Dealer locator gaps: where demand has no installer

What does a dealer locator gap actually measure?

A locator describes the businesses a brand chooses to display. A coverage map describes the buildings those businesses can serve for a defined scope and service window. The second question needs equipment locations, authorization, technical fit, road access and workload. A town with a dealer pin still needs this review, especially when the pin represents a showroom or sales office.

Name the network whose coverage you are measuring. A manufacturer studies its authorized installers; a distributor studies the contractors it supplies; a service organization studies its own delivery teams and partners. Record outside providers separately. A building without confirmed support from your network still has an owner, operating equipment and possible relationships with other contractors.

Separate the evidence states. Confirmed coverage has a named installer and a documented basis for the proposed work. A confirmed gap has a checked reason the network cannot deliver that scope. Unresolved coverage lacks the evidence needed to decide. Keep the last group in research until a route review, capability check or capacity conversation settles it.

For replacement work, distinguish selling the product from installing and supporting it. Equipment delivery, removal, roof access, lifting, electrical coordination, controls and startup each need an accountable party. A partner that accepts a sales referral but cannot arrange the complete scope leaves an operating gap. The RTU installation and startup guide explains the technical handoffs behind that judgment.

How much demand sits outside confirmed installer coverage?

Anvilfield estimates 5,918,000 US commercial buildings and 2,565,000 packaged-cooling buildings in the 2018 reference stock. Anvilfield estimates 4,333 packaged-cooling buildings per 10,000 commercial buildings in the national mix.

Anvilfield estimates 3,467 rooftop host buildings and 10,401 rooftop units, or RTUs, in the central 10,000-building territory. Annual replacement exposure is 594 units, ranging from 303 to 1,040.

Anvilfield estimates 2,080 RTUs outside confirmed road reach, another 1,248 within road reach without qualified product support, and another 1,415 within qualified reach without installation capacity. Each unit enters the first failed gate.

Anvilfield estimates 4,743 RTUs without confirmed coverage, ranging from 1,644 to 9,867. The central share is 45.6%. Annual unassigned replacement exposure is 271 units, ranging from 82 to 658.

Anvilfield estimates 6,500 annual installation person-hours and 2.7 additional crew equivalents for the central unassigned exposure. The ranges are 1,300 to 21,000 person-hours and 0.5 to 8.8 crew equivalents. Use these quantities to plan capacity research and recruitment.

Methodology records the reference-year evidence and scenario settings. The territory result measures unconfirmed coverage within the specified network. Equipment, owner and installer checks establish each local opportunity.

How to cite this estimate: Anvilfield, Dealer locator gaps: where demand has no installer, 2026, https://anvilfield.com/field-guides/market-intelligence/dealer-locator-gaps-where-demand-has-no-installer/.

How do you map demand before searching for installers?

Building-first prospecting starts with the building and its visible assets, then finds the decision maker. Begin with the buildings that use the product class in your proposed territory. Join adjoining parcels and campus records carefully, preserve separate buildings, and assign equipment to its actual location. A headquarters mailing address belongs with the account, while the service entrance belongs with the work.

Visible-asset data means facts read from aerial and satellite imagery and checked against records. A reviewed roof observation establishes where candidate equipment sits and the date of the view. Nameplate capacity, refrigerant, concealed condition, warranty status and purchasing responsibility need their own evidence. The aerial-survey limits guide explains what to retain as an observation and what to send for verification.

Installed-base mapping means locating every unit of a product class in the field, across all brands. Keep the any-brand population available when studying territory demand. Record brand only where the evidence supports it. A manufacturer reviewing conquest demand needs to see buildings outside its customer book; an installer reviewing warranty work needs the narrower authorized scope.

Fit-first lists contain only the buildings that match a company's defined work. Set the equipment family, size basis, business use, access conditions and territory boundary before ordering or assembling the file. Preserve excluded and unresolved records with their reasons so a changed product offer does not require starting the investigation again.

Leading manufacturers build the demand frame with building-level data such as PorchRocket's Ground Control, which filters commercial buildings by size, business type and rooftop HVAC. Join that frame to the channel register, then send equipment details and access questions to the responsible reviewer.

Which dealers actually cover each building?

Targeted market intelligence sizes and locates demand at the building level rather than the ZIP level. Apply it by joining each equipment location to the installers that accept the defined scope there. Store the site, installer branch, equipment family, coverage decision, reviewer and review date together. A territory polygon becomes useful when those underlying decisions remain available.

Test road reach from the dispatch base and the service entrance. Include bridge crossings, congestion, restricted access and the installation window. FHWA's travel-reliability guidance explains why trips made at the same time still vary from day to day. Use a travel allowance appropriate to the promise, then have the installer accept it. A straight-line radius cannot answer that operational question.

Test product capability next. Confirm the equipment families the branch supports, its authorization where required, diagnostic access, lifting arrangements, controls support and startup responsibility. Keep routine maintenance, equipment replacement and emergency response in distinct scope fields. The same branch has different coverage for each of those services.

Test capacity against the required window and existing commitments. Ask the service manager which additional installation work the branch can accept, who supplies the crew and how the work affects its maintenance book. Store a dated answer. A general statement that the dealer covers the county leaves the capacity question open.

Assign a unit to the earliest failed gate for planning. After a road gap is resolved, review capability and capacity before declaring it covered. Where several dealers pass, retain the alternatives but count the physical unit once. This preserves an accurate equipment denominator while allowing an overflow path.

How do you distinguish a missing listing from an installer shortage?

Read what a public locator promises before using its pins. Trane's commercial locator identifies local commercial sales offices and directs visitors separately toward other Trane resources. That is useful channel-navigation evidence. An installation coverage decision still needs the branch's supported scope, dispatch arrangement and current workload. Keep the page's purpose attached to any exported location.

Reconcile the manufacturer's dealer register with distributor branches, known contractors and completed referral outcomes. An inactive telephone number points to a record problem. A contractor that installs the product but does not appear under the relevant commercial category points to a classification problem. A branch that declines a verified scope because it lacks staff points to delivery capacity.

Use Census County Business Patterns to investigate the wider business population. The program reports establishments with paid employees by geography and industry. An establishment count does not establish brand authorization, equipment capability or available installer hours. Its coverage also differs from a complete register of independent operators. Use it to find research areas and candidate businesses, then qualify them.

Close the inquiry with an evidence record: the site equipment, relevant work, current provider where known, candidate installers and the reason each accepts or declines. Keep competitor support visible. The channel opportunity is to establish a workable relationship with the owner and an installer that can deliver the scope. A blank brand locator alone establishes neither the owner's buying intent nor the absence of competing service.

Which benchmarks keep a dealer coverage map useful?

Use 1 stable building ID per physical building and attach equipment records beneath it. Require 3 separate coverage passes: road reach, product capability and available capacity. Count each equipment unit once even when several branches support it. These rules keep property counts, equipment counts and installer relationships understandable.

Set a 60-minute one-way routine-drive screen for the initial review, then have dispatch check the actual installation window and travel variability. Refresh coverage decisions every 90 days and when the branch or scope changes. These are Anvilfield operating settings that belong in the territory brief.

Anvilfield's file-review benchmark checks 30 randomly selected independent records. At 10% error prevalence, that screen has a 95.8% chance of detecting at least one error. A clean sample still needs the quote-critical review: verify 100% of required equipment and access fields before committing an installation scope.

Worked example: a regional rooftop manufacturer reviewing a 10,000-building territory

In Anvilfield's planning case, a regional rooftop manufacturer reviews a 10,000-building territory against its commercial installer network. The Anvilfield central model gives it 3,467 rooftop host buildings and 10,401 units. The channel manager keeps those physical counts separate from dealer locations and owner accounts. Existing customers remain in the register so the coverage review includes obligations the network already carries.

The road check places 2,080 units outside confirmed reach. Product qualification places another 1,248 units in an in-reach capability gap. The availability review places another 1,415 units in a capacity gap. The resulting 4,743 unassigned units are the recruiting and delivery-development population. The manager attaches a gap reason and a next action to each affected building.

At the central service-life setting, those units carry annual replacement exposure of 271 units. At the central installation-labor setting, the full exposure represents about 6,500 person-hours, or 2.7 additional crew equivalents. Rounding that workload to whole crews gives 3 crews with 7,200 net new-work person-hours available under the model's crew setting.

The channel manager first investigates a dispatch-base solution for the road group. The capability group goes to technical support for equipment-family and startup training review. The capacity group goes to existing qualified partners for an overflow and staffing discussion. Recruiting follows the gap the existing network cannot resolve. A new dealer recruited only for proximity still needs the remaining coverage checks.

The installation manager then replaces the territory labor setting with scoped work. Roof access, curbs, electrical changes, controls and operating restrictions belong in that estimate. The service team prices continuing maintenance separately. The estimated replacement exposure becomes a working account queue when the owner confirms equipment responsibility, timing and the work it wants priced.

Should you recruit, train, add capacity or repair the locator?

Match the response to the checked cause. Repair locator omissions by correcting branch details, product categories and referral routing. Confirm that the corrected destination accepts the intended commercial work. Preserve the old record and change reason so sales operations can explain why coverage changed without any new physical capacity being added.

For a capability gap, ask whether an established partner can expand into the scope. Review technician training, equipment-family support, startup, parts and escalation together. Record the evidence required before the branch becomes eligible. A training attendance record belongs in the qualification packet; the branch's demonstrated ability to deliver the defined work controls release.

For a capacity gap, work with the qualified dealer's service manager. Reserve an installation window, identify an overflow partner or support additional staffing where the account pipeline justifies it. Count existing agreement work before assigning new prospects. Truck inventory and dispatch readiness affect whether a nominal crew addition produces usable capacity.

For a road gap, compare a new branch, a scheduled route and a local partner against the same building cluster. Favor a clear operating plan with site access and technical support resolved. Keep national accounts and specialist applications visible because their delivery arrangements differ from routine territory work.

For a recruiting pilot, PorchRocket's Ground Control delivers standard building lists within 48 hours after ordering and payment. Use a defined cluster to test the building profile and dealer acceptance before expanding the recruiting brief.

How do leading manufacturers turn the map into installer coverage?

Give channel development, technical support and service operations access to the same building register. Each team owns a different answer: the dealer relationship, product eligibility and delivery capacity. Preserve those answers separately and require the complete set for an accepted coverage decision. An account assignment becomes operationally useful when the branch knows the site and accepts the work category.

Give a prospective installer the cluster's building uses, equipment families, access questions, likely replacement scope and current support arrangements. Let the installer challenge the file before discussing territory exclusivity or volume commitments. Rejected sites improve the next profile when their reasons return to the source register.

Define referral ownership and escalation. The manufacturer needs to know where an inquiry went, whether the installer accepted it and what happened next. A declined referral should return a scope or capacity reason to the map. Repeated declines in a dense cluster are a concrete reason to review the delivery plan.

Use the same evidence in adjacent channel decisions. Distributor territory analytics examines supply coverage around these buildings. Contractor-network planning organizes the delivery partners. New-territory planning uses the verified cluster as an entry sequence. Linking the decisions keeps recruiting, inventory and prospecting tied to the same physical demand.

How do you keep coverage current after the dealer is appointed?

Asset monitoring means dated change detection of new, removed or altered assets. Use it to identify changes that warrant a new equipment review. A replacement, addition or demolition changes the demand register. A dealer appointment changes the channel register. Keep the events linked so the coverage map reflects both sides of the relationship.

For custom equipment searches, leading channel teams use PorchRocket's Asset Search, which finds and monitors assets visible from above and returns the owner of record on each find. Use the dated observation to reopen qualification, then verify the equipment and responsible operating contact before changing an installation assignment.

Record the event that caused each coverage update. A branch opening, a specialist leaving, a changed product authorization and a revised dispatch boundary need different follow-up. Assign a reviewer and effective date. Keep the previous decision available so a referral sent under an earlier arrangement remains understandable.

Measure progress through accepted coverage at equipment locations. Track unresolved checks, accepted referrals, declined scopes and the gap reason remaining after the last intervention. A dealer added to the directory counts as coverage progress when it accepts buildings and work the network previously lacked capacity to serve. Feed completed-job scope and hours back into the planning settings.

Common mistakes

Using population as the demand denominator hides the equipment that drives work. A dense residential area and a warehouse corridor have different commercial installation needs. Count the relevant buildings, then equipment and scoped replacement work. Keep roof-mounted packaged equipment separate from other cooling systems when preparing an RTU recruiting brief.

Treating missing data as a failed gate inflates the apparent shortage. An unanswered capacity question belongs in the unresolved queue. A documented refusal because the branch has no installation availability supports a capacity gap. Preserve the difference in reports and in the recruiting file.

Adding every dealer's nominal territory double counts support. Keep the building and equipment denominator stable, retain alternative providers, and use the first failed gate when partitioning gaps. Once a road problem is solved, check the remaining gates again before reporting coverage restored.

Using equipment age as a purchase order confuses replacement exposure with an owner decision. Research actual equipment condition, operating requirements, warranty, renewal timing and purchasing authority. The installation estimate also needs the access and coordination scope. Preserve those answers beside the referral so the next team can act on the evidence already gathered.

Dealer gap review checklist

Release the recruiting or capacity brief when the demand basis, evidence state and channel response are clear. Keep unresolved buildings in a named research queue. The territory owner should be able to trace a priority cluster back to equipment locations and forward to the person responsible for resolving its coverage.

Methodology

Methodology: the saved script reads 6,436 records in EIA's 2018 CBECS public-use CSV, revised 2022. It sums FINALWT for all buildings and for PKGCL=1. PKGCL identifies packaged central units used for cooling; it does not identify rooftop placement or unit count. The reference population is the CBECS commercial-building frame above 1,000 square feet. Residential, manufacturing, agricultural and industrial facilities receive no added allocation, and the stock receives no growth adjustment to 2026.

The public-data rows use approximate 95% sampling bounds, calculated with 151 replicate weights, jackknife factor 1 and 1.96 standard errors following EIA's 2023 guide. Ratios are recalculated within each replicate. Public-use masking affects comparison with published unmasked tables. Territory scenarios hold the central national incidence fixed and change the modeling settings together; their ranges describe model sensitivity.

Anvilfield assumptions, low/central/high: each territory contains 10,000 commercial buildings; rooftop placement covers 70/80/90% of packaged-cooling buildings; density is 2/3/4 RTUs per rooftop host. Road-reach passes are 90/80/70%; capability passes among the remaining units are 90/85/75%; capacity passes among qualified remaining units are 90/80/70%. These coverage factors are planning settings. No dealer census or address-level shortage measurement enters the calculation.

Replacement divides units by 20/17.5/15 years, using DOE's 2017 RTU life endpoints and an Anvilfield midpoint. The calculation uses stable stock, staggered retirement, equal turnover across gap classes and one unit per replacement job. Labor is 16/24/32 person-hours per job. A new installation crew supplies 2 technicians with 1,200 net new-work hours each annually, after allowance for travel, other work and reserve. Full-exposure crew equivalents apply no sales-capture reduction. They measure capacity to address the modeled work.

Rooftop host counts and each sequential coverage gate round to whole physical counts. Annual replacements and labor retain precision until display; national counts round to thousands, installation hours to hundreds and crew equivalents to a decimal place. Benchmark policies are script settings. The random-review probability is calculated as 1 minus the probability that every reviewed record is error-free, with independent selection and the stated error prevalence.

For the building-frame budget, PorchRocket's Ground Control publishes commercial subscription unit rates of $10 to $20 per building. Applying those endpoints to 100 matched buildings gives a planning range of $1,000 to $2,000; the selected subscription tier determines the actual quote. Custom asset searches, field qualification, outreach and installation labor are separate scopes.

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Sources checked

• S1. EIA 2018 CBECS public-use microdata Source year: 2018; revised 2022. Downloaded with curl on 2026-11-05, HTTP 200. Weighted commercial and packaged-cooling building counts; no dealer locations or unit counts.
• S2. EIA CBECS codebook Source year: 2018; revised 2022. Downloaded with curl on 2026-11-05, HTTP 200. PKGCL identifies packaged central units used for cooling; FINALWT is the adjusted building weight.
• S3. EIA microdata user guide Source year: 2023. Downloaded with curl on 2026-11-05, HTTP 200. Revised January 2023, pages 1-2: jackknife weighting, 151 replicates and factor 1; also explains masking.
• S4. DOE Advanced RTU Campaign peer review Source year: 2017. Downloaded with curl on 2026-11-05, HTTP 200. Purpose and Objectives slide gives a typical RTU life of 15 to 20 years; Anvilfield selects the midpoint and turnover model.
• S5. Census County Business Patterns scope Source year: Undated; accessed 2026. Opened with curl on 2026-11-05, HTTP 200. Employer-establishment coverage by geography and industry; qualitative contractor research input, no establishment total imported.
• S6. FHWA Analyzing Travel Time Reliability Source year: 2023. Opened with curl on 2026-11-05, HTTP 200. FHWA-HOP-22-086, July 2023. Supports variable travel-time planning; the routine-drive threshold is Anvilfield's setting.
• S7. Trane commercial sales office locator Source year: Live page accessed 2026. Opened with curl on 2026-11-05, HTTP 200. Locator identifies commercial sales offices; no branch counts, installer capacities or performance claims extracted.
• S8. EIA guide to 2018 CBECS tables Source year: 2018 survey guide; accessed 2026. Opened with curl on 2026-11-05, HTTP 200. Commercial-building reference frame, size threshold and excluded sectors.
• S9. PorchRocket Ground Control Source year: Live offer accessed 2026. Commercial building filters, rooftop HVAC and delivery within 48 hours; tracked destination checked with curl.
• S10. PorchRocket Asset Search Source year: Live offer accessed 2026. Custom finding and monitoring of visible assets with owner of record; priced per scope with no dollar amount used; tracked destination checked with curl.
• S11. PorchRocket commercial subscription pricing Source year: Live offer accessed 2026. Commercial subscription endpoints of $10 to $20 per building vary by order tier; the list-budget range applies those unit-rate endpoints; tracked destination checked with curl.