Advanced Air Vehicle (AAV)
ANGELUX’s two-seat amphibious multi-copter Advanced Air Vehicle (AAV) is engineered for diverse applications such as tourism, firefighting, defense, and regional transport.
Featuring eco-friendly electric propulsion, it delivers a sustainable and forward-looking mobility solution while improving accessibility and transport efficiency in urban centers, coastal regions, and island communities.
Designed to provide unique sightseeing experiences, the WAVe AAV can take off and land on both land and water, enabling tourism operations across lakes, rivers, and coastal environments.
Built for urban fire response, wildfire suppression, disaster rescue, and marine emergency support, this model expands the future of aerial firefighting and rescue mobility.
Suitable for troop transport, cargo delivery, surveillance, and reconnaissance missions, this model also supports efficient deployment in maritime environments through its amphibious capability.
Developed to improve accessibility in remote island and mountainous regions, the GNAAV also offers a practical solution for enhancing urban aerial mobility.
| Landing Type | Amphibious |
|---|---|
| MTOW | 650kg |
| Capacity | 2 Persons |
| Flight Time | 20 Minutes |
| Flight Range | 20 km |
| Cruise Speed | 70 km/h |
Firefighting Heavy-Lift Drone
ANGELUX has developed Korea’s first firefighting-specialized heavy-lift, long-endurance drone, setting a new benchmark for wildfire response.
The system is capable of carrying up to 200 liters of payload while remaining airborne for more than three hours, and it maintains stable performance even under extreme conditions, including temperatures of up to 200°C and wind speeds of up to 15 m/s.
Equipped with AI-based real-time fire-line analysis and a precision automatic drop system, the drone significantly improves early-stage fire suppression effectiveness. It also strengthens nighttime wildfire response, supports 24-hour continuous operations, and ensures reliable communication in coverage-limited areas through satellite connectivity.
Integrated with tactical helicopter operations, it delivers a next-generation firefighting solution that enhances both operational efficiency and responder safety.
| Model Name | K-UAV1 |
|---|---|
| MTOW | 600 kg |
| Maximum Payload | 200 kg |
| Flight Time | 3 Hours |
| Wind Resistance | 15 m/s |
| Heat Resistance | 200°C |
Development Roadmap for Heavy-Lift, Long-Endurance Drones
Phase 1(2025)
Payload: 200kg
Range: 200km
Phase 2(2027)
- Payload: 400kg
- Range: 300km
Phase 3(2030)
- Payload: 1,000kg(1t)
- Range: 500km
Phase 4(2035)
- Payload: 2,000kg(2t)
- Range: 700km
