Now offering NDAA-compliant drone operations for construction material measurement, utilizing advanced drone volumetrics for precise stockpile measurement.
Now offering NDAA-compliant drone operations for construction material measurement, utilizing advanced drone volumetrics for precise stockpile measurement.
Drone‑derived tree metrics, canopy models, and high‑accuracy orthomosaics for planning, assessing, and documenting forestry and wildfire‑mitigation projects.
Drone‑derived tree metrics give landowners and contractors a clear understanding of forest conditions before work begins. From identifying dense stands to mapping access routes, aerial data supports better planning and safer operations. Our maps help guide defensible space thinning, fuel‑load reduction, and long‑term land management decisions.

Whether you’re preparing for a thinning project, evaluating post‑treatment results, or documenting forest health, aerial mapping provides a measurable record of change. High‑resolution orthomosaics and tree‑density models allow you to compare conditions over time and verify that work was completed as planned.

Traditional ground surveys can miss patterns that only become obvious from above. Drone mapping reveals canopy density, ladder fuels, access limitations, and areas needing priority treatment. This data reduces guesswork, improves safety, and helps landowners make informed decisions about wildfire mitigation and forest stewardship.

We focus on delivering clear, defensible aerial data — not tree removal or thinning. Our forestry maps are built for accuracy, consistency, and real‑world use in planning, reporting, and documentation. With fast turnaround and precise metrics, we give you the information you need to manage your land with confidence. Read our blog to learn more.

