Garage Door Installation Built for McLean's Older Openings

What the Fix Involves

A proper installation starts with the opening, not the door. In McLean, most homes went up between 1940 and 2015, with the bulk of that stock dating to the 1960s and 70s across the 41 named areas that make up this service area. Openings framed in that period rarely match today's standard door widths and header heights, so we measure the jamb, header clearance, and floor slope before we order anything. We check whether the existing track is a standard-lift or a low-headroom setup, since a lot of these older garages were framed before low-headroom hardware was common.

From there, the job covers removing the old door and track, setting new vertical and horizontal track, installing springs sized to the door's actual weight (not a generic chart number), hanging the panels, and setting the opener travel limits. If the header isn't tall enough for standard track, we install a low-headroom kit instead of forcing a door that won't clear. We also seal the bottom and sides against the climate here - more on that below. We don't do cosmetic trim or siding repair around the opening; that's a separate trade and we'll tell you if you need it before we start.

Why This Fails Locally

McLean sits in a severe cold climate band, and that matters more for installation than people expect. Steel panels and seals that aren't rated for hard freeze-thaw cycles will shrink, crack at the corners, or lose their seal within a few winters - we see it on doors that were installed with builder-grade weatherstripping meant for a milder zone. On a median housing stock dating to 1977, a lot of openings have also shifted slightly from decades of frost heave under the slab, so a door that was square when it went in forty years ago often isn't square now.

That combination - older framing plus hard winters - is why a stock door bought off a shelf without a site measurement tends to fail early here. Panels bind on one side, bottom seals tear on an uneven slab, and torsion springs sized for a lighter door wear out fast under the extra drag. We size the spring to the door and the opening we actually find, not to a catalog average, because the catalog average assumes framing and weather this area doesn't have.

How It Shows Up

On houses from the 1960s-70s wave that make up most of this market, the giveaway is usually a door that drags on one side of the track or won't seat flush at the bottom - both point to an opening that's moved slightly out of square over fifty-plus years. In winter, homeowners also notice a wide gap at the bottom corners where the old seal has split, letting cold air and runoff into the garage.

On newer construction in the area, closer to the 2015 end of the housing range, the complaint is different: the opener runs but the door doesn't come down evenly, usually because the original installer didn't level the track to the slab pitch. Either way, a door that looks fine standing still but fights the opener under load is telling you the track or spring, not the panel, needs attention - and that's an installation or re-set issue, not a cosmetic one.

Time on the Job

A standard single or double door swap on a house with a normal-height header runs most of a day once the new door is on site - removal, track, springs, panel hang, and opener calibration. Low-headroom installs and custom widths for non-standard older openings take longer because the hardware has to be fitted piece by piece rather than dropped in as a kit.

Here's the honest limitation: if your opening needs a custom-width door - common in this area given how much of the housing dates to before current standard sizing - that door isn't something we keep on the truck. It has to be ordered, and lead times on non-standard sizes run longer than a stock door. We'll give you a real date once we've measured, not a guess before we've seen the opening.

Frequently asked questions