How much could DroneDeploy save you?

Based on your responses to four questions, the calculator will return an estimate of what a reality capture program could recover for your team annually. You can refine your estimate by opening the Advanced Settings and configuring accordingly.

Start by selecting what best describes your organization – General Contractor, Civil & Infrastructure, Owner / Developer, or Engineering & Specialty. The model weights each role differently because where the return shows up varies. General contractors tend to see the largest return from documentation and dispute resolution. Civil and infrastructure teams see it in schedule and planning. Owner/developers see it across remote visibility and portfolio oversight.

Next, select how many active projects your team is running at any given time, then your annual construction volume. The output is a directional estimate of annual savings in dollars – or hours recovered, if you switch the toggle. It's built from research across projects representing $3B+ in construction value and calibrated to realistic outcomes across each role type, not best-case projections.

The savings depend on where and how a team uses aerial data. In preconstruction, catching a grade discrepancy before a single yard moves is worth more than the cost of the drone program on that project alone. One project manager overlaid design plans on drone topographic data before earthwork began and found a $1.5M grading discrepancy. Cost responsibility moved to the owner before a single cubic yard was moved. On documentation-heavy projects, the same archived data that tracks progress also defends against delay claims filed months or years later. One team avoided a $250,000 claim using drone photos captured two years before the dispute surfaced.

The calculator on this page estimates savings based on your project type, contract structure and capture frequency.

Teams that standardize a reality capture program recover approximately $10,000 per $1,000,000 in construction value. That return distributes across dispute resolution, remote visibility, and schedule and planning.

The ROI shows up differently depending on where a team is in the project cycle. Preconstruction teams catch conflicts before they become RFIs. Field teams use the record to verify installs without making repeated site trips. Project executives use it to defend positions in claims and pay applications. The calculator on this page generates an estimate based on your project type, team size, and which of those areas carries the most cost today.

Yes, 360 walks conducted on a consistent cadence do reduce rework costs, primarily by creating a shared reference before trades cover their work. Pre-pour walks document sleeve placement. Pre-drywall walks capture in-wall conditions. When questions surface later about a penetration location, a rough-in position, or what's behind a finished wall, the record is already there rather than reconstructed from memory. In one case, a team located buried sink clean-outs through finished walls using 360 interior records, with no tear-out required.

One team used 360 captures to reduce a progress payment application by $106,000 after images showed actual completion rates didn't match what was billed. On the time side, teams that standardize 360 capture consistently recover around four hours per person per week that would otherwise go to hunting through phones, cross-referencing plans and reconstructing sequences from memory. Teams doing pre-pour and pre-drywall walks regularly tend to see that return compound as the visual record grows.

The most reliable approach is to anchor the calculation to a few concrete questions. How many disputes, claims or change orders did the team deal with in the last 12 months, and what did resolution cost? How many hours does the team spend on status calls and site visits that a shared capture could replace? When did the team last catch a major grade or design conflict, and what would earlier detection have been worth?

Those questions correspond directly to where drone mapping generates its measurable return. The calculator on this page structures the estimate around those same inputs. Teams that start by quantifying their last claim or their current site walk frequency tend to get a more accurate output than those working from general project volume alone.

Yes, aerial drone data can help to prevent change order disputes – though resolution is the more accurate framing. Aerial data creates a timestamped record of site conditions, material staging, installation sequencing and progress at any given point. When a subcontractor files a delay claim or a disputed quantity surfaces, that archived record is the reference both sides work from.

One general contractor avoided a $250,000 delay claim after a subcontractor alleged material wasn't on site. Archived drone photos from two years prior proved the material was staged as scheduled. The claim was dismissed in under two hours rather than resolved through weeks of negotiation. The same dynamic applies to overbilling, trade damage and post-turnover disputes. Without a dated visual record, cost assignment is a negotiation. With archived captures on file, the question becomes a simple look-up.

Across project types, teams reduce time spent on site walks, status updates and coordination calls by replacing those activities with a shared visual record anyone can access from their desk. Standardized capture programs recover an average of 7 hours per person per week.

On a six-month project for a remote client, one team logged more than 500 hours saved because the client could verify progress from their own location rather than arranging international site visits. A five-person engineering team on a 12-month project recovered more than $100,000 in travel and coordination costs by reviewing 360 photos from their desks before answering RFIs, rather than walking the floor for each one. The savings scale with how distributed the team is and how frequently the site changes. The calculator on this page estimates the return based on your team's current site visit frequency and stakeholder distribution.

For heavy civil and site work, aerial data is most useful before grading starts and during production. Before work begins, overlaying design surfaces on fresh topographic data surfaces discrepancies between submitted grading plans and existing site conditions. One project manager identified a $1.5M grading discrepancy this way during preconstruction. Cost responsibility moved to the owner before a single cubic yard was moved.

During production, aerial captures track cut/fill progress against design surfaces and give the team a current picture of site availability before committing crews to a sequence. Volumetric data confirms whether earthwork progress actually matches schedule. When the lookahead is built against what's on the ground, it holds. Whether the program is worth it on a given project depends on contract size and how early the team can catch grade discrepancies. Caught during estimating, they're still the owner's problem to resolve.

On most projects, the return shows up in the first documented dispute it helps resolve or the first remote stakeholder visit it replaces. Equipment, software and crew time to capture are typically recovered when the first significant claim gets defended cleanly, a week of rework is caught before it compounds, or a project cycle shortens because the team had better site data going in. The research behind this calculator recommends a minimum cadence of two aerial flights and one weekly 360 walk per project to generate consistent returns.

Return timing varies by team size, project volume and how frequently disputes or remote coordination issues arise. A $20M general contractor with regular subcontractor disagreements will see a different payback curve than a $500M owner running parallel projects across multiple sites. The calculator on this page accounts for both and builds the estimate from your actual contract volume rather than industry averages.