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A bang from the garage at 6 a.m., the door stuck a foot off the floor, a car trapped behind it before the commute down 9 or out to the Mass Pike. That’s almost always a spring letting go, not an opener fault, and it’s the single most common emergency call we get from Natick homes.
Natick’s housing stock runs from older Cape and colonial garages near South Natick and the center, to wider two-car bays in the newer developments off Route 27 and toward Sherborn. Each of those setups puts different load on a spring system, and that’s exactly what we look at before we touch anything.
Two spring types fail in different ways. A torsion spring sits on a shaft above the door, wound tight, and lifts the door through cable drums and cables running down to the bottom brackets. When it snaps you usually hear a crack like a gunshot, and the door either won’t lift at all or an opener will strain and struggle before stalling, because the spring – not the motor – is supposed to be doing nearly all the lifting work.
Extension springs run along the horizontal tracks instead, stretching and contracting as the door moves. These tend to fail with less drama but leave the same result: a door that’s dangerously heavy to lift by hand and an opener that’s suddenly carrying a load it was never built for.
The repair itself means replacing the spring or springs as a matched set, matched to the door’s weight and cycle rating, then re-checking cable tension, drum alignment, and the balance of the whole door before it goes back into regular use. This is not a job to attempt yourself. A wound torsion spring holds enough stored energy to break bones, and we don’t walk customers through releasing or adjusting one over the phone or on this page. That part is ours to do.
Before we replace anything we run through the same checks every time, because a spring rarely fails in isolation.
With the opener disconnected, a properly balanced door should hold its position anywhere along the track. If it drops on its own or shoots up, the springs are already carrying the wrong load, and that imbalance is what burns out openers early.
We confirm whether the door is running torsion or extension springs, measure wire diameter and coil length, and match the replacement to a cycle rating suited to how often that door actually gets used, not just a generic size.
A spring rarely fails alone. We check the lift cables for fraying at the drum and bottom bracket, since a worn cable under new spring tension is the next failure waiting to happen.
We check track alignment and roller condition, then reset opener force and limit settings once the new spring is installed, since an opener tuned for the old broken spring will fight the door until it’s adjusted. Last, we test the auto-reversal safety feature, because a door that doesn’t reverse on contact is a hazard regardless of how new the spring is.
Around the town center and along streets near South Natick, you’ll still find older single garages with wood-panel doors on original hardware, many never upgraded past the springs they came with decades ago. Those older torsion setups are frequently due for replacement on cycle life alone, independent of whether anything has broken yet.
Out toward the newer construction near Route 27 and the Sherborn line, two-car attached garages with wider steel doors are standard, and those heavier doors put more demand on torsion springs rated for the extra weight. Whichever end of town you’re in, the fix depends on matching the spring to the actual door, not a one-size part.
We don’t guess at a spring size over the phone. A tech measures the door, the existing hardware, and the spring wire before quoting the job on site.
A single torsion spring replacement on a standard residential door typically runs between {PRICE_LOW} and {PRICE_HIGH}. Where it lands in that range depends on whether you need one spring or a matched pair, the spring’s cycle rating, whether cables or drums need replacing at the same time, and the door’s weight and size. We give you the number before any work starts, not after.
No. A torsion spring is wound under extreme tension and has caused serious injuries to people without the right training and tools. We handle the diagnosis, the replacement, and the rebalancing as one job.
Springs are rated for a set number of open-close cycles, often not visibly worn beforehand. Age, rust from humidity in an unheated garage, and door weight all shorten that life, so failure usually looks sudden even though the spring was wearing down for a while.
If the opener motor runs but the door barely moves or the opener strains and reverses, that's almost always a spring problem, since the opener was never designed to lift the full weight of the door on its own.
If your door runs on a pair of torsion springs, we generally recommend replacing both at the same time, since the surviving spring is usually close behind the failed one in cycle life and mismatched springs throw off the door's balance.
Most single-door torsion or extension spring replacements are completed in one visit, including rebalancing the door and resetting the opener's force and limit settings, though exact time depends on the door size and whether cables or drums also need attention.
We run out of Bellingham, about 13.7 miles from Natick, which puts most of the town within a straightforward drive down Route 9 or 140. We’ll give you a realistic arrival window when you call rather than a blanket promise, since that depends on where our trucks already are that day.
Call {PHONE} and describe what happened – the bang, the door stuck partway, the opener struggling – and we’ll get a tech scheduled to inspect it, quote the repair on the spot, and get the door back in safe working order.
If your door won’t lift, is hanging crooked, or you heard a loud bang and now the opener is straining, stop using it and call. Leave the door where it is until a tech has looked at the spring and cables.