Westminster ADA Ramp Contractors

Accessible route problems aren't random. They cluster by what kind of building you own and roughly when it went up, because each generation of construction fails in its own way. Older strip center frontage doesn't go bad like a single tenant pad, and neither goes bad like a clubhouse path in a residential community.

We retrofit ramps, landings, and accessible routes on commercial and association property across the north metro. Some of it is corrective work after a complaint. Plenty of it is a manager who watched a resident with a walker take the long way around and decided not to wait for one. This page sorts the work by property type, because that's how the problems sort themselves.

The buildings here didn't all age the same way

Older retail frontage is the biggest bucket. A long walk under a canopy, panels poured a long time ago, and a lot that's settled toward its inlets ever since. The ramp at the end might still measure fine. It's the walk that drifted, one panel at a time, until the cross slope through the middle of the frontage runs downhill toward the parking. Nobody notices until somebody in a chair fights it sideways.

Single tenant pad buildings fail at the door instead. One stall, one short ramp, one landing that was tight the day it was built and is now half taken up by a settled panel, a mat, or a door swinging out over the space somebody needs to stand in. Office and flex buildings fail at the transitions: several suite doors sharing one walk, every threshold a slightly different height than the last.

Then there's association property. Clubhouses, pool gates, mail kiosks, and the paths connecting them to resident parking. Those routes were often built to read as landscape features rather than accessible routes, and around the mature communities near Legacy Ridge and The Ranch, that's where boards call us in. The newer blocks by Bradburn are a different job: the geometry was drawn right, and what needs attention is the wear items.

Property type, the route it inherited, and the piece that has to change

What we measure before anybody writes a scope

• Running slope along every segment, not just at the ramp
• Cross slope taken at intervals, because it drifts between readings
• Landing dimensions top, bottom, and anywhere the route turns
• Clear width past every obstruction: posts, bollards, planters, mats
• Threshold height and the swing arc of the door itself
• Condition and placement of any detectable warning surface
• Rise of the run, which decides whether handrails come into it
• Where water crosses the route, since ice is an accessibility problem too

Where the numbers live, and who confirms them

Federal accessibility standards set the limits: a maximum running slope, a much tighter maximum on cross slope, minimum landing dimensions, minimum clear width, and handrails once a run rises past a set height. Those are national numbers and we build to them. What we won't do is tell you what your local reviewer will require on your property. Plan review and any local amendments belong to your building department, and you should hear it from them rather than from a contractor's assumption.

In the field, cross slope is where projects fail. Running slope is easy to hit because everybody watches it. Cross slope is a fraction of an inch across the width of a walk, and it's the number a settled panel, a sloppy screed pass, or a tie-in to old concrete quietly ruins. We form to a target with margin in it, because building right at the limit means any movement at all puts you over.

Why routes drift here, and when we build them

Two forces do almost all of it. Settlement pulls a panel down where the ground lost support, usually near a downspout, a landscape bed, or an old trench. Heave lifts one where moisture got in and froze. Both are fractions of an inch, and both are enough to push a compliant cross slope out of range. So we don't just re-pour the panel. We open the ground, fix what's feeding it, rebuild the base, and set the new work with fall that carries water off the route instead of across it.

Season wise, April through October. We build a temporary accessible path first, sequence so a building never loses its only usable door, and keep demolition outside your busiest hours. Winter work is possible with cold weather methods, but cure stretches, and an entrance nobody can use for an extra week is a poor trade.