Do HOVER or EagleView Tell You Which Roofs Are Due? What Each Tool Actually Does

Short answer first, because you are busy and the question deserves a straight one: no. HOVER and EagleView do not tell you which roofs are due for replacement. They measure a roof you have already decided to measure. Both are excellent at what they do, and what they do is take off square footage, pitch, linear measurements, and a 3D or aerial picture of one specific building so you can price the job. Neither one looks across a neighborhood and ranks the four thousand houses in it by how worn out their roofs are.

That sounds like a small distinction. It is not. It is the difference between a tool that helps you bid a job you already have and a tool that helps you find the jobs in the first place. Contractors lose a lot of money confusing the two, because they buy a measurement platform expecting it to also feed the top of their pipeline, and then wonder why the pipeline is still empty. The measurement was never the bottleneck. Knowing which door to knock was.

Below is the honest, practitioner-level version of what HOVER does, what EagleView does, where the "which roofs are due" question actually gets answered, and how to build a stack that handles both the measurement problem and the targeting problem without paying twice for the same gap. There is real estimating help here too, plus a storm-documentation workflow that keeps you on the right side of the law. Where roof-age and storm data is the obvious answer to the targeting half, this gets specific and names the trade-offs honestly, including the limits.

The fastest way to understand the question

Think about the two distinct jobs a contractor has to do before a re-roof ever gets sold:

1. Decide which roof to spend time on. Out of every house in your service area, which ones have a roof old enough or storm-beaten enough that the owner will actually buy a replacement this year? This is a selection problem. It is about ranking many roofs.
2. Measure and price the roof you chose. Now that you are standing in front of one house with a real prospect, how many squares is it, what is the pitch, how much ridge and valley and drip edge, what does the material run? This is a takeoff problem. It is about one roof, in detail.

HOVER and EagleView are takeoff tools. They are built for job two. They assume you have already solved job one some other way: a referral came in, a storm map lit up a ZIP, a canvasser knocked, an old customer called. The moment you have an address and a willing homeowner, these tools shine. Before that moment, they are silent, because they were never designed to make the selection.

When someone asks "do HOVER or EagleView tell you which roofs are due," they are really asking "can my measurement tool also do my targeting." The answer is no, and any vendor who blurs that line is selling you on a capability the product does not have.

What EagleView actually does

EagleView is the older of the two and the one most adjusters know by name. It pulls high-resolution aerial and oblique imagery, much of it from EagleView's own aircraft fleet, and produces a measurement report for a roof you specify by address. You order a report on 1428 Maple Street, and you get back the total roof area, the pitch of each facet, ridge and hip and valley lengths, eave and rake lengths, step flashing runs, and a diagram with every facet labeled.

What EagleView is genuinely great at:

• Remote measurement with no site visit. You never have to put a tape on the roof or fly a drone. For steep, cut-up, or dangerous roofs, that is a real safety win, and it lines up with how OSHA wants fall hazards reduced wherever the work can be done off the roof.
• Adjuster credibility. Insurance adjusters recognize and trust EagleView reports. When your repair estimate references an EagleView measurement, the squares are rarely the thing anyone argues about.
• Oblique angles. The angled shots let you see roof planes, chimneys, and slope changes that a straight-down view flattens out.
• Property data add-ons. EagleView and its property-intelligence products can surface things like building footprint, structure attributes, and some property characteristics.

Here is the part that matters for the question at hand. Even EagleView's richer property-data products are organized around a property you look up. You still have to know which address you care about. The platform answers "tell me about this roof," not "out of my whole county, hand me the 600 roofs most likely to need replacing this year, ranked." The imagery exists. The ranking layer that turns imagery into a prioritized target list is a different product category, and it is not what you are buying when you buy measurements.

Does EagleView tell you roof age?

Not directly, and this trips people up constantly. EagleView's imagery can show you the condition of a roof if you look at it: granule loss that reads as a mottled, patchy surface, missing or lifted shingles, tarps, staining, rust on metal. A trained eye can infer that a roof is old or damaged from a good oblique shot. But there is no field in a standard EagleView measurement report that says "this roof is 19 years old" or "this roof is due." Age is not measured; it is, at best, inferred from visible wear, and visible wear is a lagging and unreliable proxy. Plenty of roofs that look fine from the air are at the end of their service life, and some that look rough have years left.

So if your plan was to scroll EagleView imagery and eyeball which roofs look old, you can do that, but you are doing manual visual triage one address at a time. That does not scale to a service area, and it misses the roofs that are aged-out but not yet visibly failing, which are exactly the ones a good salesperson wants to reach before the leak.

What HOVER actually does

HOVER takes a different path to the same takeoff goal. Instead of aircraft imagery, HOVER turns a set of smartphone photos into a fully measured 3D model of the house. Someone walks the perimeter, snaps the guided photos of each elevation and the roof, and HOVER's photogrammetry stitches them into a dimensionally accurate 3D model. From that model you get roof measurements, but also siding, fascia, soffit, window and door counts, and a model you can use for visualization and proposals.

What HOVER is genuinely great at:

• Whole-exterior measurement. Because it builds a 3D model of the entire house, HOVER is strong for jobs that touch more than the roof: siding, gutters, full exterior restoration.
• Visualization and homeowner buy-in. You can show a homeowner their actual house with different shingle colors or siding on it. That sells.
• Accuracy on accessible homes. When the photos are captured well on a standard residential home, the model is tight.
• One capture, many outputs. The same photo session feeds measurements, a proposal, and a visual.

And here is the same catch. HOVER requires someone to be at the house taking photos. That is the giveaway. A tool that needs a person standing in the yard is, by definition, a tool you use after you have decided that house is worth a visit. HOVER cannot tell you which yards to send that person to. It is the last mile of measurement, not the first mile of targeting.

Does HOVER tell you roof age?

No. HOVER models geometry, not chronology. The 3D model knows the exact pitch and area of every facet; it does not know whether the shingles went on in 2007 or 2021. Like EagleView, HOVER can capture visible condition in its photos, which a person can interpret, but there is no age field and no "due" signal. And again, the capture only happens once a human is already on site, so even the condition read is downstream of the selection decision you needed help with.

The honest side-by-side

Read the bottom two rows of that middle section again. Both tools have "No" exactly where the "which roofs are due" question lives. That is not a knock on either product. It is the category boundary. Measurement tools measure. Targeting is a different category that answers a different question.

Why this confusion costs real money

The reason this matters operationally, beyond mere semantics, is that the wrong mental model burns budget in three specific ways.

You over-measure. Some contractors, having paid for a measurement subscription, start pulling reports speculatively on houses nobody asked about, hoping the report tells them whether to pursue the house. It does not. You just spent money to learn the square footage of a roof you have no reason to believe is due. Multiply that by a few hundred speculative pulls and you have spent real money to answer the wrong question.

You under-target. Because the measurement tool feels like it is doing aerial-imagery magic, it lulls you into thinking your top-of-funnel is handled. So you keep blanketing whole streets with mail and knocking every door, including the third of the street that put a new roof on two years ago. The measurement tool did nothing to stop that waste, because stopping that waste was never its job.

You misread your own funnel. When jobs do not materialize, the instinct is to blame the measurement tool's accuracy or price. But the leak was upstream. You were measuring the wrong roofs, or measuring fine and still knocking the wrong doors. Fixing measurement accuracy by a percent or two does nothing for a pipeline that is starved of the right addresses.

None of this is the tools' fault. They do their one job well. It is a stack-design problem: you bought a great hammer and expected it to also find the nails.

So where does "which roofs are due" actually get answered?

The "due" question has two real drivers, and any honest targeting approach has to model both:

1. Age. Asphalt shingle roofs in most of the country run a service life in the rough range of 15 to 30 years depending on product, ventilation, and climate, with a lot of common three-tab and entry-level architectural roofs landing meaningfully shorter than the premium-product marketing suggests. A roof that went on 18 to 22 years ago is in the replacement conversation whether or not it is leaking yet. Age is the single most reliable signal that a roof is due, and it is invisible to measurement tools.
2. Storm exposure. Hail and wind do not wear roofs out uniformly. The same storm cell can pound one street and skip the next, and within a single hail swath the impact a given roof actually takes depends on the stones' size and fall angle versus that roof's slope and orientation. A roof that has eaten two real hail events and a high-wind day is closer to due than its age alone suggests.

Neither of those signals comes off a tape measure or a 3D model. So the honest answer to "do HOVER or EagleView tell you which roofs are due" is that the question belongs to a different data layer entirely: a layer that estimates roof age across many addresses and models storm exposure per roof, then ranks them. That layer is what targeting software is for, and it is the missing piece in a stack built only of measurement tools.

A quick reality check on the alternatives people try first

Before getting to targeting tools, it is worth clearing out the data sources contractors reach for and why they fall short for the "due" question:

• Zillow / public records "year built." Year built is not roof age. A 1968 house may be on its fourth roof. Re-roofs almost never show up in public property records, so year built systematically misleads you, usually toward thinking roofs are older than they are on old housing stock and missing recent re-roofs entirely.
• County permit data. Re-roof permits are spotty. Many jurisdictions do not require them, many roofers skip them, and coverage varies wildly county to county. Permits are a useful negative signal where they exist (a 2023 permit means skip that house), but absence of a permit tells you almost nothing.
• Eyeballing aerial imagery by hand. As covered above, you can do this in EagleView or free aerial views, but it is one-address-at-a-time visual triage, it misses aged-but-intact roofs, and it does not scale to a service area.
• Buying shared leads. This answers a different question (who raised their hand) and comes with its own problems: the same homeowner is often sold to several contractors at once, so you are paying to fight three other trucks for one job. Targeting your own area is the opposite model: roofs nobody else flagged, on streets you already work.

Where RoofPredict fits, honestly

This is the part where, because the topic is exactly the gap these measurement tools leave, it makes sense to be specific about what fills it and to be honest about the limits.

RoofPredict is built for the selection problem, not the takeoff problem. You give it a service area or your own list of addresses, and it returns, house by house, a roof-age estimate as a range, the storm history modeled for that specific roof, and a combined score so you can rank the addresses by how likely each roof is to be due. It scans the aerial imagery to estimate age, and it models hail trajectory and wind on each roof rather than just telling you a storm passed through the ZIP. A hail map shows you where it hailed; modeling each roof tells you which roofs the storm likely wore out. Then it sorts your area so you knock and mail the worn-out roofs and skip the new ones.

That is the whole-area ranking row that read "No" for both EagleView and HOVER in the table above. It is a different category of tool, and it sits upstream of them in your workflow, not in competition with them.

The honest limits, because a tool that oversells itself is not worth trusting:

• Roof age is a range, not a birth certificate. The output is something like "18 to 22 years," not "installed June 14, 2006." Anyone promising an exact install date from aerial imagery is overselling. A tight, honest range is enough to rank and prioritize, which is what you need.
• Storm modeling is odds, not proof of damage. Modeling that a roof likely took a significant hail impact is a prioritization signal, not a finding of damage and certainly not a promise that an insurer will pay for anything. The only way to know what a roof actually has is to get up there and document it. The model tells you which roofs are worth that climb.
• It does not measure the roof. RoofPredict has no idea how many squares 1428 Maple is, and it is not trying to. That is precisely where EagleView or HOVER come in. The two layers complement each other; they do not overlap.
• It does not buy or sell leads. It does not hand you a homeowner who raised their hand. It ranks the roofs in the area you already work and enriches your own list so your existing outreach hits the right doors. The selling is still yours to do.

Used together, the workflow is clean: RoofPredict (or any age-plus-storm targeting layer) decides which roofs are due and worth your time, and then EagleView or HOVER measures the ones that turn into real appointments. Each tool does the one thing it is actually good at.

A practical end-to-end workflow that uses each tool for its real job

Here is how a sharp residential or storm-restoration operation actually sequences these tools across a week, with the targeting layer doing job one and the measurement layer doing job two.

Step 1 — Define the area or pull the list. Pick the neighborhoods you can realistically service, or export your own CRM and mailing list of past estimates and customers. This is the input the targeting layer needs and the input measurement tools cannot use.

Step 2 — Rank by due-ness, not by gut. Run the area or list through an age-plus-storm targeting layer. You now have every address scored and sorted: oldest-and-most-storm-beaten at the top, new roofs filtered to the bottom. This is the step EagleView and HOVER simply cannot perform.

Step 3 — Triage the top of the list. Take the top, say, 300 ranked addresses. Split them by motion: the freshest storm-exposed ones get a knock this week, the aged-out-but-quiet ones get a mail piece, and any that match names in your old CRM get a personal call because that is found money with zero ad spend.

Step 4 — Knock and qualify. At the door, you are not guessing. You already know this roof scored high on age and storm exposure. Your opener is grounded: you are working the street, you noticed roofs in this pocket are reaching the age where they tend to need attention, and you would be glad to take a look. Qualify for real interest. A green canvasser who knocks pre-ranked doors closes more and quits less, because the doors actually convert.

Step 5 — Now measure. The homeowner is interested. This is the moment EagleView or HOVER earns its keep. If it is a roof-only job and you want adjuster-friendly numbers with no climb, pull EagleView. If it is a full exterior or you want to show the homeowner color options on their own house, capture it with HOVER. You are spending measurement money only on roofs that became real prospects.

Step 6 — Document and estimate. Get on the roof, document condition thoroughly, and write an accurate, line-item estimate off the measurement. If storm damage is part of the story, this is where the documentation workflow below matters.

Step 7 — Hand it off correctly. Deliver a clean estimate and clear photos to the homeowner. If it is an insurance situation, the homeowner files and the carrier decides. You stay on the documentation-and-estimate side of the line. (More on exactly where that line is, next.)

Notice that measurement does not appear until step five. Five out of seven steps happen before EagleView or HOVER does anything, and all of the "which roofs are due" work is in those first steps. That is the whole point.

The storm-damage documentation workflow (and the legal line)

A lot of the people searching "which roofs are due" are storm-restoration contractors, and the honest follow-up is: once I find a likely storm-damaged roof, how do I handle it without stepping into trouble? This part matters, because the rules here are real and a few states enforce them aggressively.

What you, as a roofing contractor, may absolutely do:

• Inspect the roof and document everything. Get up there safely and take thorough, dated, well-lit photos. Photograph hail bruising with a reference (a chalk circle and a coin or tape for scale), creased or torn shingles from wind, granule loss in gutters, soft metals like vents and flashing for hail spatter, and the collateral hits on gutters, screens, and AC fins that corroborate a hail event.
• Write an accurate, Xactimate-aligned repair estimate for your own scope of work. Price the actual work it would take to repair or replace, using line items and measurements that hold up.
• State facts about your scope to the carrier. You can describe what you found and what your repair entails, factually.
• Hand your documentation and estimate to the homeowner. They are the policyholder. They file the claim. The insurer decides coverage.

What you, as a contractor, may not do for a fee (this is where roofers get into real legal jeopardy, including under unlicensed public adjusting statutes):

• Negotiate, adjust, or "handle" the claim on the homeowner's behalf. That is public adjusting, and doing it without a license is illegal in most states.
• Interpret the policy or coverage for the homeowner — telling them what is or is not covered.
• Promise a specific payout, approval, or settlement amount.
• Say anything about the deductible being waived, absorbed, covered, or made to disappear. In many states that is straight-up insurance fraud.
• Advertise a "free roof." The roof is not free; the policy is paying for covered damage, and the homeowner owes their deductible.
• Represent the homeowner against the insurer.

The safe frame is simple and it is also the honest one: you document thoroughly, you write an accurate estimate, and you hand it to the homeowner. The homeowner files and the carrier decides coverage. Your value is in the quality and completeness of the documentation and the accuracy of the estimate, not in any claim-handling you are not licensed to do. Train every salesperson and canvasser on that do-not-say list. It protects the company and it builds the kind of homeowner trust that referrals come from. A targeting layer's role here is only to tell you which roofs are worth climbing to document in the first place; it does not touch the claim.

Estimating help: reading and using the measurement report

Once you have a measurement report from either tool, here is how to turn it into an estimate that does not leak margin. This is the takeoff-to-estimate handoff that the measurement tools start and you have to finish.

Squares and waste factor

The report gives you total roof area, usually in squares (one square = 100 square feet). The number you actually order material against is total area plus waste. Waste accounts for cuts at hips, valleys, rakes, and penetrations.

• Simple gable roof: roughly 10% waste is common.
• Cut-up roof with multiple hips and valleys: 15% or more is realistic.
• Steeper and more complex: the more facets and the more valleys, the more you trim and the higher the waste climbs.

A worked example. Say EagleView reports a roof at 28.4 squares. On a moderately cut-up roof you might apply 15% waste: 28.4 × 1.15 ≈ 32.7 squares of field shingle to order. If you had naively ordered 28.4 squares, you would be making an extra supply run mid-job, which costs you labor hours and momentum. Order the waste in from the start.

Pitch drives labor and safety

The report's pitch matters for two reasons. First, steeper pitches slow the crew and often require roof jacks or additional fall protection, which is both a safety requirement and a labor-cost driver. Second, pitch changes the actual surface area versus footprint; a steep roof has meaningfully more material than its footprint suggests, and the measurement report already accounts for that, which is one reason measured area beats footprint-based guessing.

A rough labor-multiplier mental model many estimators use:

If you bid a 10/12 roof at the same labor rate as a 5/12, you eat the difference. The measurement report hands you the pitch; honor it in the labor line.

Linear measurements you will actually order from

Do not stop at area. The report's linear measurements drive a real chunk of your material and labor:

• Ridge and hip lengths → ridge cap shingles and ridge vent.
• Valley lengths → valley metal or ice-and-water in the valleys.
• Eave lengths → drip edge, starter, gutter apron, and the ice-and-water at eaves where code requires it.
• Rake lengths → rake drip edge and starter up the rakes.
• Step flashing runs along walls → counter and step flashing material and labor.

Estimators who price off squares alone and "eyeball" the accessories consistently under-bid the detail work, which is where complex roofs quietly lose money. The measurement report already counted those feet for you. Use them.

A clean estimate structure

Build the estimate in the order a crew actually installs, so nothing gets forgotten:

1. Tear-off and disposal (by squares and layers)
2. Deck inspection and re-nail; budget line for sheathing replacement
3. Underlayment and ice-and-water (eaves, valleys, penetrations per code)
4. Drip edge / starter (eave and rake linear feet)
5. Field shingles (squares + waste)
6. Ridge and hip cap (linear feet) and ventilation
7. Flashing: step, counter, pipe boots, chimney
8. Penetrations, accessories, and detail work
9. Cleanup, magnet sweep, and final inspection

Every one of those lines ties back to a number on the measurement report except deck replacement, which you cannot know until you are tearing off. So carry deck replacement as a clearly-stated unit-price allowance rather than burying it, and the homeowner is not blindsided by a change order.

Common mistakes contractors make with these tools

Treating year built as roof age. Already covered, but it is the single most common targeting error, so it earns repeating. Re-roofs are invisible to public records. A house's age is not its roof's age.

Expecting the measurement tool to qualify the prospect. It will not. It measures. Qualification is a sales conversation and, upstream of that, a targeting decision.

Speculative report pulls. Paying for measurements on roofs nobody asked about, hoping the report tells you to pursue them. Rank first with a targeting layer; measure only what converts to an appointment.

Ignoring waste and pitch. Bidding off bare squares at a flat labor rate. The report hands you the data to avoid this; estimators who skip it bleed margin on complex roofs.

Confusing condition with age in aerial imagery. A roof that looks fine from the air can be at end of life, and one that looks rough can have years left. Visible wear is a lagging, noisy signal; age and storm exposure are the leading ones.

Buying shared leads to fix a targeting problem. A shared lead is the same homeowner sold to several contractors. It does not solve "which roofs are due in my area" — it just rents you a fight over one roof. Owning your area's targeting is the structural fix.

Crossing the claims line. Promising payouts, talking deductibles, advertising free roofs, or "handling" the claim. Document and estimate; let the homeowner file and the carrier decide.

Choosing your stack: a short decision guide

You likely need EagleView when:

• Most of your volume is roof-only and insurance-restoration work where adjuster recognition smooths the squares conversation.
• You want measurements with zero site visit on steep or dangerous roofs.
• You are comfortable buying reports per address once a job is real.

You likely need HOVER when:

• You do a lot of full-exterior work (roof plus siding, gutters, fascia) and want one capture for everything.
• Visualization sells your jobs and you want to show homeowners color options on their actual house.
• You have someone at the property anyway and can capture photos on the spot.

You need a targeting layer (age + storm ranking, like RoofPredict) when:

• Your pipeline, not your measurement accuracy, is the bottleneck.
• You are mailing whole streets or knocking every door and want to stop spending on the new roofs.
• You have an old CRM full of past estimates and customers and want to know which of those roofs have aged into the replacement window now.
• You are a storm operation that wants to work the roofs the storm likely wore out, not the entire ZIP a hail map lit up.

The mature answer for a growing residential or restoration company is usually one of each kind: a targeting layer to decide which roofs, and a measurement tool to take off the ones that turn real. They are not substitutes. Asking whether HOVER or EagleView tells you which roofs are due is a bit like asking whether your tape measure tells you which houses to drive to. Great tool, wrong question.

The signals that actually predict a re-roof (and why measurement misses all of them)

If neither HOVER nor EagleView surfaces the "due" signal, it is worth being precise about what does. A roof is due when its remaining service life is short, and remaining service life is driven by a handful of factors that a measurement report never touches:

• Installed age relative to product class. A 20-year three-tab roof and a 20-year laminate roof are in very different places. Economy shingles and older three-tab products often give out years before their premium cousins. Age alone is the strongest signal, and the product class sharpens it.
• Cumulative storm load. Each real hail event and high-wind day spends some of the roof's life. Two hail seasons in a row can move a roof from "a few years left" to "due now," and that load is location- and orientation-specific, not a county-wide constant.
• Slope and orientation. South- and west-facing slopes bake under more UV and tend to degrade faster than north slopes on the same house. A steep slope sheds water and debris better than a low one. The same roof ages unevenly facet by facet.
• Ventilation and deck condition. Poorly vented attics cook shingles from below and shorten life. You cannot see this from the air, but it is real, and it is why two identical roofs installed the same week can be years apart in actual condition.
• Prior repairs and patchwork. A roof that has been patched repeatedly is signaling that the owner is nursing it along, which is often a buying signal — they already know it is failing.

Notice what every one of those has in common: none of them is a dimension. Measurement tools measure dimensions. The predictive signal lives in age, exposure, slope, and history. A targeting layer's whole job is to estimate those across many addresses; a takeoff tool's whole job is to ignore them and just give you the square footage. That is not a flaw in EagleView or HOVER. It is the line between the two categories, drawn cleanly.

The practical upshot: when you rank a service area by age range plus modeled storm load, you are approximating the remaining-service-life curve for thousands of roofs at once. You will not be right on every single house — age is a range and storm exposure is odds — but you will be right on average and at the top of the list, which is all a prioritized target list needs to be. Sorting four thousand roofs so the two hundred most likely to be due float to the top is a fundamentally different math problem than measuring one roof to the square foot, and it wants a fundamentally different tool.

The economics: what targeting versus measurement actually changes on your P&L

Let's put numbers to why getting the targeting layer right matters more than shaving a few dollars off a measurement report. These figures are illustrative and you should plug in your own, but the structure is what counts.

Say you mail a neighborhood of 4,000 homes at roughly $0.70 a piece all-in (print, postage, list). That is $2,800 for one drop. If a typical third of those roofs are too new to be in the market — re-roofed in the last several years — then about 1,333 of those pieces went to homeowners who physically cannot buy your product right now. That is roughly $933 of spend, per drop, aimed at roofs that are not due. Mail that neighborhood quarterly and you are looking at close to $3,700 a year landing on driveways where the roof is fine.

Now flip it. If a targeting layer lets you suppress the obviously-new roofs and concentrate the drop on the aged and storm-exposed addresses, that same $2,800 budget either shrinks (mail fewer, more-qualified homes) or works harder (more touches on the homes that can actually convert). You are not buying better measurements to fix this. Measurement does nothing here. You are buying the selection that decides where the stamp lands.

The same logic runs through every channel:

That last row is the only one where measurement moves the needle, and it only moves it after targeting has already done the expensive work of getting a real prospect in front of you. A measurement tool that is one percent more accurate saves you a few dollars of material on a job you already won. A targeting layer that keeps you from mailing a thousand new roofs saves you real budget every single drop. They operate on different lines of the P&L, and the targeting line is the bigger one for a company whose problem is volume rather than estimating precision.

This is also why the answer to "do HOVER or EagleView tell you which roofs are due" matters beyond trivia. If you believe the measurement tool covers targeting, you stop looking for the thing that actually fixes your top-of-funnel economics, and you keep paying the new-roof tax on every campaign.

A few honest edge cases

"Can't I just look old roofs up in EagleView imagery for free-ish?" You can squint at imagery and flag obviously rough roofs, and for a tiny target area that is fine. It breaks down the moment you try to do a whole service area, because it is manual, one address at a time, and it systematically misses the aged-but-intact roofs that are the best prospects (they look fine; they are not). It is triage, not targeting.

"Our market never gets storms." Then age is doing almost all the work in your targeting, and that is good news — age is the more reliable of the two signals anyway. The edge of modeling storm-per-roof is sharpest in hail-and-wind country, but the age side of "which roofs are due" matters everywhere, storm or not. Plenty of strong residential operations run targeting purely on roof-age ranking.

"We only do commercial / low-slope." Both measurement tools and the targeting logic shift on commercial. Low-slope assemblies (TPO, EPDM, modified bitumen, built-up) have different service lives and different failure modes, and the "due" signal leans even harder on age and known assembly type than on storm. Measurement still happens per building, and targeting still ranks which buildings are aging out; the specific service-life numbers just change.

"We already buy leads — why add targeting?" Because the two solve different problems and the economics differ. A shared lead is sold to several contractors, so you compete on speed and price for one homeowner. Targeting your own area surfaces roofs nobody else flagged, on streets you already cover, and it never resells the same prospect to your competitor. One is renting demand; the other is owning your own.

Bottom line

Do HOVER or EagleView tell you which roofs are due? No. They are measurement tools, and excellent ones. EagleView measures remotely from aerial and oblique imagery with the adjuster credibility that smooths restoration work. HOVER builds a full 3D model of the house from photos, which is unbeatable when the job touches the whole exterior. But both answer "how big is this roof I already chose," and neither answers "which of these thousands of roofs should I chase first."

The "which roofs are due" question lives in a different layer: roof age estimated as a range across many addresses, plus storm exposure modeled per roof, ranked so you spend your knock-and-mail effort on the worn-out roofs and skip the new ones. That layer sits upstream of your measurement tool, not in place of it. Get the targeting right and your EagleView and HOVER reports start landing on roofs that actually convert.

If the targeting half is your bottleneck — you are measuring fine but still knocking the whole street, or sitting on a CRM full of old estimates and not sure which have aged into the replacement window — that is the gap RoofPredict is built to fill: which roofs are due, by age range and storm modeled per roof, across the area you already work. Hand it a roof you already know the answer on and judge it yourself. Then let your measurement tool do what it does best on the ones that turn into jobs.

FAQ

Do HOVER or EagleView tell you which roofs are due for replacement?

No. Both are measurement tools. They take off the size, pitch, and linear measurements of a roof you have already chosen to measure. Neither one ranks the roofs in your area by how likely they are to need replacement. That ranking is a targeting question driven by roof age and storm exposure, which is a different category of tool that sits upstream of measurement.

Does EagleView show roof age?

Not directly. An EagleView report gives you measurements, not an age field. You can sometimes infer that a roof is old from visible wear in the oblique imagery, but that is a lagging, unreliable proxy. Roofs that are aged-out often still look fine from the air, which is exactly why visual triage misses your best prospects. Age has to come from a data layer built to estimate it, and the output is honestly a range, not an exact install date.

Does HOVER tell you the age or condition of a roof?

HOVER models geometry, not age. Its 3D model knows the exact pitch and area of every facet but not when the shingles went on. It captures condition only in the photos a person takes on site, and that capture only happens after you have already decided the house is worth a visit, so it cannot help you decide which houses to visit in the first place.

What is the difference between measurement software and targeting software for roofers?

Measurement software (EagleView, HOVER) answers how big and how steep one specific roof is, so you can price the job. Targeting software answers which of the many roofs in your area are most likely due, by ranking them on roof age and storm exposure, so you know which doors to knock and which to mail. Measurement happens after you have an appointment; targeting happens before you knock.

Can I just use Zillow or county records to find which roofs are old?

Not reliably. Zillow and public records show year built, not roof age, and re-roofs almost never appear in property records, so a 1965 house could be on its fourth roof. County re-roof permits are spotty and many jurisdictions do not require them. These sources mislead more than they help for the due question; you need a layer that estimates roof age from imagery and models storm exposure.

How does RoofPredict differ from EagleView and HOVER?

It solves the opposite half of the problem. RoofPredict ranks which roofs in your area are due by estimating roof age as a range and modeling hail and wind on each roof, so you target the worn-out roofs and skip the new ones. It does not measure the roof, does not buy or sell leads, and does not handle claims. EagleView and HOVER then measure the roofs that turn into real appointments. They complement each other; they do not overlap.

Is roof age from aerial imagery exact?

No, and you should be suspicious of anyone who claims it is. Honest age estimation from imagery produces a range, such as 18 to 22 years, not a specific install date. A tight range is enough to rank addresses and prioritize who to contact first, which is what targeting actually needs.

I do storm restoration. Can these tools tell me which roofs got hail damage?

Measurement tools can show visible condition in their imagery, but they do not model storm exposure per roof and do not confirm damage. Modeling which roofs likely took significant hail or wind is a prioritization signal, not proof of damage and not a promise that a claim will be paid. The only way to confirm damage is to inspect and document the roof. The model tells you which roofs are worth the climb.

As a roofer, what can I legally do with a storm claim?

You may inspect the roof, document damage thoroughly with dated photos, write an accurate repair estimate for your own scope of work, and hand that documentation to the homeowner. The homeowner files the claim and the insurer decides coverage. You may not negotiate or handle the claim, interpret the policy, promise a payout or approval, say anything about the deductible being waived or absorbed, advertise a free roof, or represent the homeowner against their insurer. Doing those things can amount to unlicensed public adjusting or fraud.

Should I buy one tool or both a measurement and a targeting tool?

Most growing residential and restoration companies end up with one of each kind, because they solve different problems. A targeting layer decides which roofs are due so your outreach hits the right doors; a measurement tool takes off the roofs that turn into appointments. Buying only measurement leaves your pipeline starved; buying only targeting leaves you without estimating-grade numbers. They are complements, not substitutes.