Three integrated steps that combat the top causes of drone accident whilst validating your mission from start to finish.
Know your safe altitude
Optimise observer positioning
Design paths • Create waypoints • Add commands
Your creative control
Validate energy, terrain, visibility
Analyses trees, powerlines, airspace and mobile towers in your Area of Operations to calculate maximum obstacle heights and recommend safe flight altitude.










Why it matters: Know your safe altitude before planning your flight path—eliminate collision risks from the start
Optimises observer, ground station, and repeater placement with line-of-sight analysis to ensure EV/BVLOS compliance.


Why it matters: Ensure EV/BVLOS compliance with optimal crew positioning—no more guessing where observers should be
Once you've decided upon your flight path, combat the top causes of drone accidents by validating your energy consumption, terrain clearance, and complete visibility network for your entire mission
Automated battery consumption validation vs your drone's battery draw and weather scenario generator.
Flight path clearance validation using multi-source global elevation data.
Complete mission line-of-sight validation and observer network optimisation.
Post Planning Mission Validation provides comprehensive outputs for each validation type. Select an output below to preview.




Why it matters: Final validation that your complete mission is safe, compliant, and ready to fly
We're operators who got tired of spending more time planning than flying missions. So we built Intel Aero to turn days of manual planning into hours of automated validation—whilst also combatting the top causes of drone accidents.
All three analyses combined in one professional report—ready for export
From Step 1: Obstacle analysis and recommended altitude
From Step 2: Observer positions and LOS validation
From Step 3: Complete validation with all analyses
Start your first Mission Assurance analysis
No signup required • Export results immediately