Commercial Roofing
A facility director reviewing roof condition in Edinburg, TX needs more than a list of defects. The inspection should show where water can enter, whether moisture has spread, how edges and penetrations are holding, and which work can wait. We walk the roof in a repeatable pattern, compare field conditions with interior signs, and photograph each repair boundary. The Rio Grande Valley heat season lasts from May through October, while Hurricane Dolly brought damaging gusts and minor damage to populated Hidalgo County, including Edinburg and McAllen. Those conditions focus the inspection on seams, perimeter securement, flashing, rooftop equipment, and drainage. We record what is visible and what needs a test or opening, then connect findings to repair, restoration, or replacement decisions. That record gives operations and finance the same roof picture.
We start with access and a roof plan, then walk each section, transition, and level change. The inspection checks membrane splits, open laps, loose edge metal, corrosion, flashing condition, penetrations, curbs, pitch pockets, drains, scuppers, overflow routes, and signs of ponding. Inside, we look for stains, odor, soft ceiling materials, and changes reported by the facility staff. A drone roof survey can document areas that are difficult or unsafe to reach on foot, but it does not replace close examination where the surface can be accessed.
We also note rooftop equipment, service paths, and evidence of work by other trades. A cable or pipe added after the last reroof can create a new puncture or leave a support resting on the membrane. In the Diligence Notes, we distinguish the observed condition from the likely cause, then identify any test needed to confirm it. That separation keeps a photo report useful: the director sees what we found, what remains uncertain, and what decision follows. We can repeat the same route during a later visit to compare changes. Heat adds its own entries to the notes: sealant that has dried and pulled away from a flashing edge, a seam that has opened along a temperature-cycle line, or a membrane surface that has softened where equipment sits close to it. Each of those is photographed beside a fixed reference so the next visit shows whether it moved.
A single open seam can be local, but several blisters, soft insulation, or repeat stains across separate bays may indicate a broader issue. We check whether moisture readings cluster around a drain, a penetration, or a field seam. After tropical wind, the walk moves first to edge attachment and exposed rooftop equipment, because those are the places a gust finds first. The report ties any repair to a condition found at the property in front of us.
Wind exposure calls for a different view of the perimeter. We inspect edge securement, coping, terminations, and roof-to-wall transitions, then note any movement or loose fasteners. At drains, we look for debris, trapped water, displaced strainers, and overflow paths. If one issue is affecting more than one roof section, the report maps the pattern rather than count individual symptoms as separate failures. A wind damage review can then focus on areas where the assembly lost attachment or flashing continuity.
We compare interior evidence with roof slope, deck joints, insulation, and nearby penetrations. Water can travel sideways before it reaches a ceiling, so the room below the stain is not automatically the source. We mark the interior location, inspect the roof above and upslope, and follow the likely path toward curbs or seams. An infrared moisture survey can identify temperature patterns for follow-up, while a probe or approved test cut confirms material condition. Each test point is photographed and tied to the roof plan.
When a visit follows tropical weather, we pay particular attention to lifted edges, loosened flashing, and water pushed beneath transitions. Drains and scuppers get the same attention, because wind-driven rain exposes any drainage limit the roof already had. The owner gets findings based on the roof actually examined.
A photo-based condition report groups findings by roof area, condition, and recommended action. We mark each item as monitor, repair, investigate, or include in a larger scope, then explain what observation supports the category. If a roof has a sound field but failed perimeter details, repair may be sufficient. If wet insulation crosses several sections or attachment is failing broadly, replacement deserves review. The report notes material type when identifiable and flags any area that needs a test opening before final pricing. The owner can see which notes came from direct observation and which require another test. That separation makes the report safer to use when bids, repairs, and maintenance decisions are compared later.
Because the city has adopted the 2018 building and energy conservation codes, we flag where permitting or assembly requirements could touch planned work. We also note dimensions and access constraints that influence staging, equipment removal, and sequencing. The report is useful for a single property and for multi-roof planning when a director needs to compare condition across sites. It records current observations, not an assumed remaining life. We can review the results with the owner and set a priority list tied to moisture, safety, and operating needs.
Timing depends on what the current inspection finds and what has changed since the last visit. A roof with open flashing or blocked drainage needs a faster follow-up than a stable area with isolated wear. After repair, we can revisit the same seam, drain, or curb and compare photographs. Maintenance can also capture new penetrations, material movement, and drain conditions before they cause interior damage. A preventive maintenance visit keeps that observation cycle tied to the building’s service schedule.
Hurricane Hanna caused wind and flooding impacts in Edinburg, so inspections after severe weather should include roof edges, water paths, and drainage as well as field membrane. We coordinate roof access with staff and document any areas that could not be safely reached. For buildings in the Edinburg service area, the report gives the facility director a basis for immediate work and future budgeting. Every recommendation points to a condition, a location, and a next step.
You receive a written condition report with photographs, observed defects, moisture notes, and repair priorities. We identify areas that need testing or access before pricing so the recommendation does not hide an open question.
One visit records current conditions but cannot establish an exact remaining life for every assembly. We describe the repair needs, moisture boundary, and signs of broad failure that support the next decision.
Drone images help document distant or hard-to-reach areas. Close inspection is still needed to test seams, confirm loose details, evaluate material softness, and verify drainage conditions where access is safe.
A visual check can identify impact marks, loose metal, punctures, or damaged equipment that are not obvious from the ground. The 2012 hail event affected the McAllen-Edinburg metro, though large hail is not routine in the Valley.
Yes. We group findings by area and urgency, show what supports each recommendation, and identify work that may be coordinated or phased. The facility director can use that record to plan repairs and later reinspection.