Scanifly Alternative 2026: 6 Tools Compared

If you are searching for a Scanifly alternative in 2026, you are most likely an installer who values accurate 3D site capture but no longer wants to depend on a drone for every project. This guide compares six realistic satellite roof measurement solar tools, names the trade-offs honestly, and explains why we recommend SurgePV for teams that want Scanifly-grade 3D plus the rest of the design-to-proposal stack.

Why Installers Look for a Scanifly Alternative

Scanifly carved out a strong niche by leading with drone-based 3D capture. The output is high fidelity, the as-built models are excellent, and installers who already run a drone fleet got a clear workflow. Most installers shopping for an alternative are not unhappy with Scanifly’s accuracy. They are unhappy with the operational overhead, the volume-linked economics, and the fact that Scanifly is scoped to one part of the job.

Drone dependency

The Scanifly workflow is built around drone capture, which requires a pilot, FAA Part 107 compliance in the US (or local equivalents), insurance, weather windows, and travel, on top of the site survey work most teams already do. For a 100-system-per-year installer, that is real money and real calendar friction. Teams that try to scale find drone ops becomes a bottleneck.

Per-project pricing

Scanifly does not publish list prices, so pricing is quote-based and reported figures vary. Buyers commonly describe volume-linked, per-project arrangements. That structure is fine at low volume and gets harder to justify at high volume, because the bill tracks project count rather than headcount. Installers crossing 100 projects a year should price their own quote against a flat per-seat licence for the rest of the solar design platform before assuming either is cheaper.

Measurement-focused scope

Scanifly is positioned around survey and measurement. Once the 3D model exists, the design, 8,760-hour shading, financial model, BOQ, single-line diagram, AutoCAD export, and proposal generally happen in other tools. Each handoff is a copy-paste step.

Site-visit cost for residential

For residential rooftops, satellite imagery is now sharp enough that in our own testing AI-driven 3D modelling gets close to drone-grade accuracy on most homes. Paying a drone fee plus a pilot’s time for a 6 kW residential system rarely pencils out. Our full satellite roof measurement breakdown covers exactly where the accuracy holds up and where it does not.

SurgePV vs Scanifly at a Glance

The pattern is clear. Scanifly does measurement very well and leaves the rest of the chain to other tools. SurgePV is full-stack solar design software that removes the drone step for the typical rooftop, part of the broader move toward AI solar design software across the industry.

The Migration Story: What You Get With SurgePV

AI 3D roof modeling from satellite Type the address, get a 3D model with roof planes, obstructions, ridges, and setbacks in under 60 seconds. In SurgePV’s own internal testing against LIDAR ground truth, deviation comes in around 3 percent, a vendor figure worth checking on your own buildings during a trial. See how AI 3D roof modeling gets close to drone-grade accuracy without a drone.

Drone model import where you still want it Sites with heavy obstructions, unusual geometry, or tight inter-row constraints can use a drone-captured 3D model as a base layer, the same way engineering teams lean on dedicated 3D pre-design site modeling before construction documents are issued. You keep drone ops for the projects that genuinely benefit, and skip it everywhere else.

8,760-hour module-level shading The same hourly engine PVsyst uses, in the browser, for any project size. P50, P75, and P90 outputs are accepted by lenders. The solar shading analysis layer plugs straight into the 3D model.

Clara AI, natural-language design Tell Clara AI “lay out a 9.6 kW system with two MPPT strings, avoid the chimney setback, prioritise the south face” and she drafts the design before you finish your coffee.

Single workflow to proposal Layout, simulation, solar financial modeling, BOQ, single-line diagram, DXF/DWG export, and a branded solar proposal live in the same project.

Pair with QuickEstimate for the sales side QuickEstimate is the sister CRM most SurgePV teams pair with. It handles lead capture, follow-ups, and the e-signed contract once SurgePV produces the design.

Other Alternatives to Scanifly (Honest List)

1. SurgePV, the All-in-One Pick

Best for: Installers who want accurate 3D plus the full design-to-proposal stack, without making every project depend on a drone. Strengths: AI 3D roof modeling from satellite, 8,760-hour module-level shading, Clara AI, integrated proposals, multi-country support, flat per-seat pricing. Weaknesses: Some unusual or heavily obstructed sites still benefit from drone capture, which SurgePV supports via import but does not capture itself. SurgePV vs Scanifly: Comparable accuracy on most rooftops in our own testing, no drone required, plus the rest of the design stack.

2. Aurora Solar

Best for: US residential teams that want one tool for design plus sales. Strengths: Strong residential 3D, mature US AHJ library. Weaknesses: Quote-based pricing, reported at $159 to $259 per user per month, and reported figures vary. Code library centred on the United States. Drone capture is not part of its positioning, so confirm current scope with the vendor. SurgePV vs Aurora: Lower per-seat cost at team size, multi-country, plus drone-model import. See the full Aurora Solar alternative comparison for the detailed breakdown.

3. EagleView

Best for: Roof measurement reports for residential and commercial. Strengths: Wide aerial dataset, established report format. Weaknesses: Positioned around measurement reports on per-report pricing, with engineering and proposal work left to other tools. SurgePV vs EagleView: Replaces per-report fees with a flat license that also covers the full design workflow.

4. HelioScope

Best for: Engineering teams that want browser-based simulation only. Strengths: Mature 8,760-hour simulation, strong C&I layout. Weaknesses: $99 to $300+ per user per month, published list at the entry end at the time of writing and reported above that. Not positioned as a 3D capture or proposal tool, so most teams pair it with separate quoting. SurgePV vs HelioScope: Same simulation depth plus 3D from satellite plus proposals. Read the dedicated HelioScope alternative breakdown for feature-by-feature parity.

5. OpenSolar

Best for: Small residential installers optimising for low fixed cost. Strengths: Free tier, decent residential design experience. Weaknesses: OpenSolar describes its model publicly as free to installers, funded through hardware and finance partners, with some capability sold as paid extensions. In our own testing, shading and engineering depth are not aimed at C&I work. SurgePV vs OpenSolar: Flat per-seat cost, full engineering depth, bankable simulation. Our OpenSolar alternative guide works through how to total up the realised cost of the free tier plus paid extensions.

6. QuickEstimate (paired with SurgePV)

Best for: Solar teams that want a CRM and proposal workflow purpose-built for solar sales, alongside their design tool. Strengths: Solar-native pipeline, PM Surya Ghar subsidy auto-calculation, e-signature, hands off cleanly with SurgePV. Weaknesses: Not a design or measurement tool on its own. Best used with SurgePV.

Pricing: Scanifly vs SurgePV vs the Field

For an installer running 100 to 300 projects per year, a volume-linked measurement licence plus drone operating cost can add up to a five-figure annual line before any design tool is bought. Scanifly quotes individually, so build that number from your own quote and your own pilot, hardware, and travel costs rather than from a published figure, because there is not one. SurgePV’s 5-seat plan is a published $6,495 per year all-in. The full SurgePV pricing page shows every plan side by side, and our dedicated Scanifly pricing breakdown walks through the per-project math line by line.

How to Switch From Scanifly to SurgePV

1. Book the live demo. See SurgePV in action on a 20-minute call where an engineer designs one of your real Scanifly projects from satellite alone.
2. Start the free trial. Pick five recent Scanifly projects and rebuild them in SurgePV. Most teams hit parity inside a week.
3. Keep drone ops for the sites that need it. Import drone-captured 3D models where they help, and skip the drone everywhere else.
4. Map templates. Recreate proposal branding, BOQ headers, and SLD title blocks in SurgePV.
5. Run a parallel month, then cut over. Wind down the Scanifly measurement spend once your team is comfortable.

Who Should Choose Each Tool

• Choose Scanifly if drone-based capture is your differentiator, your project mix demands it, and the quote you get pencils out at your volume.
• Choose SurgePV if you want accurate 3D plus the full design-to-proposal stack at a flat per-seat cost. The solar design software for installers workflow handles residential and C&I in the same license.
• Choose Aurora Solar for US-residential at the upper tier.
• Choose HelioScope for browser-based simulation only.
• Choose OpenSolar for small residential at the lowest fixed cost.

About This Comparison

Pricing, features and product positioning described here were checked in July 2026 using publicly available vendor information. Vendors change pricing, packaging and capabilities without notice, and several do not publish prices at all. Treat every figure as a starting point for your own enquiry rather than a quotation, and confirm current terms directly with each vendor before making a purchasing decision.

All product names, logos and trademarks are the property of their respective owners. Reference to them here is for identification and comparison only and does not imply any affiliation with, sponsorship by, or endorsement from those companies. SurgePV is a Qbits Energy product, so treat this as a vendor comparison written by an interested party and weigh it alongside independent sources and your own trial of the tools.

Where we could not verify a claim from a primary source we have said so in the text rather than repeating it. If you believe anything here is inaccurate or out of date, contact us and we will review and correct it.