Garage Door Service for Colleyville Homes

The Symptom

The door starts slow. It used to snap open in under a second and now it takes two or three, with a groan partway up like the opener is pulling against something. Sometimes it stops a foot off the ground and sits there. Sometimes it reverses right after the photo-eye sensors clear, for no reason you can see. On a lot of the calls we get in this area, the owner says it's been getting worse for months and they kept meaning to call.

This isn't usually the opener failing outright. It's the torsion spring losing tension, slowly, cycle by cycle, until the opener motor is doing work the spring used to do. A healthy spring should lift a door most of the way on its own, with the opener just finishing the job and holding position. When the spring is tired, the motor strains, the gears wear faster, and you start burning out the opener to compensate for a $200 part that should have been swapped first. Given that most houses in this service area were built in the 1980s and 90s, with the broader housing stock running 1953 through 2014, a lot of original springs are well past the point where this matters.

Where This Job Goes Sideways

The mistake we see most is calling it an opener problem and replacing the opener first. The door still struggles, now with a new motor straining against the same worn spring, and the homeowner is out the cost of a unit that was never the issue. A spring job done right includes checking the drum, the cable condition, and the track alignment at the same visit, because a spring that let go under tension can nick a cable or twist a track on its way down.

The other way this goes sideways is cycle counting. A torsion spring is rated for a number of open-close cycles, not a number of years, so a door that gets used four times a day wears out faster than one used once. Houses built in the 1980s and 90s median around the late 1990s for the area overall, which means a fair number of springs out there are original equipment and have quietly logged more cycles than they were built for. We won't sell a full spring-and-cable replacement to someone who just needs one side re-tensioned, but we also won't patch a spring that's visibly stretched or gapped, because that's a call-back waiting to happen, and worse, a safety issue.

What Causes It Around Here

Two things line up to make this a common call in Colleyville specifically. First is the age of the housing. With most homes in the area dating to the 1980s and 90s construction wave and the broader service area spanning 1953 to 2014, there's a large band of doors where the original springs, cables, and even the openers are thirty-plus years old and were never upgraded. Second is the climate. This area sits in a moderate heat band, and summer heat cycling expands and contracts steel hardware and the grease in the spring coils day after day, which accelerates metal fatigue compared to a door that never sees real heat swings.

Put those two together and you get a predictable pattern: original-spec torsion springs from the 90s build boom, worked harder by heat cycling every summer, finally giving up around the twenty-five to thirty year mark. We see it less often on newer builds and on houses that already had a spring swap in the last decade.

Doing It Yourself

There's a few things worth checking before you call anyone. Pull the emergency release cord and lift the door by hand. If it feels heavy or falls on its own, that's the spring telling you its story, and you've confirmed the diagnosis without spending anything. Check the photo-eye sensors near the floor on each track for dust or a knocked-out alignment, since that alone causes a lot of false reversals and costs nothing to fix.

What you shouldn't do is touch the torsion spring itself. It's under enough tension to cause a serious injury, and there's no shortcut version of that job. If the spring is broken or visibly stretched, leave the door closed and don't run the opener against it, since that's how cables snap and tracks bend. One honest limitation: if a spring has been limping along for years, we're not going to just re-tension it and call it done, because the cables and rollers have usually worn alongside it, and a patch job on twenty-year-old hardware tends to fail again within months.

Frequently asked questions