Development of LIG Nex1’s New Medium UAV Platform
Introduction to the UAV Project
LIG Nex1 has introduced a new vertical take-off and landing (VTOL) unmanned aerial vehicle (UAV) during the 2025 Seoul International Aerospace & Defense Exhibition (ADEX). This advanced platform is being tailored for the Republic of Korea Army (RoK Army) as a versatile solution for various operational needs.
Specifications and Capabilities
Designated the Medium UAV Common Platform (MUCP), this UAV is under rapid development, aimed at providing the RoK Army with enhanced unmanned intelligence, surveillance, and reconnaissance (ISR) capabilities within a two-year timeframe. A project representative highlighted the urgency of this initiative during the exhibition, which runs from October 17 to 24.
Key Features:
- Dimensions:
- Length: 4.701 meters
- Wingspan: 7 meters
- Height: 1.62 meters
- Performance Metrics:
- Maximum Take-Off Weight (MTOW): 340 kg
- Payload Capacity: 30 kg
- Maximum Speed: 160 km/h
- Operating Altitude: Exceeds 3 km
- Cruise Speed: 140 km/h
- Operational Range:
- Standard range without Ground Relay Station (GRS): 50 km
- Extended range with GRS: Approximately 80 km
- Endurance: Capable of remaining airborne for over five hours.
Timeline and Development Progress
The Defence Acquisition Program Administration (DAPA) of South Korea initiated this project in 2023, with LIG Nex1 being awarded the tender in August 2024. The development phase is expected to conclude by late 2026, as confirmed by the project representative.
Testing and Future Outlook
Currently, the UAV has not yet undergone its first flight. Flight testing is anticipated to commence in 2026, marking an essential phase in validating its operational capabilities and ensuring it meets the requirements of the RoK Army.
Conclusion
The emergence of the MUCP underscores South Korea’s commitment to advancing its military technology and adapting to modern warfare needs. As the project moves forward, it is poised to significantly enhance the RoK Army’s operational efficiency in ISR missions.
