A standard garage door spring is rated for about 10,000 cycles, and one cycle is one open plus one close. At 3 to 4 cycles a day that works out to roughly 7 years. Torsion springs usually last 8 to 15 years and extension springs 7 to 12. Utah cold swings, rust, and springs that are too small for the door all shorten that.
Springs wear out by cycles, not by years
Every spring is built for a number of cycles. Each time the door goes up and down, the coil twists or stretches and relaxes once. After enough of those, the steel fatigues and snaps. How often you run the door matters more than the calendar.
Most builders install standard springs rated around 10,000 cycles. Clopay estimates a typical door cycles about 1,500 times a year, which is roughly 4 a day. Amarr puts a 10,000 cycle spring at about 7 years for a household running 3 to 4 cycles a day. Here is how the math plays out at different usage levels:
| Cycles per day | Cycles per year | 10,000 cycle spring | 20,000 cycle spring |
|---|---|---|---|
| 2 | 730 | about 13.7 years | about 27 years |
| 4 | 1,460 | about 6.8 years | about 13.7 years |
| 6 | 2,190 | about 4.6 years | about 9.1 years |
| 8 | 2,920 | about 3.4 years | about 6.8 years |
If the garage is your front door or you have teenage drivers, you are probably at 6 or more, which burns through a builder grade spring in under 5 years.
Torsion vs extension springs
Torsion springs mount on a steel shaft above the door and twist to lift it. Extension springs run alongside the horizontal tracks and stretch as the door closes. Clopay notes that torsion springs last significantly longer, and Angi puts typical life at 8 to 15 years for torsion and 7 to 12 years for extension.
Most newer Wasatch Front homes have torsion springs; older homes and some single car doors still run extension springs. Both wear out the same way, one cycle at a time.
What shortens spring life
DASMA, the door and operator industry association, lists the factors that cut into cycle life in its technical data sheet on springs (TDS 190). The ones we see most in Utah:
- Rust. Corrosion eats into the wire and reduces its effective size, so the spring is effectively weaker than it was built to be. Snowmelt and road salt tracked in on tires keep garages damp all winter.
- No lubrication. Dry coils rub against each other and wear faster.
- Doors left open for long stretches.
- Springs sized for a lighter door. A spring working a heavier door than it was rated for wears faster. This happens after a heavier replacement panel or a past repair that used whatever spring was available.
- Temperature swings. Amarr notes that temperature swings can speed spring wear, and spring steel gets more brittle in the cold.
Why Utah springs, and whole streets, fail together
Salt Lake City averages a January low of about 24°F, and Eagle Mountain’s City Center sits in Cedar Valley, away from Utah Lake’s moderating effect, running colder at night than the Ranches. A spring already near the end of its life tends to let go on the first subzero morning.
Then there is the subdivision effect. When one builder puts up a neighborhood, every house gets the same spring spec in the same year or two, so the springs wear out on about the same schedule. In Saratoga Springs, homes bought in Legacy Farms from 2014 to 2019 came with standard builder grade torsion springs, and at 2 to 4 cycles a day those are in the first failure window right now. In Eagle Mountain, the earlier phases of Overland are reaching the same point, and many homes in the Ranches and original City Center are on their second set and due again.
If your neighbor’s spring just broke, yours is likely not far behind. Our Saratoga Springs builder guide and Eagle Mountain builder guide break this down by neighborhood and build era.
Signs a spring is near the end
- A visible gap in a torsion spring coil. That spring is already broken.
- The door feels heavy when you lift it manually with the opener disconnected, or it will not stay put halfway up.
- The opener strains, slows down, or stops partway up.
- The door rises crooked or one side lags.
- A loud bang from the garage when nobody was using the door.
If you see a gap or heard the bang, stop using the opener. Our piece on whether you can replace a spring yourself covers what is safe to do in the meantime.
Is a high cycle spring upgrade worth it?
A high cycle spring uses heavier or longer wire so each cycle stresses the steel less. At 4 cycles a day, moving from 10,000 to 20,000 cycles roughly doubles expected life.
It makes sense if the garage is your main entry or you plan to stay for years; less so if you rarely use the door or are selling soon. We carry high cycle springs on the truck, so the upgrade can happen on the same visit. We quote the difference before any work starts, so you can decide on the spot. DASMA recommends replacing both springs at once on a two spring door, and we do.
When to call us
Call if you see a gap in a spring, the door feels heavy or lifts crooked, or springs are going on your street. We will check both springs, confirm they are sized to the door, and quote before any work starts. The service call is free with any repair. If a standard spring is all you need, we will tell you that. See our broken spring repair service, or read what a garage door spring replacement costs in Utah. Call (385) 265-1093.
Frequently asked questions
How many cycles is a garage door spring rated for?
Standard residential springs are rated around 10,000 cycles. High cycle springs are built for more, commonly 20,000 cycles or higher. One cycle is one open and one close.
Should I replace both springs if only one broke?
Yes. DASMA recommends replacing both. They were installed together and have the same number of cycles on them, so the second one is usually close behind.
Do garage door springs break more in winter?
Cold makes spring steel more brittle, and a spring near the end of its cycle life often fails on a cold morning. The cold does not wear it out by itself; it finishes a spring that was already tired.
