Project

Developing Long-duration multi-rotor drone with CAS(Collision Avoidance System) functionality.

- Supreme quality with adapting [long-duration] and [CAS(Collision Avoidance System)] as well.

Project Summary

< Long-duration technology>
· Max 4 hours fligh-time
· Max 80km flying-range
· Replacing Hydrogen Catridge(no need for charging)
· Enhance output power and flying stability with hydro-lipo hybrid system.


· Real-time path calculation for CAS with real-time object detection and direction, altiude, velocity measuring
· In-depth proxmity flight(on-board type)
· Linked with GCS(Ground Control System)
· Safe auto-flight system : real-time 3D-measuring for close object and smart auto-flight which using local terrain data for NO-GPS(blocked) area

Business Model

Long-duration multi-rotor with CAS(Collision Avoidance System) : ALBATROSS P1200

- To overcome short flight-time of battery-powered drone and maximize air-borne mission capability, we use Hydrogen Fuel Cell as a drone power source.
- Multi-purpose industrial level drone with CAS(Collision Avoidance System) functionality.

Main Achievements

- Selected for TIPS program ties with hyundai motor group (amount 500,000USD)
- Taking teach-investment from hyundai motor group as an apprentice.
- Success 1hour 4minuts flight with Hydrogen fuel cell for the first time in korea
- OCT 2017. tech-transfering from ETRI regarding PX4/NuttX based RC input technology.
- DEC 2017. Fuel Cell sales to KIST(Korea Institute of Science and Technology)
- DEC 2017. Fuel Cell and it's affiliate materials sales to KTDI(Korea Tedtile Development Institute)
- Patent for intellectual property 4
‘ Hybrogen fuel cell drone with hybrid controller’ (10-2016-0079481)
‘ Method of changing permeability of porosity of ferromagnetic core of magnetic field energy harvesting device’ (10-2016-0175802)
‘ Unmanned aircraft with one-touch folding arm structure’ (10-2017-0080588)
‘ Drone steering support system’ (10-2017-0081905)