Scanifly Pricing 2026: Real Costs and Alternative

If you are researching Scanifly pricing in 2026, start with the honest answer: Scanifly does not publish a price list. There is no rate card, no plan table, and no per-project figure on its website, so anyone quoting you a hard number is quoting an estimate. Across our 10,000+ residential and commercial installations at Heaven Green Energy, we have watched installer partners sign up expecting a SaaS and discover they are buying drone-flight-hours plus a per-project measurement fee, with the figure most often cited in reseller conversations and review-site comments landing around $250 per design on top of a base subscription. That $250 is an unverified industry-observed estimate, not a vendor rate. If it holds, a 5-seat team shipping 20 designs a month is looking at roughly $60,000 a year before drone hardware, FAA or DGCA pilot certification, batteries, replacement parts, and weather delays. SurgePV, by contrast, publishes its price: a cloud platform that builds AI 3D roof models from satellite imagery in under 60 seconds at $1,299 per user per year on the 5-User Team plan, a flat $6,495 a year all-in, with no drone in the air.

Direct answer. Scanifly does not publish pricing in 2026. The figure most commonly cited in the market is a per-project fee of around $250 per design plus a base subscription, but that is an unverified industry-observed estimate rather than a vendor-confirmed rate. On that estimate, a 5-seat installer team shipping 20 designs a month would spend roughly $60,000 per year before drone hardware, FAA/DGCA pilot overhead, and weather delays. SurgePV replaces the drone-plus-Scanifly workflow with AI 3D roof modeling from satellite at a published $6,495 per year flat for a 5-User Team. Ask Scanifly for a written quote and compare it against that number. Book a free SurgePV demo to see the math on your real pipeline.

This guide is written for solar installers and EPC firms who are evaluating Scanifly honestly: what the per-project fee actually buys, what the drone overhead costs in real numbers, what breaks when weather grounds your pilots, and what a satellite-first alternative looks like. We share the 4-point bench test our solar EPC team uses internally to vet design software, and we map each Scanifly pain point to a specific SurgePV feature. You can compare SurgePV pricing against your stacked Scanifly bill in five minutes and decide for yourself.

Why Scanifly Pricing Is Hard to Pin Down in 2026

Scanifly runs a quote-based model rather than a published rate card. Its product page covers workflows, accuracy, and 3D modeling, and as of August 2026 we could not find a price on it. In practice that means the cost surfaces on the sales call, and it lands in two layers most installers do not budget for upfront.

The first layer is the per-project measurement fee. Scanifly processes drone-captured imagery into a 3D roof model, and that processing carries a per-project fee. Scanifly does not publish what it charges. The range circulating in reseller conversations and review-site comments is $200 to $300 depending on project size and tier, with about $250 the most commonly cited figure for a typical residential design. That is an industry-observed estimate and nothing more. Apply it to a 5-seat team shipping 20 designs a month and you get $5,000 a month, or $60,000 a year, which is a model of how the pricing shape behaves rather than a quote you can hold Scanifly to.

The second layer is the drone overhead nobody quotes in writing. You need a Part 107 FAA-licensed pilot in the US, a DGCA RPC-certified pilot in India, and equivalent paperwork in every other major market. You need the drone itself (a DJI Mavic 3 Enterprise runs $4,500 to $6,000), spare batteries, propellers, an SD card workflow, and an iPad or laptop for the field controller. You need to factor in weather delays (Gujarat monsoon June through September alone can knock out 30 to 40 working days). You need insurance.

Public reviews on Reddit r/solar, LinkedIn, and Capterra screenshots through Q2 2026 line up the same complaints. The per-project fee adds up faster than expected. Drone licensing eats junior engineer time. Weather delays push project timelines by days, not hours. The scope of the tool is deliberately narrow: Scanifly is strong at measurement, and as of August 2026 its published feature list does not extend to bankable yield simulation, branded proposals, or financial modeling. You still need a second tool for everything that happens after the measurement step.

That is not a knock on the product. It is a focused tool with the pricing shape of survey equipment rather than of a design SaaS seat. Because Scanifly publishes nothing, we cannot state a verified multiple against SurgePV’s flat per-seat price. On the industry-observed estimates above, a 5-seat team’s Scanifly total cost of ownership lands several times higher, while delivering one slice of a workflow that SurgePV covers end-to-end. Get the quote in writing before you plan a budget around either figure.

These two issues, the per-project fee plus the drone overhead, are why “Scanifly pricing” is one of the highest-volume searches in our software category. Installers Google it because the website does not give them a straight number.

The Real Cost of Scanifly (Stats That Matter)

Before we compare alternatives, here is the cost picture. Every Scanifly figure below is an unverified industry-observed estimate pulled from reseller quotes and G2 / Capterra comments through Q2 2026, because Scanifly publishes no pricing of its own. The drone hardware and SurgePV figures are vendor-published and verifiable.

That delta of roughly $53,000 per year rests entirely on the unverified $250 estimate, so treat it as a model rather than a headline. Three cost lines disappear regardless of what Scanifly actually charges when you move to SurgePV. The first is drone hardware capex ($4,500 to $6,000 per pilot, plus batteries and accessories). The second is FAA Part 107 or DGCA RPC pilot certification time (40 to 60 hours per pilot, plus exam fees). The third is weather delay risk, which in Gujarat alone hits 30 to 40 days per year during monsoon. SurgePV’s AI 3D roof runs from satellite imagery, no drone required, no weather constraint, no pilot licence.

For an EPC running commercial solar and residential solar workloads in parallel, the Scanifly model scales linearly with project count. Ship more designs, pay more per-project fees, hire more pilots. SurgePV’s team-tier pricing is flat regardless of project volume, so the cost stays predictable as you grow.

The 4-Point Heaven Green Design-Tool Bench Test

This is the framework we use internally to evaluate every solar design platform on the market. We score each tool from 1 to 10 on four criteria and refuse to deploy anything under 32 of 40 across our solar EPC workflow.

1. Engineering rigour. Does it run 8,760-hour, module-level simulation? P50/P75/P90 yield outputs that lenders accept? Soiling, snow, albedo, and temperature coefficient modeling? If it fails any of these, it is a sales tool dressed as a design tool. Scanifly fails this gate, because measurement is not simulation. You still need PVsyst or SurgePV downstream.
2. Full workflow coverage. Can one designer go from address to signed branded proposal inside the platform? Does it generate single-line diagrams, BOQ, DXF/DWG export for AutoCAD? Scanifly covers the measurement step only. Everything after that (design, simulation, proposal, BOQ, SLD) needs a second tool.
3. Total cost of ownership. Annual seat licence plus per-project fees plus drone hardware plus pilot certification plus weather delay risk across a 5-person team. We score by cost-per-finished-project, not cost-per-seat. Scanifly cannot be scored cleanly here because it publishes no price. On the unverified $60K+ estimate for a 5-seat team it loses badly on this axis, but that conclusion is only as good as the estimate, so get a quote in writing before you treat it as settled.
4. Global code coverage. NEC for US, IEC for EU, IS for India, AS/NZS for Australia. Built-in tariff structures (net metering, PM Surya Ghar, FiT, ToU). Scanifly is a measurement tool, so this is mostly not applicable, which is itself the point: you still need a separate design tool that does cover these.

When we run this bench on Scanifly versus the realistic alternatives, SurgePV scores 38 of 40 and wins outright. Aurora scores 32. HelioScope scores 30. OpenSolar scores 28, raised because its core platform is free and that is a genuine cost advantage over every paid tool here, SurgePV included. Scanifly scores 20 on a standalone basis, provisionally: high on measurement accuracy, weak on workflow, and unscoreable on cost until it publishes a price. The scoring is honest, and we will hand you the same scorecard if you book a demo and want to run your own tool through it.

Verdict. Use the 4-Point Bench Test on any tool you evaluate. If Scanifly scores below 32 on a 5-person team workload once you have its written quote in hand, the measurement accuracy you think you are buying is wiped out by per-project fees, drone overhead, and the second licence you still need for design and proposals.

Scanifly vs SurgePV: True Cost Comparison

Here is the comparison most installers want to see. The SurgePV column is vendor-published. The Scanifly column is not: Scanifly publishes no pricing, so its fee lines are unverified industry-observed estimates from reseller conversations and review-site comments.

The honest read: Scanifly is genuinely accurate as a measurement tool. The drone-captured 3D model has the edge on roof obstruction detail for complex commercial roofs where satellite resolution is the limiting factor. The trouble, if the industry-observed estimates above are close to right, is that you pay several times more, you wait for weather windows, and you still need a second tool for everything after the measurement step. SurgePV’s AI 3D roof from satellite hits ±3% accuracy versus LIDAR ground truth on tested residential and small-commercial roofs, which in our experience has been accurate enough for the great majority of projects we take to lender review.

Scanifly Cost Line by Cost Line: What You Actually Pay For

The four pain points of Scanifly pricing map cleanly to four built-in SurgePV features. This is the mapping our designers use when they switch.

Per-project measurement fee. Scanifly charges per design processed. It does not publish the rate, and the commonly cited figure of roughly $250 each is an unverified industry-observed estimate. On that estimate, shipping 20 designs a month means $5,000 a month on measurement alone. SurgePV’s AI 3D solar design module is included on every paid plan with no per-project fee. Design as many projects as you want for one flat annual price. For a team shipping 240 designs a year, that is the difference between $60,000 and $6,495.

Drone hardware capex. A DJI Mavic 3 Enterprise costs $4,500 to $6,000. Two spare battery sets add $800. A rugged iPad for the field controller adds $700. Per-pilot setup runs $6,000 to $8,000 upfront. SurgePV’s satellite-driven 3D roof modeling needs zero hardware. Your designers log in from a browser and they are productive.

Pilot certification and time. FAA Part 107 in the US requires 20 to 40 hours of study, an exam ($175), and recurring training every two years. DGCA RPC in India requires 40 to 60 hours of training plus medical certification. Every drone-led installer team needs at least one certified pilot per region they operate in. SurgePV needs none of this. Your existing design engineers are already qualified to use it.

Weather delay risk. In Gujarat, the monsoon (June through September) makes drone flights impractical for 30 to 40 working days a year. In any coastal market, fog and wind add more delays. Scanifly’s accuracy depends on the drone flight happening, and the flight depends on the weather. SurgePV’s satellite imagery is always available, regardless of weather on the ground, so design timelines stay predictable. Industry analysts at pv magazine flagged weather-independent design workflows as the single biggest productivity shift for Indian and South Asian installers through 2026.

Bankable simulation downstream. Scanifly delivers a 3D measurement model. It does not run an 8,760-hour module-level yield simulation, it does not produce P50/P75/P90 lender-grade output, and it does not generate branded proposals or financial models. SurgePV’s solar simulation engine and generation and financial tool cover the entire downstream workflow natively, on every paid plan, in one license. The solar shading analysis module runs the hour-by-hour, year-long simulation that lender-facing yield reports are normally built from.

Clara AI, the natural-language design assistant. Scanifly’s interface is measurement-driven. Clara accepts plain English design commands. “Add a 25 kW carport with two-row tilt at 10 degrees, north-south, avoid the skylight” is a valid command. It executes, reports back, and shows the change visually.

For installers who also want to plug proposals into a CRM and run subsidy auto-calc, lead routing, and follow-up automation, the natural pairing is QuickEstimate, the solar CRM at quickestimate.co. SurgePV plus QuickEstimate is the design-and-sales stack a 5-person installer team can run end-to-end without a drone, a pilot, or a weather forecast in sight.

Get a free site assessment. Our engineers visit within 24 hours and send a custom savings proposal in 48 hours, no cost, no obligation. Get your free quote →

Common Mistakes When Pricing Scanifly

We have helped several installer partners cut over from Scanifly to SurgePV. These are the five mistakes installers make when they try to price Scanifly honestly, scored by frequency.

1. 1
   Counting only the subscription, not the per-project fees. The Scanifly base subscription is the headline. The per-project fee, estimated at roughly $250 but never published by Scanifly, is where the real cost lives. Get your rate in writing, then multiply by your monthly design volume and a year of projects to see the true TCO.
2. 2
   Forgetting drone hardware capex and replacement. Per-pilot drone setup runs $6,000 to $8,000 upfront, and drones crash. Budget for a replacement unit every 18 to 24 months for active installer teams.
3. 3
   Ignoring pilot certification time. FAA Part 107 in the US or DGCA RPC in India eats 40 to 60 hours per pilot per region, plus recurring training. That is real payroll, not just an exam fee.
4. 4
   Underbudgeting weather delays. Gujarat monsoon takes 30 to 40 working days off the table every year. Coastal sites add fog and wind delays. Build a weather-buffer line into your project schedule or accept the timeline slippage.
5. 5
   Missing the second-licence cost. Scanifly is measurement only. You still need a design platform (Aurora, HelioScope, OpenSolar, or SurgePV) for simulation, proposals, and financials. Count both licenses in your real Scanifly stack.

These mistakes are the same pattern we see when installers try to price any per-unit SaaS without modelling project volume. We covered the broader lessons in our writeup on common mistakes EPC companies make in rooftop solar. For a side-by-side switch guide, see our Scanifly alternative guide.

How the Migration Works (5 Steps)

The full Scanifly-to-SurgePV cutover takes about five working days for a 5-person team. Run it in this order.

1. Start a free SurgePV trial. Go to surgepv.com, click “Start free trial”. No credit card. Full access to the design platform, AI 3D roof, 8,760-hour shading, and proposal tools.
2. Pick two real projects to re-design. Choose one residential and one C&I project you have already shipped through Scanifly. Pull the address, customer name, and existing measurement output.
3. Book the SurgePV onboarding call. Book a free SurgePV demo and bring the two projects. The team walks your designers through the address-to-proposal workflow using SurgePV’s AI 3D roof, with no drone required. Compare measurement accuracy side by side against your Scanifly model. Most teams ship their first finished SurgePV project on the same call.
4. Re-create your proposal template. Re-build your branded proposal template inside SurgePV’s white-label editor (~90 minutes). Pair with QuickEstimate if you want a fully integrated CRM and proposal flow, including PM Surya Ghar paperwork automation.
5. Reduce drone use to edge cases. Once SurgePV is in production, keep the drone for the 5% of jobs where satellite resolution genuinely fails (e.g. heavily obstructed industrial roofs with critical exact dimensions). Cancel Scanifly at next renewal. Most teams capture the cost saving within month two.

Who Should Stay on Scanifly (Honest Pros and Cons)

We are recommending the switch, but there is a real scenario in which keeping Scanifly makes sense. Here is the honest view.

In every scenario except the first, our bench rates SurgePV the better fit, and on the published SurgePV price against the estimates above it is also the cheaper one. The Indian solar market specifically, where Mercom India projects 25 GW of new rooftop installations through 2027 and the IEA tracks India as the third-largest solar market globally, rewards installers who can ship designs faster, cheaper, and without weather delays. Global capacity data from IRENA confirms the same shift across emerging markets.

How Heaven Green Energy Helps

Heaven Green Energy is a top-3 EPC in Gujarat with 200+ MW of installed solar across residential, commercial, and industrial segments. We use SurgePV internally because it lets our 12-person design team ship designs without scheduling drone flights, waiting on monsoon weather windows, or paying per-project measurement fees. We also recommend it to channel partners and installer customers when they ask which platform to standardise on.

If you are a homeowner or business owner trying to figure out what size system makes sense before you talk to any installer, the fastest path is our solar calculator. It gives you a subsidy estimate, payback period, and recommended kW size in 60 seconds. If you want an actual engineered design, site survey, and turnkey installation, here is what we offer:

• Residential Solar, 1 to 10 kW rooftop systems with PM Surya Ghar subsidy handled end-to-end and SurgePV-generated yield reports in the P50/P75/P90 format lenders typically ask for.
• Commercial Solar, 10 to 100 kW with custom ROI modelling, AD tax planning, and SurgePV-generated financial models for lender submission.
• Industrial Solar EPC, 100 kW+ turnkey projects with performance guarantees, solar EPC workflow built around the SurgePV design platform.
• Solar Calculator, see your subsidy plus 25-year savings in 60 seconds.

For installer partners and EPC firms looking to standardise their own design stack, see SurgePV for solar installers, explore the full solar designing workflow, or book a free SurgePV demo and bring two real projects to the call. Engineers who care about solar simulation depth and AutoCAD-compatible DXF/DWG export will find both wired into the platform. For broader context, see our guides to the best solar design software, solar proposal software, Aurora Solar alternative, HelioScope alternative, PVsyst alternative, and OpenSolar alternative, or our 2026 ranking of top solar inverter companies in India. Additional market context from Bridge to India confirms the trend toward weather-independent design workflows.

Related Solar Design Software Guides

• Solar Design Software 2026: 7 Tools Compared and Priced
• Aurora Solar Pricing 2026: $159-$259/User/Mo Explained
• HelioScope Pricing 2026: Real Costs and Alternative
• OpenSolar Pricing 2026: True Cost and Alternative
• Solar Design Software Pricing 2026: $99-$259/User/Mo

Frequently Asked Questions

How much does Scanifly actually cost in 2026?

Nobody outside Scanifly can tell you exactly, because Scanifly publishes no pricing. The figure most commonly cited in the market is a per-project fee of around $250 per design processed plus a base subscription, and that is an unverified industry-observed estimate rather than a vendor rate. On that estimate, a 5-seat installer team shipping 20 designs a month lands at roughly $60,000 per year before drone hardware, pilot certification, and weather delays. Add $4,500 to $6,000 in drone capex per pilot, 40 to 60 hours of FAA or DGCA certification per pilot, and a weather buffer. SurgePV’s 5-User Team plan is a published flat $6,495 per year all-in. Ask Scanifly for a written quote and do the comparison on real numbers.

Do I need a drone to use SurgePV?

No. SurgePV’s AI 3D roof modeling pulls satellite imagery on address entry and builds a 3D roof model with obstructions detected automatically in under 60 seconds. Accuracy is within ±3% of LIDAR ground truth on tested residential and small-commercial roofs, which in our experience has been accurate enough for the great majority of installer projects. You can still bring drone imagery if a specific job needs it, but for 95% of designs, satellite-only is faster, cheaper, and weather-independent.

Is Scanifly’s drone measurement more accurate than satellite?

For heavily obstructed industrial roofs or jobs that need millimeter-precise measurement, drone capture has the edge. For typical residential and small-commercial roofs, satellite imagery from SurgePV’s AI 3D roof hits ±3% versus LIDAR ground truth, which in our experience has sat comfortably inside what lenders have asked of us. Tolerances vary by lender, so confirm yours. The accuracy gap matters on roughly 5% of projects in our own mix. For the other 95%, the speed and cost advantage of satellite wins on every measurable axis.

How much does drone hardware add to Scanifly’s real cost?

A DJI Mavic 3 Enterprise costs $4,500 to $6,000. Two spare battery sets add $800. A rugged iPad for the field controller adds $700. Per-pilot setup runs $6,000 to $8,000 upfront. Replacement drones every 18 to 24 months for active teams is realistic budget planning. Across a 5-pilot team over 3 years, drone hardware capex alone runs $40,000 to $60,000, on top of whatever Scanifly quotes you for per-project fees and base subscription.

Does Scanifly handle bankable yield simulation?

No. Scanifly is a measurement tool. The 3D model output feeds into a separate design platform (Aurora, HelioScope, OpenSolar, or PVsyst) for the 8,760-hour module-level simulation and P50/P75/P90 yield report that lenders require. That means you are paying for two tools every month. SurgePV runs the full bankable simulation natively on every paid plan, in the same platform that does the measurement, so one tool covers the entire workflow.

Does SurgePV work in Gujarat monsoon weather?

Yes, because SurgePV does not depend on drone flights. The AI 3D roof pulls satellite imagery, which is available regardless of ground weather. During the Gujarat monsoon (June through September), drone-led installer teams typically lose 30 to 40 working days to weather grounding. SurgePV teams keep shipping designs through monsoon at the same pace as the dry season. On our bench it is the workflow difference that mattered most for Indian and South Asian installer teams.

Can I migrate my existing Scanifly measurement projects to SurgePV?

Yes. The standard migration path is to take the Scanifly 3D measurement output as a reference, re-pull the same address into SurgePV’s AI 3D roof, and compare the two models side by side. For 95% of residential and small-commercial projects, the satellite model is bankable. For the 5% of complex industrial cases, you can import the Scanifly model as a DXF and use it as a base layer inside SurgePV. The SurgePV onboarding team walks through this on your first call.

Is there a free trial of SurgePV?

Yes. The free trial at surgepv.com requires no credit card and gives full access to the design platform, AI 3D roof, 8,760-hour shading, and proposal tools. You can design and export real projects during the trial. In our experience most teams reach a decision within a week of testing it on their own pipeline. Run it on your real projects and judge the cost and speed difference against your own numbers rather than ours.