it's still technically working, right up until it isn't. Combine that with a housing stock that leans toward 1967 rather than the 1998 median typical elsewhere in the service area, and you get a higher share of doors running on original hardware that's two or three decades past what a spring is rated for. The area sits in a cold-moderate climate band, which means that hardware has also gone through more winters of metal contracting and expanding than a spring installed in a house built after 2000. None of that is a defect in the house - it's just the math of older stock and a part that wears on a clock, not on a warning light.

Doing It Yourself

A torsion spring is wound under enough tension to break bones if it slips off a winding bar, and that risk doesn't go down because the spring is old - if anything it goes up, since a fifty-year-old spring is more likely to fracture unevenly instead of unwinding cleanly. Extension springs are lower-tension but still capable of putting a hook through the air if the cable's not secured. What you can safely do yourself: check whether the safety cables are present and intact on extension-spring doors, listen for grinding at the bearing plates, and look for visible rust pitting on the coils. If you see a gap in the coil where it's clearly stretched unevenly, or a cable missing its retainer, that's worth a call rather than a wait. We won't talk anyone through winding a torsion spring over the phone - that's not a DIY corner worth cutting on a door old enough to have outlived its original hardware once already.

Frequently asked questions