VTOL Fixed Wing UAV for Surveillance, Mapping & Inspection MIFJ0023
The fixed wing hybrid drone delivers reliable, high-performance flight across diverse real-world scenarios, including surveillance, mapping, agriculture, and emergency response. With its lightweight quick-assembly design and dedicated portable transport case, both the UAV and payloads can be easily carried and deployed, improving mobility, reducing setup time, and ensuring consistent mission results in complex environments.
- Fast assembly, quick deployment
- Up to 3h long endurance
- 75 km/h efficient cruise speed
- VTOL, no runway required
- Up to 5500 m altitude capability
- Description
Description
Reliable Performance Across Real Missions
The fixed wing hybrid VTOL drone delivers stable and consistent flight performance across various real-world scenarios such as surveillance, mapping, and emergency response. Its optimized aerodynamic design and power system ensure smooth operation even in complex environments, helping users complete missions with greater confidence and efficiency.
Long Endurance for Greater Efficiency
With up to 3 hours of flight time, the fixed wing drone significantly reduces the need for frequent battery changes or mission interruptions. It allows operators to cover larger areas in a single flight, improving overall productivity and reducing operational time and cost.
Flexible Deployment Without Limitations
Featuring fully autonomous vertical takeoff and landing (VTOL), the HQ-05 eliminates the need for runways or complex launch equipment. It can be quickly deployed in confined or remote areas, making it ideal for applications in rugged terrain, urban environments, or emergency situations.
-20°C to 50°C, Built for Harsh and Diverse Environments
Engineered with a durable aviation-grade aluminum frame and carbon fiber structure, the fixed wing hybrid VTOL drone operates reliably in temperatures from -20°C to 50°C and altitudes up to 5500 meters. This strong environmental adaptability ensures stable performance in challenging conditions, expanding its usability across industries and regions.
