Drone Regulatory Sandbox

In preparation for the increase in drone use, estabilish the drone identification and management system for safety management. Conduct research and development for establishing and demonstrating identification devices and flight control systems according to the drone management system.

Environmental Drone Control System

As it causes social problems such as odor problems along with fine dust and air pollution, R&D is conducted with the aim of establishing and demonstrating a system that can monitor real-time fine dust and air pollution information by installing an air pollution monitoring information sensor on a drone.

Metabus System

In preparation for the COVID-19 era, it attempts digital transformation beyond the one-dimensional stage of emphasizing only non-face-to-face forms, and R&D aims to build and demonstrate systems to expand reality into a digital-based virtual world.

Aviation Manpower Training System

The aircraft initial manpower training project aims to establish and demonstrate a system to stably supply field workers in the aviation maintenance, field by establishing a private sector for education and training of aviation maintenance personnel centered on high school students.

Lightweight Aircraft Navigation and Flight Control System

To establish a safety information service system for flight control is necessary, as the risk of accidents such as the increase in lightweight aircraft due to the popularization of aviation leisure. Therefore, R&D is conducted with the aim of establishing and demonstrating a dedicated navigation system for light aircraft that provides real-time aviation safety information and a monitoring service based on the location of aircraft.

UTM(Unmanned Traffic Management - Drone)

R&D is conducted with the aim of researching and developing a traffic management system to help safe and efficient operation of drones (unmanned aerial vehicles) in low altitude (150m or less)