7 min read
Your garage door relies on springs to lift roughly 400 pounds with minimal effort from the opener. But springs come in two distinct types: torsion and extension. Knowing which one you have matters because they behave differently, fail differently, and cost differently to replace. This guide cuts through the confusion so you can make an informed decision when it's time to call for help.
Torsion springs mount horizontally above your garage door opening, centered on a metal shaft. When the door closes, these springs wind up like a clock spring, storing mechanical energy. When you open the door, that stored energy unwinds smoothly, counterbalancing the door's weight so the opener doesn't strain.
Torsion springs are the preferred choice for most modern residential doors. They're durable, last 7 to 9 years with regular use, and distribute force evenly across the door. The trade-off is precision: they require exact measurements during installation and specialized tools to adjust tension.
If one torsion spring snaps, the door becomes unbalanced immediately. You'll notice the door hanging crooked or feeling heavier on one side. This is why we always recommend replacing both springs at once, even if only one has failed.
Extension springs run vertically along the left and right sides of your garage door frame. Instead of twisting, they stretch and compress as the door moves. Pulleys and cables redirect their force to assist the opener.
Extension springs are simpler and cheaper to install than torsion types. They're common on older doors and lighter residential installations. However, they wear faster (typically 5 to 7 years) and can leave a snapped spring hanging loose inside your garage, which creates a safety hazard.
Extension springs require safety cables to run through their center. These cables catch a broken spring and prevent it from whipping across the garage. This safety feature alone has prevented countless injuries over the years.
**Need garage door springs in Tygh Valley today?** Call 15412297832 for same-day estimates and professional replacement service.
Many homeowners assume replacing a single broken spring will save money. That logic doesn't hold up in practice. Springs wear together as a matched pair. When one fails, the other is usually near the end of its lifespan too.
If you replace only the broken spring, the newer spring will carry more load while the older spring weakens further. This imbalance forces your opener to work harder, reduces door smoothness, and can trigger another failure within months. The real cost savings come from doing both springs at once.
Our team at garage door spring replacement in Tygh Valley walks through this reality with every customer. It's not about upselling, it's about preventing the second emergency call.
Stand in your garage with the door closed. Look up at the center of the opening. Do you see a horizontal shaft with coiled metal wrapped around it? That's torsion. Do you see vertical springs running along each side of the frame? That's extension.
If you're unsure, take a photo and schedule a free quote with our team. We'll identify your setup, assess spring condition, and provide a clear cost estimate before any work begins.
Torsion spring replacement typically costs more upfront because installation requires precision balancing. Extension springs cost less to install but fail sooner, meaning you'll replace them more often over time.
Both types are affected by local factors. Tygh Valley's temperature swings (cold winters, warm summers) can shorten spring life. Springs expand and contract seasonally, which increases wear over time. Our full pricing guide explains what factors affect your estimate.
For same-day service across Tygh Valley and the surrounding area, call 15412297832. We keep common spring sizes in stock so most jobs are completed the same day you call.
Never attempt to adjust or replace garage door springs yourself. The tension these springs hold is enormous. A slip, miscalculation, or improper tool use can cause serious injury. Springs can snap unexpectedly, and cables under tension can cut or bruise skin.
Professional installation ensures your door operates safely and smoothly for years. It also protects your warranty and gives you peace of mind. Our technicians are trained in both torsion and extension systems and carry the specialized tools required for precise work.
If you notice a snapped spring, uneven door movement, or excessive noise from the garage, these are clear signals to call. Get your garage door inspected by a professional before you attempt any repairs.
Your garage door springs are critical safety components, not just convenience features. Understanding which type you have and how they function helps you make smarter decisions when replacement is needed.
Contact Tygh Valley Garage Doors today for a professional assessment. We'll tell you exactly what type of springs you have, how much longer they'll last, and what replacement will cost. Call 15412297832 or get a same-day estimate online.
How do I know if my garage door spring is broken? A snapped spring causes the door to hang crooked, feel heavier than usual, or refuse to open smoothly. You may hear a loud bang when the spring breaks. Never force the door open if you suspect a broken spring.
Can I use my garage door if one spring is broken? No. A broken spring removes counterbalance force, forcing the opener to lift the full weight of the door. This strains the motor and can cause further damage. Stop using the door immediately.
How long do garage door springs last? Torsion springs last 7 to 9 years with typical residential use. Extension springs last 5 to 7 years. Lifespan depends on usage frequency, maintenance, and local climate conditions.
Why is professional installation required? Springs are under extreme tension. Improper adjustment or installation can cause the door to crash unexpectedly or springs to snap during operation, risking serious injury. Professionals have specialized tools and training.
What's the difference in cost between torsion and extension? Extension springs cost less to install but fail sooner, requiring more frequent replacement. Torsion springs cost more upfront but last longer and operate more smoothly, making them more economical over time.