Commercial Door Project Case Studies

This page exists to answer one question: have we done this before, on a building like yours. It does not answer it with invented projects.

What follows is what commercial overhead door project examples from this company contain, the project shapes we work on across Houston with the public evidence behind each one, and how to check any contractor's references. Named client references and photographs are available on request, with the client's permission. They are not published here, and the next section explains why.

What our commercial overhead door project examples contain

A useful project write-up is not a paragraph about a satisfied customer. It is a record detailed enough to map onto your own building:

• Building type and submarket — a shallow-bay flex park in Stafford, a multi-building self-storage facility on the northwest side, a dock-served distribution building near the Beltway — never a tenant's name without written permission
• The opening schedule — how many openings, and width × height for each type
• Door types supplied — rolling steel service doors, sheet roll-ups, sectional doors, dock doors or fire-rated assemblies — with duty rating and cycle count where one was specified
• What the existing doors were doing, what had already been tried, and the access constraint: occupied site, night work, one opening down at a time
• The timeline, split into survey, order and lead time, installation and close-out — on commercial work the lead time is the long pole, not the labour
• What was documented at close-out, who signed it, and photographs of the same openings before, during and after

Why the names and photographs are not published here

Three reasons, and none of them is that the work does not exist.

It is not our building. Photographs of a facility's doors are photographs of its access arrangements, and often of its tenants' units. Owners are entitled to say no, and on an occupied storage or multi-tenant site, no is a normal answer.

Confidentiality. A landlord's case study naming a park effectively names its tenants and its rent roll.

We would rather publish a thinner page than a dressed-up one. We could write three polished projects today with no names, sizes or dates, and it would read like every other contractor's project page. Instead this page describes the shapes of work accurately, and the named references and photographs come out on request — with the client's permission, and only if we have a relevant one rather than an unrelated substitute.

The project shapes behind our roll up door installation project work

The four shapes below are the work we do most. Each is a recurring pattern in the Houston market, described without a client's name, address or outcome. Every figure that appears is published market research or a lease document — not one of our job records.

1. Self-storage door-turn programmes

The building: multi-building self-storage, a mix of drive-up units and interior corridors, anywhere across the metro.

Why it recurs: the average self-storage facility is over 20 years old, and the largest supplier of storage doors reports restoration, rebuilding and replacement at 26.4% of its revenue against 41.2% for new construction — its own investor material names facility age as the driver. Storage doors are a replacement market before they are a construction market.

The problem: unit doors fail one at a time. Latches, handles, guides, bottom bars and seals take more abuse than springs do, and the product class — rolling sheet doors, covered by DASMA 207 — is light-duty by design. Each failure takes a rentable unit offline while a tenant's belongings sit behind the door, and because a facility's doors were installed together, they tend to arrive at that condition in the same period rather than one at a time.

The work: survey and grade every door; build a schedule by building, row and size; replace in phases tied to unit turnover so only the units that must be empty are empty; standardise on a small number of sizes and part numbers so one inventory serves hundreds of openings.

What the owner is solving: fewer emergency calls, units that are rentable when they are shown, and capital phased deliberately rather than spent in a panic.

2. Multi-tenant flex parks where no single tenant owns the door

The building: shallow-bay multi-tenant flex and office-warehouse — the tightest segment in the Houston market. Published examples of the format, and not our client list, include a Stafford park with 114 bays averaging about 3,000 SF, a southwest Houston business park with 64 tenants averaging under 3,000 SF, and parks with spaces from roughly 800 SF to 23,000 SF. Sub-25,000 SF infill space is "chronically undersupplied" and attracts virtually no concessions (Cresa, Houston Industrial Q1 2026), and smaller spaces command a rent premium (Avison Young). The format clusters around Clay Road and Fairbanks, Stafford and Sugar Land, and the Hardy Toll Road side of the north submarket.

Why it recurs: the lease puts the door on the tenant. The industry-standard AIR Form MTN-6 net lease says the landlord is not obligated to "maintain, repair or replace windows, doors or plate glass of the Premises", while the tenant's obligations include "restorations, replacements or renewals when necessary" — and the move-in warranty covering loading doors expires 30 days after possession for everything except HVAC. A door can go years without service while three different businesses use it, and the landlord sees the accumulated problem only when a bay turns over.

The work: identify and number every door; agree who authorises and pays; inspect and grade the set; standardise hardware across the park so a service visit carries the right parts for any bay; replace in phases tied to vacancies rather than mid-shift.

What the owner is solving: deferred maintenance surfacing at the worst possible time, an inventory of mixed and obsolete hardware, and no single party accountable for an asset the building depends on.

3. Dock door replacement

The building: warehouses and distribution buildings with dock-high openings, where one building's schedule can run to dozens of doors — a build-to-suit specification filed with the SEC lists eighty 9 ft × 10 ft manual overhead steel doors with matching dock levelers in a single building.

The problem: the failure mode is impact, not wear. DASMA's dock door guidance notes that mounting clips, weather seals and jamb brackets take frequent forklift and vehicle impact, and that a heavy-use dock door can run an hourly, round-the-clock duty cycle. Curtain and slat damage, bent bottom bars and torn seals follow, and a dock that cannot be used is a truck waiting and a load not moving.

The work: measure and schedule every opening; specify for impact rather than size, with knockout or breakaway designs and impact-resistant guides worth having before the first strike; specify cycles rather than a duty label; install outside receiving hours; coordinate levelers, restraints, seals and shelters so the opening is handed back complete.

What the owner is solving: repeat panel change-outs, loading delays, and a clear answer on who pays. Under a net lease the tenant usually carries dock doors and levelers; some institutional leases require the tenant to hold a preventative maintenance contract covering doors, levelers and restraints with visits at least twice a year; and larger repairs are often treated as capital with a threshold and an amortisation schedule.

4. Fire-rated assembly remediation

The building: any commercial building with a rated wall opening — storage corridors, property-line openings, hazardous storage, equipment rooms.

The problem: a labelled rolling fire door that will not drop, a fusible link painted over, an unreadable label, or no inspection record at all. These are life-safety assemblies and the obligation runs with the building owner, not whoever last touched the door. NFPA 80 is a standard rather than a code, so the first question is whether the adopted code requires it on your building.

The work: annual inspection and drop testing by a trained rolling steel fire door systems technician — two drop tests, on every fire door including those never used — repair of whatever the test reveals, and a record retained for at least three years. DASMA is explicit that components can fail during a drop test through no fault of the service provider, and that the repair may not be included in the test price, which is why remediation is quoted separately from the inspection.

What the owner is solving: a fire marshal's or insurer's request they cannot answer, an assembly untested for years, and a compliance item that becomes urgent only when someone asks for the paperwork. Fire-rated overhead doors and drop testing covers the obligation in detail.

Where the market facts come from

Everything above that is a number or a named place comes from published research rather than our job files: Houston industrial market reports from Cresa and Avison Young, the AIR Commercial Real Estate Association's standard net lease form as filed with the SEC, SEC filings from the largest supplier of self-storage doors, and DASMA technical data sheets. We cite them because they are checkable.

How to check any contractor's project examples

Ask for all of these, and treat a missing answer as an answer: the building type and submarket, and an address if the owner allows it; opening sizes and the door schedule; door types and duty ratings supplied; photographs of the same opening before, during and after, not one finished exterior shot; a timeline with lead time separated from installation; a reference who agreed to be contacted; and the close-out documentation, with who signed it.

What this page becomes

As clients grant permission, this page will carry named projects: building type, opening schedule, door types, timeline and photographs, described at whatever level the client prefers — named, submarket only, or sector only. Until then, the honest answer to "have you done this before" is a survey of your own doors and references you can call.

Related

• Commercial overhead and roll-up doors — the full commercial section
• Commercial door installation and replacement — how a project actually runs
• Self-storage unit and drive-up doors — the door-turn shape in detail
• Fire-rated overhead doors and drop testing — the compliance shape in detail