Anchorpoint Geospatial flies RTK-equipped photogrammetry missions for AEC firms, general contractors, and municipal clients. Based in University Place, Washington. Available for projects nationwide.
High-overlap image capture with RTK-positioned exposures, processed in Pix4Dmatic to produce calibrated point clouds, textured meshes, digital surface and terrain models, TINs, and contour lines. Output is georeferenced to any client-specified coordinate system. WGS84, State Plane (any zone), UTM, NAD83/NAVD88, or a local grid.
Recurring flights over active sites to document earthwork, vertical progress, and as-built conditions. Deliverables publish to a shared cloud viewer for the project team. Repeatable mission profiles keep every pass visually and spatially consistent.
Stockpile, cut, and fill measurements derived from dense point clouds and DSMs. Flights are planned at controlled altitude and overlap so results are repeatable across pay periods. Reports include base surface references and CSV export.
Georeferenced 2D basemaps for site planning, permitting exhibits, and as-built references. Ground sample distance scales to the project, typically in the one to two centimeter range. Delivered as GeoTIFF with embedded CRS.
An enterprise mapping drone with RTK positioning and network corrections flies with centimeter-level accuracy. Deliverables are referenced to whatever coordinate system the project calls for. State Plane, UTM, WGS84, or a local grid. Data drops cleanly into the engineer's existing survey workflow.
Service-Disabled Veteran-Owned Small Business, certification pending through SBA VetCert. Ten years in the U.S. Navy, FAA Part 107 certified, SAM.gov registered for federal and municipal work.
Every flight and every delivery is handled by the same person who planned the mission. No call centers, no handoffs. You talk to the pilot from quote to final data.
Final deliverables publish to a private cloud viewer. The client opens a link and measures, marks up, and shares the model from any browser. No GIS license, no plugin, no software to install.
Current site data the day you start schematic design. Existing-conditions capture for renovation and adaptive reuse. Context visuals that hold up in front of a design review board.
Full Architecture pageFast site data for preliminary design, value engineering, and constructability review. Repeatable flights that feed change detection and as-built verification inside Civil 3D.
Full Engineering pageA monthly flight cadence that matches your pay application cycle. Shared visibility for the owner and architect. A dated archive that answers change-order and claims questions before they escalate.
Full Construction pageBaseline condition documentation across a portfolio. Dated records that protect you when adjacent construction, utility work, or weather creates a dispute. Current exhibits for boundary and setback conversations.
Full Commercial Property pageRepeat corridor flights for change detection. Post-event damage capture in a single day. Surface documentation at a fraction of traditional survey cost.
Full Infrastructure pageCapital project visibility for council and public packets. GIS-ready basemap deliverables. Supplemental aerial capacity for jurisdictions without an in-house drone program, and SDVOSB-eligible work for set-aside paths.
Full Government pageRapid-response documentation of site conditions after an event. Measurable 3D capture for disputes over damage, boundaries, or construction defects. Safe aerial access to roofs and hazardous areas.
Full Insurance & Legal pageEvery dataset below was captured with RTK positioning, processed in Pix4Dmatic, and delivered in NAD83(HARN) / Washington South + NAVD88. What you see is what your project gets.
Multi-building residential construction site. 3D textured mesh, DSM, and stockpile volumetric calculations — gravel pile and fill dirt annotated directly in the viewer. Cut/fill quantities measured against a base surface. Rotate, measure, and zoom. This is what a GC's project team sees after every flight.
Open Full Screen →Commercial storage property. 3D site model covering the building envelope, roof, grounds, and parking. Georeferenced to the property's coordinate system. The pre-event record that protects an owner before a neighboring dig, storm, or tenant dispute creates a claim.
Open Full Screen →Public library site captured prior to ground disturbance. High-resolution orthomosaic, NAD83 / NAVD88 referenced. Establishes the undisturbed site condition for change detection, boundary reference, and as-built comparison throughout the build.
Open Full Screen →Review airspace, access, obstructions, and required coordinate system before the first flight.
Altitude, overlap, and flight lines set to hit the ground sample distance the project needs.
RTK-linked flight with nadir and oblique passes, image count verified in the field.
Calibration, dense point cloud, mesh, and DSM generated in Pix4Dmatic.
GeoTIFF, LAS/LAZ, TINs, contours, and DXF/DWG, all tied to the project CRS. Final 3D model published to a private browser-based viewer. Nothing for the client to install.
Anchorpoint Geospatial was founded out of ten years of U.S. Navy service and nearly three decades in technology. The company holds an FAA Part 107 certification and operates out of University Place, Washington, serving AEC firms, general contractors, and municipal clients nationwide.
Operations run on an enterprise mapping drone with RTK positioning and network corrections, processed in Pix4Dmatic with Pix4D Cloud for client-facing delivery. Every mission runs off a checklist. Every deliverable is referenced to a coordinate system the engineer or surveyor on the receiving end already uses.
Anchorpoint is a member of the Vets2Drones network, a national program connecting veteran drone professionals with training, mentorship, and industry resources. SDVOSB certification is pending through SBA VetCert.
Send a note with the project location and scope, or request a call to scope the work in conversation. Anchorpoint replies with a flight date and a price.
