Garage Door Spring Replacement

Here’s a complete service page description for spring replacement:

Garage Door Spring Replacement

Your garage door spring is the hardest working component in the entire system — and the one most homeowners never think about until it breaks. A standard garage door cycles 3–5 times a day, and every single cycle puts that spring under full tension. When it fails, your door isn’t going anywhere. Understanding the type of spring on your door, and the quality behind it, makes all the difference in how long your next set lasts.

Torsion Springs

Torsion springs mount horizontally above the garage door opening on a steel shaft. When the door closes, the spring winds up and stores energy — when you open the door, that stored energy does the heavy lifting. They operate with more control, less vibration, and longer life than extension springs, making them the preferred choice for most residential and commercial applications. Is the standard for quailty, strength, and durability. 

Standard vs. High-Cycle Torsion Springs
A standard torsion spring is rated for approximately 10,000 cycles — roughly 7 years of average use. High-cycle torsion springs are engineered with tighter wire tolerances, higher-grade steel, and a longer body, pushing ratings to 25,000, 50,000, 75,000 or even 100,000 cycles. The difference in upfront cost is modest. The difference in lifespan is significant. For any homeowner planning to stay in their house long-term, high-cycle torsion springs are the smarter investment every time.

TorqueMaster Springs

TorqueMaster springs are a Wayne Dalton proprietary system where the spring is housed inside a hollow steel tube mounted above the door — completely concealing the spring from view. On the surface it looks clean and modern. In practice, it comes with real limitations. Standard practice in the industry is to convert the torquemaster system to Torsion System. 

Standard vs. High-Cycle TorqueMaster
TorqueMaster springs are pre-loaded inside the tube at the factory, which means replacement requires special tools and either the full tube assembly or a proprietary winding tool — neither of which a standard technician always carries. Standard TorqueMaster springs are rated similarly to standard torsion springs at around 10,000 cycles. Upgraded versions push to 20,000–30,000 cycles, but the system’s design limits how high you can go compared to traditional torsion setups.

The concealed design, while visually clean, also makes it harder to spot wear and deterioration before failure — meaning the spring often breaks without warning rather than showing the visible signs a traditional torsion spring would. Cons: majority of the parts are plastic. Cycle life is limited, and homeowners complain they didn’t know the spring was broke that cause the door to go crooked, damaged sections, or opener issue. All costly repairs. 

Extension Springs

Extension springs run along the horizontal tracks on either side of the door, stretching and contracting as the door moves. They are one of the oldest and most common spring types, especially on older residential doors and lighter single-car setups. They’re less expensive to manufacture and straightforward to install, which is why builders used them widely for decades. Standard practice in the industry is to convert the torquemaster system to Torsion System. 

Standard vs. High-Cycle Extension Springs
Standard extension springs are typically rated for 7,000–10,000 cycles and are sold as single springs — one per side. When one breaks, the other is equally worn and should be replaced at the same time. High-cycle extension springs use heavier gauge steel and improved end hooks, extending life to 15,000–20,000 cycles. A safety cable threaded through each spring is essential — without it, a broken extension spring becomes a projectile inside your garage.

Extension springs work, but they wear faster, require more maintenance, and put uneven stress on the door compared to a torsion system. On a new installation, most experienced technicians will recommend converting to torsion if the header space allows. Cons: is one of the most dangerous systems if not properly installed. It is standard practice to have them replaced. 

The Cycle Leader: Torsion Wins

When it comes to raw cycle life, high-cycle torsion springs stand alone. No other residential spring system reaches 50,000–100,000 cycles — that’s 25–50+ years at average use. The physics work in their favor: the load is centered on a single shaft above the door, the spring winds and unwinds cleanly, and the heavier wire gauge used in high-cycle versions simply outlasts anything extension or TorqueMaster systems can match at their ceiling.

If longevity matters to you — and it should, because labor is the same cost regardless of which spring goes on — high-cycle torsion is the one worth asking for by name.

Our Recommendation at Wicked Garage Doors

We stock all types of torsion spring because every door is different requiring specific strength to properly open and close your garage door. But when we’re given the choice — and especially on new installations or full replacements — we recommend high-cycle torsion springs every time. They outlast the alternatives, operate more smoothly, and protect your opener from the strain that worn or undersized springs cause over time. Be sure to ask a Wicked Team Member for details and pricing on higher cycle torsion springs. 

Springs are not the place to cut costs. The labor to install a cheap spring and a quality spring is identical — the difference is how many years before you need us back.

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📞 801-971-4122 | ✉️ sales@wickedgaragedoors.com