Most drone operations depend on a pilot being present at every flight. Avy's approach is different. Docking stations are placed at fixed locations — near critical infrastructure, nature reserves, ports, or any area requiring persistent aerial coverage. The aircraft takes off, lands, charges, and shelters in its dock autonomously, ready to fly again within 30 seconds of a mission being triggered.
Multiple docking stations create a drone network. A single operator, monitoring remotely from a command centre, can manage coverage across hundreds of square kilometres — with no one on site at any individual location.
This is what makes continuous autonomous aerial operations possible at scale.
Coverage and response time beats range and speed
Coverage and response time beats range and speed
50x more aircraft coverage
Aera range of 70km = 7850km² coverage. Quadcopter range of 7km = 154km²
Aera range of 70km = 7850km² coverage. Quadcopter range of 7km = 154km²
Box-to-box doubles the range
Box-to-box doubles the range
Box-to-box doubles the range
Docking stations mean the aircraft can go to its maximum distance without returning to the take off point.
Docking stations mean the aircraft can go to its maximum distance without returning to the take off point.
Multiplied; it creates network coverage
Multiplied; it creates network coverage
Multiplied; it creates network coverage
A network of aircraft can be managed from one central location creating huge coverage.
A network of aircraft can be managed from one central location creating huge coverage.
