How to Find Commercial Roofs That Need Replacement

An old commercial roof has a different clock depending on its system: GAF’s January 2026 service-life guide gives TPO 20 to 30 years, PVC 15 to 30 years, and built-up roofing 15 to 20 years. Those ranges help choose an inspection conversation. They do not establish a replacement date.

For an estimator building a replacement pipeline, I would choose the roof system and workable building size before chasing the oldest roof in town. Ground Control by PorchRocket supplies the matching properties. Your first job with that list is to establish who controls the roof budget and what evidence would justify a survey.

For illustration, compare a 38,000 square foot warehouse with an older membrane against a metal building with scattered rust. Each deserves a different opening. Carry the system and age evidence into the call with one inspection question. Leave the replacement recommendation until you have seen the assembly.

What counts as an old commercial roof in 2026?

Use material-specific life references to plan surveys: TPO’s published 20 to 30 years and metal’s 40 to 60-plus years put the same installation year in different contexts.

The table separates service life from available warranty terms. The life figures are published references, including an association’s EPDM finding, rather than deadlines for every roof. Warranty examples describe eligible assemblies available in November 2026; the existing owner’s paperwork establishes that building’s coverage.

Roof system	Published service-life reference	Available warranty examples	My first planning question
TPO	GAF: 20 to 30 years	Carlisle: 5 to 30 years, assembly-dependent	When was this roof section installed, and what work has followed?
EPDM	ERA: 38-year benchmark with proper design, installation and maintenance; field reports exceed 50 years	Carlisle: 5 to 30 years, assembly-dependent	What do the inspection reports say about the assembly today?
PVC	GAF: 15 to 30 years	Carlisle: 5 to 30 years, assembly-dependent	Which product is installed, and what exposures does it serve?
Modified bitumen	GAF: SBS 10 to 30 years; APP 10 to 20 years	GAF matrix: SBS 12 to 30 years; APP 10 to 25 years on eligible assemblies	What are the base, cap and previous recover layers?
Built-up roofing, including gravel-surfaced BUR	GAF: 15 to 20 years	GAF: up to 20 years for eligible systems	How much of the current assembly is original?
Metal	GAF: 40 to 60-plus years	McElroy Metal: 5 to 25-year standing-seam weathertightness options	Are the concerns at details or across the panels?
Spray polyurethane foam, or SPF	SPFA: more than 20 years; 40-plus with inspection and recoating	Neogard coating-system example: 10 to 20 years	When was the protective coating last renewed?

Single-ply warranty terms come from Carlisle’s estimator resources. For modified bitumen, use GAF’s asphaltic guarantee matrix, and for BUR use its system guidance. Metal examples use McElroy Metal’s weathertightness terms; the SPF example uses Neogard’s coating warranty options. The EPDM and SPF life references are discussed in their system entries below.

A long warranty also tells you little about how much service life remains. NRCA advises against predicting roof life from warranty length. I would request the installation documents and the inspection file together, then separate the coverage question from the condition question.

What does a 10+ roof age band tell an estimator?

A 10+ band identifies a roof old enough for a history and capital-planning conversation; it supplies a prospecting threshold without establishing condition or the correct scope.

Record the evidence behind the age alongside the band. Keep building construction year in a separate column. In EIA’s 2018 CBECS Table B8, the 1990 to 1999 construction cohort contains an estimated 921,000 commercial buildings. Those are historical building counts, not counts of roofs still carrying their original coverings in 2026.

For commercial roof age by address, I would maintain four fields: roof section, supported installation date or interval, evidence source, and date the evidence was checked. Add the work type to the record. A coating invoice should retain its own date beside the membrane installation history.

Say the owner supplies a 2009 installation invoice for the main warehouse and a 2021 invoice for an addition, putting those sections at roughly 17 and five years old in November 2026 even though the property file carries one street address. Name the section. Give the main warehouse its own survey priority and keep the addition’s paperwork attached to its separate record.

The first call can be plain: “Our focus is older commercial roof systems in your area. Who keeps the installation and inspection records for this building?” Use the answer to refine the file. The roof age evidence guide explains how to preserve the difference between a supported date and an estimated band.

Reading ponding marks, patches and rust from the air

Use six visible clues to choose the next survey question: ponding marks, patches, rust, debris, gravel surfacing and rooftop equipment; each deserves a different opening offer.

I would write the image observation separately from the question it raises. “Dark marks near the west drain” belongs in one field. “Ask about drainage complaints” belongs in the next. That keeps the rep’s notes accurate when an owner asks how the property was selected.

Aerial clue	Question it raises	First offer	What to establish on site
Ponding marks	Does water remain here after rain, and has drainage been reviewed?	Drainage and roof-condition survey	Present drainage paths and the condition around low areas
Several patches	Were these isolated repairs or repeated work on the same problem?	Repair-history review with a roof-section map	Patch dates, materials and the owner’s leak records
Rust-colored areas on metal	Is the concern confined to details or spread across panels?	Metal roof assessment	Panel and detail condition, including the underside where accessible
Debris	Who maintains this roof and its drainage?	Maintenance inspection with an agreed cleaning scope	Current debris and drain condition
Gravel surface	Which assembly is under the aggregate?	Roof identification and records review	BUR versus a ballasted membrane, and the underlying build-up
Many rooftop units	What roof work accompanies equipment service or planned swaps?	Curb and penetration survey	Flashing details and the facility’s equipment-work schedule

These are proposed inspection questions. If the owner says a dark area was cleaned and repaired after the photograph was taken, the rep needs to record that newer information before the estimator spends time preparing a survey around a condition that is no longer there. Ask when the work happened.

Ground Control’s imagery is never older than two years when the order runs. Retain the image context with the prospect record and ask about work since that view. If the owner reports a recent replacement, record the section and date before scheduling a visit. Do not send the estimator to price a roof the owner just bought.

A field guide to seven commercial roof systems

Build separate survey offers for TPO, EPDM, PVC, modified bitumen, BUR, metal and SPF so each owner hears a question tied to their assembly.

The following owner types are starting segments I would test, not claims about which material dominates a market. Confirm the product and assembly during the survey. GAF’s system overview distinguishes the membrane families and their supporting layers; carry those distinctions into the estimate.

TPO

TPO is a thermoplastic membrane. Ask for paperwork first. If the file calls a 2008 white roof TPO but nobody has an invoice or product label, I would book a membrane-identification survey before preparing a repair specification or promising that the crew can weld a patch to it.

On the walk, make seams and penetrations part of the condition record. GAF’s 2026 aging guidance describes membrane deterioration that can include cracking, seam separation and punctures. Map the observed defects by roof section and ask whether previous repairs stayed dry. Give the owner dated photographs they can connect to the repair log.

For a recover, establish whether the existing base can receive the proposed cover board and membrane. If an owner wants both a recover number and a tear-off number before the assembly is established, I would first price the investigation needed to make either estimate defensible rather than burying an unknown removal scope in an allowance.

I would start a TPO campaign with distribution buildings and retail properties inside the service area, using an older-membrane condition review as the offer. Ask when the owner next reviews capital spending. Save the product information and the planned review date for the follow-up.

EPDM

EPDM is a rubber membrane, and a 20-year installation date alone is a weak reason to push replacement. The EPDM Roofing Association’s March 2026 announcement reports a service-life benchmark of at least 38 years, with some installations exceeding 50. Its evidence includes a survey of 569 roofing professionals and laboratory research. The finding assumes a properly designed and installed membrane that receives maintenance.

The finding concerns membranes. Assess the whole assembly. When the field notes identify a failed flashing beside otherwise serviceable EPDM, I would ask the estimator to explain what supports that localized scope and what further investigation would be needed before recommending removal of an entire roof section. Do the repair records support the same location?

For a first EPDM list, I would test office and warehouse properties where the owner will share past inspection reports. Offer a repair-versus-capital-plan review. If field evidence supports a recover, price its preparation separately from a tear-off alternative. Keep the recommendation tied to the roof section examined.

PVC

PVC is another thermoplastic membrane. GAF describes resistance to many chemicals and greases, but I would still establish the installed product and the building’s exposure history before choosing compatible repairs.

A restaurant or food-service property is a segment I would test with an exhaust-area and roof-condition survey. Ask who services the equipment above the kitchen. Then request the roof records. For a manager trying to keep the kitchen operating through roof work, I would bring the proposed access arrangements into the first scope meeting so the estimate reflects the hours when the crew can reach the exhaust area.

For aging assessment, ask the surveyor to map seam openings or flashing concerns and distinguish isolated work from a section-wide problem. Identify prior coatings or patches in the record. Request the manufacturer’s requirements for the proposed work before putting a recover assembly on paper.

A replacement proposal should identify which sections come off and how the building will operate during the work. Keep tenant access and equipment coordination in the scope review. Ask the manager who must approve those arrangements before you spend another afternoon on takeoff.

Modified bitumen

Modified bitumen commonly uses a base and cap sheet, with possible intermediate plies; installation methods vary by product. Ask which SBS or APP assembly is present and what records identify the layers.

For an older mod-bit prospect, I would have the surveyor document cap-sheet cracking and lap or flashing concerns on a section map. Check the additions. When one wing has been recovered but the owner supplies only the original building’s installation invoice, the estimator needs a section-by-section history before choosing what stays, because a single age entered against the address would hide the later work.

Small medical buildings and shopping strips are segments I would test for an inspection tied to next year’s roof budget. Ask about access and occupied areas before offering a scope.

Warranty eligibility can affect the option you price. GAF’s linked matrix lists SBS terms through 30 years on eligible assemblies, while recovered roofs in that matrix are limited to coverage up to 10 years. Confirm the proposed assembly’s terms before presenting an overlay and tear-off as equivalent alternatives. Write the accepted warranty scope into each estimate.

Built-up and gravel-surfaced roofing

BUR uses multiple reinforcing plies and asphalt, with surfacing that can include a cap sheet or gravel. GAF’s linked BUR guidance describes that construction and warranties up to 20 years for eligible systems.

An aggregate-covered roof needs identification before the sales rep calls it BUR. Gravel is the visible surface. If an old photograph is the only evidence behind the material label, I would ask the surveyor to identify the assembly beneath the aggregate and document it on the roof plan before the office starts pricing removal or a new covering.

For aging assessment, I would ask for a map of exposed or disturbed areas and the documented condition of flashings. Request an investigation plan where the existing build-up cannot be established from records and observation. Keep any test openings within the owner’s authorized survey scope.

I would test older warehouses and institutional buildings with a capital-plan survey. Establish what remains as the base for a recover. Price the removal scope separately when considering tear-off, including disposal and the assumptions behind deck review. Count roof-covering applications separately from the individual plies within a BUR system.

Metal

Metal needs an offer that distinguishes detail repairs from panel replacement. I would start with industrial and warehouse buildings showing rust-colored areas, then ask the owner which roof concerns are driving service calls.

During the survey, request separate findings for panels and penetrations. Follow the rust. I would ask the estimator to mark its extent and record the condition of fasteners or seams in those areas, so the owner can see why the proposal calls for a detail repair in one location and further investigation in another. Price panel replacement only where the findings support that scope.

Warranty language deserves a separate review here. The linked McElroy Metal program offers weathertightness terms of 5, 10, 15, 20 or 25 years on eligible standing-seam systems. Ask the owner which coverage was purchased and request that document. Keep finish coverage and weathertightness coverage in separate fields when reviewing the file.

An older metal building can support a paid assessment and future maintenance even when replacement is years away. I would prioritize an owner willing to document repair history over an equally old roof whose owner declines a condition discussion. Record the next agreed inspection or budget date.

Spray polyurethane foam

SPF needs a coating-history question alongside the roof’s installation date. The Spray Polyurethane Foam Alliance’s commercial guidance describes service exceeding 20 years, with inspection and recoating supporting 40 years or more.

Ask when the protective coating was last renewed and what inspections followed. Have the surveyor record coating wear or exposed foam. If the original foam dates to 1998 and the owner paid for renewal in 2020, I would carry both dates into the estimate and ask what the present coating assessment supports before treating the original installation year as a reason for removal. Request investigation of suspect areas before pricing another renewal.

The linked Neogard example lists 10, 15 and 20-year warranty terms for a silicone system over SPF. Treat those as terms for that coating-system offering, subject to its requirements. Match the renewal proposal to the installed system and the owner’s coverage documents.

I would test SPF prospects only where the crew has the relevant inspection and application capability. Ask for prior coating paperwork when booking the visit. If your company pursues renewal work, the roof coating prospecting guide gives that campaign its own offer and follow-up process.

Recover versus tear-off and the two-roof rule

The 2024 IBC Section 1512.3 bars an ordinary recover over two or more existing roof-covering applications; establish the layer count before offering an overlay price.

For commercial work, start with the jurisdiction’s adopted code and amendments. IIBEC’s explanation of the 2024 IBC identifies replacement under Section 1512.2 and reproduces the recover restrictions under Section 1512.3. Recover is also prohibited over a water-soaked or deteriorated base that is inadequate for additional roofing, or over slate, clay, cement or asbestos-cement tile.

The residential counterpart is 2024 IRC Section R908.4, which also restricts recovering over two or more roof-covering applications. Do not carry an older section number from a residential checklist into the commercial estimate.

The rule concerns applications of roof covering. Counting each BUR ply as a separate roof would misstate the assembly. Protective coatings and independently supported roof systems have provisions that require their own review. Establish how the proposed work is classified with the building official and system designer.

I would require a written answer to four questions before issuing a recover proposal:

• Which code edition and amendments apply to this address?
• How many roof-covering applications exist on each section?
• What evidence establishes the condition of the existing base?
• Which assembly and warranty requirements does the proposed option satisfy?

That investigation changes the job’s budget. Removal, disposal and any deck repairs belong in a tear-off scope. If part of the assembly can remain, state what stays and how it is prepared. A rep should sell an assessment capable of answering those questions before promising a lower-cost recover.

Which building owners belong in a replacement pipeline?

Prioritize owners who can authorize a survey and explain their capital approval process; I would compare portfolio-managed buildings with a separate segment of owner-operated warehouses.

These are campaign choices. Ask how roof work enters the budget. For portfolio managers, I would offer a roof-by-roof spending schedule they can compare across properties. For medical facilities, ask which occupied areas cannot tolerate disruption and work backward from permitted construction windows. For schools, ask when project funding and site access are decided. Those answers determine when your report needs to arrive.

An owner-operated warehouse needs a different question: what would make the owner approve work before another leak? An approaching lease renewal, an equipment move or a planned sale can provide a decision date. Record only the trigger the owner confirms. A warehouse owner who shares inspection history and authorizes an assessment can be a better first account than a portfolio manager who cannot identify the budget approver.

If the owner intends to run the roof until the next leak, ask what repair response they want and whether they will authorize a condition baseline. Put the account in a service category if that is the work they will buy. Keep it out of the current replacement forecast until the scope and funding conversation change.

Portfolio ownership is a reason to ask about other buildings after the first survey, not a reason to count them as won work. Offer one reporting format the manager can use across properties. Track each building’s roof section and review date separately.

Also ask about planned rooftop solar. NRCA’s linked guidance explains why roofing and solar service lives need to be considered together. Have the owner identify the responsible parties and their plans before the estimator prices access or removal work. Public owners require their own procurement route, addressed below.

Finding commercial roof age through permit records

Start an address-level history with the local permit search, then reconcile roof-work descriptions and status with owner documents; Fort Worth’s One Address provides one municipal example.

The City of Fort Worth’s One Address search includes permits among the records available by street address. Use the equivalent department for the building’s jurisdiction. Do not assume the county property card contains the city’s roof-work history.

My permit-research checklist would follow this order:

1. Match the site address to the building and parcel, including additions and detached structures.
2. Search roof-related work descriptions and retain the permit identifier.
3. Read which section and work type the record describes.
4. Distinguish an application or issued permit from evidence of finished work.
5. Ask the owner for installation invoices and warranty documents that resolve missing details.
6. Store the supported date or interval with its source and the remaining question.

A record describing a loading-dock addition should keep its own roof date. Read the work description. If the only recent permit concerns that addition while the owner is asking about the main warehouse, leave the larger roof’s installation year unresolved and request its documents instead of letting a convenient search result supply the wrong date.

The time cost is worth budgeting. Assume eight minutes to search and assess each of 200 addresses, plus four minutes to record each result. That is 200 × 12 minutes = 40 staff hours, before calling an owner. These are planning assumptions for a manual research exercise, not a measured municipal search time.

I would spend the deeper research time on buildings already inside the chosen roof categories and service area. On the first pass, establish enough history to make an accurate offer. When a manager agrees to a survey, request the records that can affect the estimate.

Free permit research fits a short named-account list. For a territory campaign, use property screening to narrow the addresses first, then investigate the records that matter to the site visit. A missing record should leave an open history question in the file.

Building and ranking the 10+ commercial roof list

Set geography, material, a 10+ age band and building size before sorting visible wear; I would test 40 buildings before expanding to 200.

Start with a service boundary the crew can support after the sale. For a “near me” search, define the towns or ZIP codes where a repair visit fits the schedule. I would exclude isolated properties that require a separate half-day route unless their potential work justifies it.

Next, choose the roof categories your crew handles and a building-size band such as 25,000+ or 50,000+ square feet. Use building size to screen the account; obtain roof-section measurements for estimating. Give metal roofs a separate campaign from membranes when the inspection offers differ. Route gravel-surfaced prospects through an assembly-identification offer.

A first request through the commercial roofing list page might specify warehouses and retail buildings, roofs in the 10+ band, membrane material and 25,000+ square foot buildings within the chosen towns. Include visible patches or ponding marks when those observations fit the survey offer.

My sorting order would be eligible size first, then relevant visible wear, then route grouping. I would use the following sheet to settle ties, rather than letting the most dramatic photograph consume the whole week’s estimating time.

Screening item	Points available	Rule for this campaign
Building size fits the crew’s chosen band	4	Required before scoring the account
Material matches the team’s capability	3	Required before booking the survey
Older roof band has supporting history	2	Keep the evidence beside the score
Visible clue matches the offered inspection	2	Save the observation and inspection question
Site fits an existing service route	1	Group with nearby survey appointments

The maximum is 12 points. This is an author’s screening method, not a condition rating. Once outreach starts, add the responsible person’s role and budget-review date as separate fields. A high score cannot substitute for permission to inspect.

Use the commercial building filters for broader account screening. A crew pursuing restoration can use the coating audience page for a separate request. The commercial roofing lead guide covers the next step of identifying who approves the work.

The money behind a roof worth visiting

At an assumed $46 loaded hourly cost, a 90-minute misfit visit plus $14 vehicle expense costs $83; twelve such visits consume $996 and 18 staff hours.

Here is a planning model, with every rate chosen for illustration. The 90-minute visit includes 25 minutes of travel, 45 minutes on site and 20 minutes of notes. Loaded hourly cost includes payroll burden. Replace both cost assumptions with your company’s numbers.

To compare lists, budget 40 staff hours for the whole campaign, including surveys. Assume manual prospecting works 160 unfiltered addresses and produces four authorized surveys, while a selected list works 80 buildings and produces eight in the same total hours because less time goes to rejecting unsuitable addresses before a visit. Test those counts in your first campaign.

Assume one signed paid account per ten surveys over repeated campaigns. A signed account means approved paid work, such as a repair or maintenance agreement; a future replacement stays outside that count.

Campaign assumption	Manual address screening	Selected building list
Staff hours, including surveys	40	40
Labor at $46 per hour	$1,840	$1,840
Building list budget	$0	80 × $20 = $1,600
Authorized surveys	4	8
Signed-account planning rate	1 per 10 surveys	1 per 10 surveys
Expected accounts across repeated campaigns	0.4	0.8
Labor plus list cost per expected account	$1,840 ÷ 0.4 = $4,600	$3,440 ÷ 0.8 = $4,300

The selected-list budget uses Ground Control’s published upper unit price. Add contact research and travel costs to both columns before approving the spend. Fractional accounts are averages for comparing repeated campaigns. A single batch can produce zero.

Under these assumptions, the same hours support twice as many surveys and expected accounts. If the selected list produces only four surveys, its modeled acquisition cost rises to $8,600. Check the survey count before ordering the next batch.

At a $4,300 acquisition cost, a single $1,425 repair leaves $2,875 of acquisition spend uncovered before job costs. I would cap the first campaign at an amount the company’s cash can carry while the account develops.

A fitting building can also support work over several years. For a worked five-year account, assume a 38,000 square foot single-story warehouse in Fort Worth, with 37,600 square feet of roof established for the example. Assume five separately approved $1,780 annual maintenance programs, two $1,425 repairs and one awarded replacement budgeted at $7.85 per roof square foot.

That conditional revenue is (5 × $1,780) + (2 × $1,425) + (37,600 × $7.85) = $306,910. The unit budget is an estimating assumption, not a published 2026 market rate. All five maintenance renewals and the replacement award are assumptions too. No replacement revenue belongs in the sales forecast until the owner approves that work.

To see what could pay for acquisition, assume contribution after direct job costs of 35% on maintenance, 40% on repairs and 18% on replacement. These are chosen margins for this illustration, before general overhead and tax.

Five-year work, if approved	Revenue	Assumed contribution
Five maintenance programs	$8,900	$3,115.00
Two repairs	$2,850	$1,140.00
One replacement	$295,160	$53,128.80
Total	$306,910	$57,383.80

Without the replacement, service and repairs contribute $4,255. That is $45 less than the modeled $4,300 acquisition cost, before general overhead. With every listed job approved and delivered at those assumed margins, contribution after acquisition is $53,083.80. The replacement carries most of the value. Budget prospecting from cash available today, and keep the future roof project in its own stage. The commercial roofing customer value model examines that account math over a longer period.

The first facility-manager conversation

Offer a defined roof survey or capital-plan inspection, then ask who keeps the records and when funding decisions occur; a 10+ age band supports that request.

I would avoid opening with a replacement price. First establish responsibility: “Who manages roof service for this building, and who approves capital roof work?” Those can be different people. Ask whether they have installation documents and recent inspection reports available for the surveyor.

Use this example email as a starting draft. Replace the brackets with information you have verified and include only an observation you can explain.

Subject: Roof planning review for [property address]

Hello [facility manager],

Our roofing crew serves commercial buildings in [area]. We are offering a roof-condition review for older [confirmed system or general roof category] roofs ahead of the next capital budget.

The review would document the accessible roof sections and identify repairs or further investigation needed before replacement planning. Could you point me to the person who keeps this building’s roof records and approves a survey?

I can send the survey scope and fee before you decide. If the roof was recently replaced, please let me know so I can correct the property record.

[Sender’s business signature]

Once the manager responds, agree on the survey price and what the report will contain. Arrange access separately. Request permission for any test opening. I would book the report-review appointment at the same time as the survey, because the estimator needs a place on the manager’s calendar to discuss the findings before another contractor is invited to price a scope nobody has settled.

For a manager with an established roofer, I would offer a second capital-planning opinion or a backup service discussion if they want one. Ask which vendor requirements apply before assigning the estimator.

The report should identify the section examined and its documented findings. Distinguish immediate work from items needing further investigation. If replacement planning is supported, agree on the scope information needed for a budget and the date the owner wants it. Save those decisions with the survey record.

A working cadence for 200 buildings and one rep

Work a 200-building list in five groups of 40, starting with one 40-building test; use permissioned surveys and agreed follow-up dates to control the rep’s workload.

I would spend the first month on the test group, then work one group per month if survey capacity allows. That makes this a five-month plan for 200 buildings. Order 40 at a time while testing the offer. If you buy all 200 together, check every property match within the 30-day credit window even though outreach will take longer. The schedule below is a proposed operating cadence, not a conversion forecast.

Timing	Rep’s task	Record to leave behind
Days 1 to 3	Review the first 40 matches and resolve obvious address conflicts	Fit status and the proposed inspection question
Days 4 to 7	Identify the responsible role and make the first outreach	Contact path and response
Days 8 to 14	Follow up where appropriate and qualify survey interest	Access requirements and agreed next action
Days 15 to 21	Coordinate booked surveys and owner records	Survey scope and report-review appointment
Days 22 to 30	Review reports, record costs and decide the next batch	Paid-work status, budget date or removal reason
Following months	Work the remaining four groups and maintain existing follow-ups	One owner-approved next date per active account

Reserve time for surveys before opening the next 40 accounts. If one rep is also doing the walks and writing estimates, I would hold the next group until the first group’s reports have review appointments, even when that leaves part of the 200-building list untouched for another month. Finish the booked work first.

Review how many buildings were reached and how many conversations reached the responsible person. Then count authorized surveys and signed paid accounts. Keep replacements in their own stage with scope and funding evidence. A survey appointment belongs earlier in the pipeline.

For owners without a current project, I would propose a 90-day check-in only when it fits their plans. A manager reviewing capital requests in August should receive the report before that review. Follow the agreed date when it differs from your default cadence.

Log recent replacements and declined contact so they do not reappear in another batch. Compare acquisition spending with paid work before expanding the territory. If the material matches but surveys remain scarce, revise the offer and contact path first.

What is the fastest way to find older commercial roofs?

Ground Control by PorchRocket supplies a filtered list of older commercial roofs by area, a 10+ age band, membrane or metal material, building size and business type. Visible patches, ponding marks or rust can further focus the request. Commercial buildings cost $10 to $20 each, with owner information and decision-maker research priced as add-ons. Delivery is within 48 hours after payment, often sooner. Every property explains why it matched. Ground Control sends only properties it is 90%+ sure match and credits wrong matches within 30 days. Start with the roofs your crew handles, then use authorized surveys to establish the work.

Public replacement work for schools and cities

Use Bid Control by PorchRocket for city, county and school roofing opportunities, keeping those projects in a public-bid workflow alongside the private-building prospect list. Bid Control’s roofing page brings bid papers together with their addenda and shows early project signs from budgets and board records. Read the government roofing contract guide before selecting a project. Rafael leads Bid Team’s planning and paperwork work; you make the final call on your number. You sign and send. Keep public procurement dates separate from private owners’ survey appointments.

Finding replacement-age roofs in Ground Control

Give your estimator 40 matching buildings through Ground Control, selected for the systems your crew handles and the towns where it can provide follow-up service.

The order and file should give your estimator a clear starting point:

• Area and roof criteria selected through the commercial order page, with the exact price shown before payment and orders starting at 10 buildings.
• Matching buildings with the reason each qualified, so the rep can explain the survey offer.
• Owner information as an optional add-on, with decision-maker research for buildings where you need a named role, email or phone where found.
• An optional roof report and storm history for the roof trades, to add context before the site visit.
• CSV and Excel files your team can load into its account list and update with survey findings.
• Credit back within 30 days for a wrong match, with no charge for a contact the research cannot find.

Put the first 40 fitting buildings in your estimator’s hands, then use the survey findings to choose the next batch.