PRECISION DRONE OPS — SAMPLE DELIVERABLES PACK ============================================== Project: 120-Acre Natrona County Subdivision — SAMPLE EXCERPT Location: Natrona County, near Casper, WY Full project: 480 RTK aerial frames, 120 acres This pack: Small excerpt for evaluation only -------------------------------------------------- WHAT'S IN THIS PACK -------------------------------------------------- 1. README.txt — This file 2. Sample_Ortho_Excerpt.tif — Georeferenced orthomosaic excerpt (GeoTIFF) 3. Sample_Contours_1ft.dxf — 3D topographic contours, 1ft minor / 5ft major (DXF, true Z) 4. Sample_DSM_Hillshade.pdf — DSM hillshade / elevation excerpt (PDF) 5. Sample_CutFill_Summary.pdf — 1-page sample stockpile cut/fill summary (PDF, SAMPLE) 6. Sample_GCP_Template.csv — GCP template with sample rows (CSV) -------------------------------------------------- COORDINATE SYSTEM — READ THIS FIRST -------------------------------------------------- Horizontal: NAD83 / Wyoming East EPSG: 32156 Units: US Survey Feet Vertical: NAVD88 / Geoid18 Units: US Survey Feet Ground Sampling Distance (GSD), full project: 1.2 cm / pixel Elevation Precision, full project: +/- 3.2 cm Vertical Absolute Surface Resolution (DSM): 0.1 m / pixel grid If your software asks for a CRS on import, choose: EPSG:32156 — NAD83 / Wyoming East Vertical: NAVD88 Geoid18 If contours land at 0,0 or far from your site, your CAD/GIS is ignoring the CRS. Re-import and assign EPSG:32156 before opening. Do not move the file manually. -------------------------------------------------- HOW TO OPEN EACH FILE -------------------------------------------------- A) Sample_Ortho_Excerpt.tif — GeoTIFF Orthomosaic Opens in: QGIS, ArcGIS, AutoCAD Civil 3D, Global Mapper QGIS: Layer > Add Layer > Add Raster Layer > Select .TIF > Confirm CRS = EPSG:32156 Civil 3D: MAPIMPORT or Attach Raster Image > Assign EPSG:32156 on import Note: This is an excerpt. Full deliverable is a high-resolution GeoTIFF + 4K JPG overview + KMZ for Google Earth. B) Sample_Contours_1ft.dxf — CAD Contours (True Z) Opens in: AutoCAD Civil 3D, Carlson Survey, Bentley MicroStation / InRoads, QGIS Civil 3D (recommended): Step 1: Command: DXFIN > Select Sample_Contours_1ft.dxf Or drag + drop the .DXF straight into Model Space at 0,0,0. Step 2: Verify contours loaded as 3D polylines. Select a contour > Properties > Check Z / Elevation — every vertex carries true elevation. No 2D flattening needed. Step 3: Toolspace > Prospector > Surfaces > Right-click > Create Surface Step 4: Expand Surface > Definition > Contours > Right-click > Add > Select contour layer > Set weeding/supplementing > OK Result: TIN surface builds with 0 contour crossing errors, ready for volume grading. QGIS: Layer > Add Layer > Add Vector Layer > Select .DXF > Confirm CRS = EPSG:32156 Contour intervals in this sample: 1 ft minor / 5 ft major. Custom intervals available on full orders. C) Sample_DSM_Hillshade.pdf — DSM Excerpt Opens in: Any PDF viewer Shows: 32-bit DSM hillshade + hypsometric elevation tinting. Full deliverable also includes: .TIF (32-bit DEM), .LAS classified point cloud, .XYZ grid mesh, cut/fill volumetrics PDF. D) Sample_CutFill_Summary.pdf — Sample Volumetrics Opens in: Any PDF viewer This is a 1-page SAMPLE layout showing how cut/fill, toe-line base plane, and stockpile volumes are reported. Full Enterprise deliverable includes verified volumes tied to your site + GCP/RTK control. E) Sample_GCP_Template.csv — GCP Template Opens in: Excel, Google Sheets, QGIS, Notepad Columns: Name, Easting, Northing, Elevation, Description Units: Easting / Northing / Elevation in US Survey Feet, EPSG:32156 / NAVD88 Geoid18 Send your completed GCP CSV as a share link in the intake form, or note "GCPs to follow" in Project Notes. No GCPs? No problem — we can process with GPS EXIF or RTK/PPK camera positions. GCPs improve absolute accuracy. -------------------------------------------------- WHAT THIS SAMPLE IS — AND IS NOT -------------------------------------------------- This is a real-format excerpt for evaluation. It shows file structure, CRS handling, true-Z contours, and report layout. It is NOT a stamped legal property survey. Precision Drone Ops supplies technical dataset outputs for spatial visualization, not stamped legal / boundary surveys. -------------------------------------------------- FULL DELIVERABLES (when you order) -------------------------------------------------- STARTER — $99 — Up to 250 raw photos (~25 acres) 2D Orthomosaic (GeoTIFF), 4K JPG Overview, Standard GPS EXIF georeferencing, Processing Quality Summary, White-label delivery option PRO MAPPING — $229 — Up to 900 raw photos (~150 acres) — Most Popular Everything in Starter + DSM & DTM Elevation Models + CAD DXF Contours (1ft/2ft) + 3D Textured Mesh (OBJ/FBX) + GCP Alignment Support + White-Label Delivery (Your Logo) ENTERPRISE — $349 — Up to 2,500 raw photos Everything in Pro + Dense 3D Point Cloud (LAS/LAZ) + Stockpile Cut/Fill Volume Calculations + GIS Shapefile & GeoPackage Exports + Accuracy Verification Summary Sheet + White-Label Delivery Turnaround: 12–24 hr target. Benchmark: Sub-18 hr on 480-frame / 120-acre project. Engines: WebODM + RealityCapture on RTX GPU node. No monthly SaaS lock-in. -------------------------------------------------- START A PROJECT -------------------------------------------------- Intake form: https://precision-droneops.net/intake S3 / R2 Direct Intake: https://precision-droneops.net/s3-intake Email: kelton.hawkes85@precision-droneops.net Phone: (307) 253-9400 Precision Drone Ops LLC Casper, WY 82601 — Remote Processing Lab Service Area: Wyoming + Nationwide Remote By Appointment Only — No Walk-In Retail -------------------------------------------------- DATA + PRIVACY -------------------------------------------------- Your files remain 100% your property. Raw flight photos and project files are auto-purged 30 days after final delivery. NDA available on request. White-label delivery available. We do not sell or share your data. -------------------------------------------------- FLIGHT TIPS FOR BEST RESULTS -------------------------------------------------- Overlap: 75% front / 65% side minimum. 80% / 70% recommended for dense vegetation or steep terrain. Datasets with <60% overlap will be flagged in the free scope check before you pay. RTK / PPK: Supported. Provide GCP CSV if you have surveyed control. EXIF: Keep GPS EXIF intact. Do not strip metadata before upload. — End of README —