End-to-End Autonomous Delivery
How FDAD seamlessly executes medical supply flights from request to handoff in 6 precise steps.
Healthcare Facility Dispatch Request
Authorized medical staff access the FDAD portal, select pickup and dropoff points, declare payload weight and thermal parameters, and submit the delivery mission request.
Automated Pre-Flight Feasibility Verification
The FLYZO OS automated routing engine calculates Haversine route distances (d1, d2, d3), battery consumption rates (8%/km + 5% reserve), active weather conditions, and no-fly zone buffers (500m safety margin).
Hub Drone Allocation & Pre-Launch Diagnostics
The nearest hub drone meeting battery requirements is automatically assigned. Ground personnel load the secure climate-controlled payload pod and verify lock sensors.
Autonomous Low-Altitude Flight Execution
Drone launches autonomously along pre-approved LATIC air corridors at 12 m/s cruise speed (~43.2 km/h), maintaining constant communication with ground command.
1.5-Second Live Telemetry Tracking
Sender, receiver, and FLYZO operators monitor real-time drone latitude, longitude, altitude, speed, bearing, and estimated arrival time with instant 1.5s telemetry streams.
Safe Precision Landing & Payload Handoff
The drone executes precision landing on the recipient facility's designated pad. Authorized medical staff unlock the pod via OTP authentication, and the drone returns to base.