Recording a physical site, structure, or asset as measurable digital data — one capture process that produces whichever deliverable the project needs. Operating across Fort Lauderdale, Miami, and West Palm Beach and throughout Broward, Miami-Dade, and Palm Beach counties.
Reality capture is the practice of recording something that physically exists — a job site, a building, a tower, a parcel of land — as digital data accurate enough to measure, analyze, and make decisions from. It is the opposite of design data, which describes what is intended. Reality capture describes what is actually there.
The term covers the category rather than a single technique. Aerial photogrammetry, ground-based photography, and 360-degree sensor capture are all reality capture methods, and which combination a project calls for depends on what has to be recorded and to what standard.
What unites them is the output: not a picture of a place, but a dataset describing it, positioned in space and dimensionally consistent.
Every Sellers LP engagement runs the same workflow — capture, process, deliver. What changes between a construction site, a cell tower, a commercial roof, and a waterfront listing is not the process. It is what gets produced at the end of it.
The same overlapping image set that becomes an orthomosaic can also become a 3D model, a surface model, a contour set, and a volumetric calculation. A single well-planned flight over a site can serve the project manager tracking progress, the engineer checking grade, the estimator reconciling material, and the marketing team producing a reveal.
That is why the capability is described as one thing rather than a menu. The industry changes which deliverable matters. It does not change the discipline required to capture it properly.
Sellers LP captures, processes, and delivers. It does not certify, stamp, seal, or sign off on anything — not survey products, not structural assessments, not inspection findings, not compliance determinations. That applies at every accuracy level and across every service.
The certifying party is always the licensed professional on the client's side: the surveyor, the engineer, the inspector, the adjuster. They specify what the data has to meet, they validate what is delivered, and they carry the professional responsibility for what is issued from it.
Stated plainly, that boundary reads like a limitation. In practice it is what makes the arrangement work — you get high-quality capture at a fraction of conventional field time, and professional responsibility stays exactly where it legally and sensibly belongs.
The capture process does not change between these. What changes is which deliverable the work depends on.
Recurring capture builds a dated dimensional record of a site from groundbreak to closeout. Project managers track progress against schedule, estimators reconcile earthwork quantities, VDC teams coordinate captured conditions against the design model, and everyone works from the same current view of the site instead of competing recollections.
Aerial collection compresses field time that would otherwise take a ground crew days. Surface and terrain models, contours, and orthomosaics feed grading design, drainage analysis, and permitting. The licensed surveyor or engineer specifies the accuracy requirement, validates the dataset, and remains the certifying party.
Towers, bridges, and utility corridors get documented from angles a climbing crew reaches slowly and a ground crew cannot reach at all. Beyond full-structure coverage, close-range capture resolves specific components at high magnification — a particular mount, a bearing, a splice — so a reviewer can examine the detail that matters without a return trip.
Building envelopes are documented systematically rather than wherever someone was willing to stand. Shingle and tile condition, flashing, penetrations, drainage, and storm damage are all captured at inspection resolution. The licensed inspector or adjuster interprets the imagery and issues the report.
Aerial capture answers what ground-level photography cannot: how a property sits on its parcel, what surrounds it, and how it presents on approach. Interior photography and 360-degree walkthroughs complete the record from a single visit.
Tower assets are reconstructed as measurable 3D models showing mount positions, antenna configuration as installed, and available space. High-magnification imagery of individual components supports colocation planning, compliance review, and targeted maintenance without sending a tech up first to look.
Post-event capture produces comprehensive, dated documentation from angles that are hazardous to reach on foot — which is exactly when roof access is least safe. Where a pre-event baseline exists, the comparison becomes measurable rather than anecdotal.
Large areas that would take field crews days to cover on foot are flown systematically. Habitat mapping, wetlands documentation, vegetation monitoring, and site assessment all come out of the same capture, and repeating the flight on a cadence produces a comparable record of change over time.
The same capture discipline that produces measurable data also produces finished visual content. Aerial and ground footage, interior photography, and 360-degree material become brand films, project reveals, and platform-ready social packages.
Rapid deployment produces situational awareness and damage documentation when time is the constraint. Aerial data supports incident command and first responders with a current picture of conditions across an area larger than any ground team can survey quickly.
Four stages, run the same way on every engagement.
Scope defines everything downstream. Required deliverable, accuracy level, and site conditions determine altitude, overlap, camera angles, and whether ground control is needed. Airspace is checked and LAANC authorization filed before the day — much of Broward, Miami-Dade, and Palm Beach sits inside controlled airspace around FXE, FLL, HWO, OPF, MIA, and PBI.
Flights run structured grids with deliberate front and side overlap, not freehand passes. RTK positioning corrects aircraft position in real time against Florida's open NTRIP network. Where a structure needs it, oblique and close-range passes are added — vertical-only capture reconstructs facades and vertical assets poorly. Ground and interior capture happen on the same visit.
Imagery is processed photogrammetrically into the required outputs — orthomosaics, point clouds, mesh models, surface and terrain models, contours, and volumes. Processing runs through DroneDeploy, which integrates directly with Procore, with Pix4D and WebODM used where a project's requirements call for them. Visual content is edited in Adobe Creative Cloud.
Output goes out in open, non-proprietary formats — GeoTIFF, LAS and LAZ, OBJ, DXF and SHP, full-resolution imagery and video — so nothing requires special software to open. Accuracy and methodology are documented alongside the data so the licensed professional on your side can validate it rather than take it on trust.
Primary aerial platform is the DJI Matrice 4E with RTK positioning — mapping, modeling, elevation data, and close-range inspection imagery. A DJI Air 2S covers listing and marketing work. Ground capture runs on a Canon 7D for interior and detail photography, an Insta360 One RS for 360-degree and confined space documentation, and DJI Pocket 3 cameras for motion work, with a DJI Mic 2 for on-camera audio. Field power and connectivity are carried in, so a shoot does not depend on what the site can provide.
Ideal for: Contractors, engineers, surveyors, developers, property managers, adjusters, asset managers, and marketing teams.
One capture capability applied across every industry Sellers LP serves. The deliverable changes. The discipline does not.
Recording something that physically exists as digital data accurate enough to measure and make decisions from. Design data describes what is intended to be built; reality capture describes what is actually there.
It is a category, not a single technique — aerial photogrammetry, ground photography, and 360-degree sensor capture are all reality capture methods.
Drone photography produces images of a place. Reality capture produces a dataset describing it — positioned in space, dimensionally consistent, and measurable.
The flying can look similar from the ground. The planning, the overlap discipline, the positioning, and the processing are not.
Usually, yes. The same overlapping image set can yield an orthomosaic, a 3D model, surface and terrain models, contours, and volumetric calculations. A single well-planned capture often serves several teams with different needs.
No, and this holds across every service at every accuracy level. Sellers LP captures, processes, and delivers. The licensed professional on your side — surveyor, engineer, inspector, or adjuster — validates the data and is the certifying party.
A DJI Matrice 4E is the primary aerial platform, with RTK positioning, used for mapping, modeling, elevation data, and close-range inspection imagery. A DJI Air 2S covers marketing and listing work.
Ground capture uses a Canon 7D for interior and detail photography, an Insta360 One RS for 360-degree and confined space documentation, and DJI Pocket 3 cameras for motion work.