Unmanned vehicle mobility platform company
Starting with the development and service of an automatic operation system for drones based on an automatic charging station for drones, the main business is to develop and sell an unmanned mobile integrated operation platform .
Main components of DIB (Drone-In-a-Box) that implements drone automatic operation system
Core products of drone automatic operation system
automatic charging station
The station for drones developed/produced by Argosdyne can be selected as a fixed or mobile type depending on the operating environment and purpose.
With the auto-charging function, it enables the drone to repeatedly autonomously fly missions.
Through the precision landing guidance function using IR-Beacon, the drone can always land accurately and stably on the station.
GCS allows remote control of the station's behavior.
Drones for long-term control missions
autonomous flying drone
The drone for control mission produced by Argosdyne is an automatic charging drone that performs continuous missions in conjunction with the station .
Perform repetitive automatic mission flights with station precision landing and automatic charging.
The self-developed GCS, argosALES, enables automatic mission flight setup and monitoring.
Aquila, a drone for long-term missions, can fly for up to 60 minutes based on hovering.
GCS for drone/station remote control
Ground Control System ARGOSALES
ArgosALES, a ground control system for drones/stations developed by Argosdyne, allows you to remotely control drones and stations from anywhere in the Internet environment.
based on automatic charging station
Drone automatic operation and control service
RONDO MOBILITY SYSTEM
Rondo is the service name of the drone automatic operation platform developed by Argosdyne. Based on precision landing and automatic charging stations, reliable and repeatable missions can be performed without pilot intervention.
Argosdyne's automatic operation system for unmanned regular patrol drones, Rondo, uses control drones, automatic charging stations and ground control systems to reduce operational dependence on drone pilots and enable safer and more accurate mission flight.