Flight operations
Plan weather, airspace, site hazards, batteries, emergency actions, visual line of sight, and crew roles.
FG / 16 / Field guide
Use the aircraft as a data-collection tool with a clear mission, legal boundary, and deliverable.
Current briefing
Regulatory watch
The July 2026 guide consolidates the operating boundaries that should sit inside every commercial jobsite flight checklist.
Open the brief →Current briefing
Surveyor Rami Tamimi demonstrated a field workflow linking indoor total station resections directly to exterior GNSS control, enabling seamless coordinate alignment across drone LiDAR, aerial photogrammetry, and indoor SLAM scans.
Open the brief →Get your bearings
A practical drone is an aviation and data-collection system. Start with the deliverable, then plan airspace, authority, weather, people, battery, capture geometry, data handling, and a flight that can be repeated safely.
Start here / Three moves
Choose progress photos, quantity support, orthomosaic, inspection, or stakeholder communication and specify the accuracy and cadence actually required.
Verify pilot status, registration, Remote ID, airspace authorization, site permission, people, vehicles, and any local restrictions before launch.
Standardize altitude, overlap, camera angle, lighting window, takeoff point, naming, storage, and notes so visits can be compared.
Build capability
Plan weather, airspace, site hazards, batteries, emergency actions, visual line of sight, and crew roles.
Match altitude, overlap, exposure, angle, positioning, and ground control to the intended output.
Transfer, organize, process, verify, retain, and share imagery with clear accuracy and privacy boundaries.
Choose gear / Decision rule
Choose aircraft and mapping software by the required deliverable, regulatory fit, camera and positioning needs, wind performance, battery logistics, processing model, data ownership, support, and total field workflow.
Your source map
Reference layer
Original editorial work