Ocala, FL · Garage Door Service
Most Dunnellon houses went up in 1983 with the original torsion spring still on the header. We drive the 18 miles from Ocala to replace it correctly.
When we load the truck for a Dunnellon call, we're loading for a house built around 1983, because that's the median year for this area and most of what we see on site still matches it. That means torsion springs sized for a single-panel steel door on the original drum and shaft, not the newer double-torsion setups you'd expect on a house built in the 2000s. We carry a range of spring wire gauges and inside diameters because a 40-year-old spring was often wound to a spec that isn't stocked at every supply house anymore. We also bring the winding bars, cable clamps, and a replacement set of end bearings, since bearings from a 1983 install are usually the second thing to fail, right behind the spring itself. We don't guess at the size on site if we can avoid it - we measure the old spring's wire diameter and coil length before we cut anything loose, because getting it wrong means a second 18-mile trip nobody wants to pay for.
On a door with its original 1983 hardware, the spring is rarely the only part worth touching. If the torsion shaft is original, we check it for wear grooves where the cable drum has been riding for four decades - that's common on houses that have never had the springs replaced. We unwind the old spring under control, pull it off the shaft, inspect the shaft and bearing plates, then wind in the replacement to the correct number of turns for the door's weight and height. On a single-car door this is usually a self-contained job. On a double door with two springs, we replace both even if only one broke, since the other is the same age and will fail on the same timeline. We torque the set screws to spec and run the door through a full cycle before we call it done, checking that it holds at any point when released by hand - that balance test is the real proof the spring is right, not just that the door goes up and down.
A straight torsion spring swap on a single door usually runs under two hours once we're on site, assuming the shaft and bearings are sound. Add both springs, worn bearings, or a bent shaft on a house with original 1983 hardware, and it stretches longer. The bigger variable for Dunnellon calls is the 18 miles from our Ocala base - we don't promise a same-day window we haven't confirmed, and we won't state a response time we can't back. What we can tell you is that once we're at the door, the repair itself isn't a multi-day affair. Parts availability is the only thing that can push a job out: a nonstandard spring size on an older door sometimes has to be wound or ordered rather than pulled off the shelf, and we'll tell you that up front rather than promise a part we don't have in hand.
A broken torsion spring usually announces itself the same way everywhere - a loud bang from the garage, then a door that won't lift or feels like it weighs twice what it used to. In this area, where a large share of houses date to the early-to-mid 1980s, we also see something more specific: a spring that hasn't snapped yet but has stretched or sagged, visible as a gap between coils when the door is down. That's the spring giving out gradually rather than all at once, and it's common on hardware that's original to a 1983 build and has simply outlasted its rated cycle count. If your door drifts down on its own, reverses partway up, or the opener strains and clicks off, that's the spring losing tension before it fully lets go - worth a call before it does.
The mild temperate climate here works in your favor on one front - you're not dealing with the freeze-thaw cycling that snaps springs suddenly in colder climates, so failures here tend to be gradual wear rather than a cold-snap surprise. But steady humidity and sun exposure over 40 years still take a toll on unprotected steel, and we regularly find surface rust on original springs and shafts that haven't been lubricated in years. On a household income median of $40,707 for this area, we also see more owners asking us to repair rather than replace where the door itself is still sound - that's a fair call on a door with good panels, but we're honest when the drum, shaft, or bearing plates are too far gone to trust a new spring to. One limitation worth naming: if the shaft is pitted or bent, replacing just the spring is a short-term fix, and we'll say so rather than sell a repair that won't hold.
With roughly 1,309 households in this area and a housing stock centered on 1983, the leading cause of spring failure we find isn't storm damage or a one-time event - it's cycle count. A torsion spring is rated for a set number of open-close cycles, and a door original to a 1983 house has had four decades to use them up, especially if it's never been rebalanced or lubricated. We also see incorrect spring replacements from past repairs - a spring swapped once in the 1990s or 2000s that was sized close enough to work but wrong enough to shorten its life. Between original hardware nearing the end of its rated life and prior repairs that weren't quite matched to the door, most of what we replace out here traces back to age, not accident.
It's common. A large share of houses in this area were built around 1983, and if you've never had a spring replaced, there's a good chance the one on your door now is original. Original torsion springs from that era are usually wound to a wire gauge and length that isn't a standard stock item today, so we measure before we order.
We're based in Ocala, about 18 miles away, and travel out for calls in this area. We don't advertise a flat response window for this distance since it depends on the day's schedule, but the repair itself is priced the same as any torsion spring job - by the parts and labor, not the drive.
On a double door we don't recommend it. If one spring failed from age, the other is the same age and under the same load, so it's usually close behind. We'll replace both on a double door even when only one has broken, because a mismatched pair puts uneven strain on the shaft.
Likely, yes. A spring that's stretched or lost tension rather than snapped will make the door feel heavier to lift by hand and can cause an opener to strain or reverse partway up. On original hardware from a 1983 build, that gradual weakening is more common than a sudden break.
Call now or request a free quote - same-day service on most repairs, upfront written pricing.
