Kenosha, WI
Torsion springs on the Kenosha area's 1960s-90s doors wear out fast in cold winters. We replace broken springs and cables, matched to your door's build era.
On the truck
Most of what breaks on a Kenosha-area door comes down to the spring system, and we stock torsion springs in the wire sizes and coil lengths that match houses built between 1964 and 1994 - the span that covers the bulk of the service area, with a median build year of 1976.
That era mostly used torsion springs mounted above the door on a steel tube, so that's the bulk of our stock: springs, center bearing plates, cable drums, and the galvanized lift cables that run down each track.\n\nWe also carry extension springs and the safety cables that should run through them, since some of the older 1960s construction in the service area still has the side-mounted extension setup instead of torsion.
If your door is original to a house from that decade, there's a real chance it's one of these.\n\nWe don't carry every spring size on the truck for every visit - some non-standard widths or heavier commercial-grade doors need an order, which can mean a short wait on parts.
That's the one honest limit here: if your door is an odd size or a specialty insulated panel, we may need a day to get the right spring instead of forcing a close-enough fit.
Warning signs
A broken torsion spring usually announces itself with a loud bang from the garage, often first thing in the morning. After that the door feels like dead weight - the opener strains, grinds, or stops partway, and if you try to lift it by hand it barely moves, because the spring was doing most of the work.\n\nSometimes it's quieter: a cable goes slack, the door hangs crooked in the opening, or one side lags behind the other as it travels. That uneven motion usually means one spring is still holding and the other has already given out, which puts the whole weight of the door on a single cable and track.\n\nOn older extension-spring setups, you might see one spring stretched or coiled wrong after a snap, dangling loose rather than contained by a safety cable. None of these are safe to force through with the opener. A door that's fighting its spring system can jump the track or drop fast, and that's a bigger repair than the spring itself.
Local causes
The service area's housing stock is mostly 1960s and 70s vintage, with construction running from 1964 through 1994 and a median year of 1976. A torsion spring is rated for a set number of open-close cycles, somewhere in the range most manufacturers put at 10,000, and a spring installed when a house went up in the mid-70s has had five decades to burn through that rating, assuming it was ever replaced at all.\n\nCold is the second half of the problem. This is a cold-climate area, and steel springs lose some of their flex as temperatures drop. A spring that's already near the end of its cycle life is working stiffer and under more load on a cold morning than it would on a mild afternoon, which is exactly when a lot of these calls come in - first lift of the day, after a cold night, on hardware that's already decades past when it should have been swapped.\n\nPut those two things together - older original hardware on one side, cold-stressed steel on the other - and spring failure isn't a surprise fault. It's close to scheduled maintenance that most owners never scheduled.
The repair
We start by measuring the broken spring, or what's left of it - wire diameter, coil length, and inside diameter - then weigh that against the door's size and panel type to confirm the replacement matches the load.
On a two-spring torsion setup we replace both sides even if only one failed, since the surviving spring is usually close behind on cycle count and a mismatched pair puts the door out of balance again almost immediately.\n\nAfter the spring goes in, we check the cables, drums, and center bearing for wear, since a spring snap sometimes damages the hardware around it.
We balance the door by hand before handing it back to the opener, so the motor isn't doing work it was never built for.\n\nOne thing worth saying plainly: if the torsion tube is bent, the drum is cracked, or the track has taken damage from the door dropping, a spring swap alone won't fix the door.
At that point we'll tell you it's a hardware job, not just a spring job, rather than bolt a new spring to bent parts and call it done.
Questions
If the door won't move with the opener disconnected and feels heavy or won't budge when you lift by hand, that points to the spring, not the motor. A working spring should let you lift most garage doors with one hand. If it drops on its own or won't hold position partway up, the spring has lost its tension.
Steel springs stiffen slightly as temperatures drop, which adds stress to a spring that's already near the end of its rated cycle life. In the service area, where a lot of the housing stock dates to the 1960s through 90s, that combination of age and cold mornings is the most common trigger we see for a snap.
Both, as a rule. If one spring has failed from age or cycle count, the other is almost always close behind, and running a door on one new spring and one old one puts it out of balance and strains the opener. Replacing the pair keeps the door lifting evenly on both sides.
No. A new spring only replaces the spring. If the torsion tube is bent, the drum is cracked, or the track got damaged when the door dropped, those need their own repair or replacement. We'll flag it separately rather than install a spring on hardware that won't hold it properly.
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Ready when you are
Kenosha Garage Door Pros repairs and installs garage doors, springs and openers in Kenosha, WI and the surrounding area.
