The Autel Robotics Dragonfish Standard Aircraft is a professional VTOL unmanned aircraft designed for long‑duration aerial missions that require both vertical takeoff capability and fixed‑wing efficiency. This aircraft is commonly used in surveying, mapping, infrastructure inspection, environmental monitoring, and public safety operations where extended flight time and wide‑area coverage are critical. Its tilt‑rotor design allows operators to launch and land in confined areas while maintaining efficient forward flight for large‑scale missions.
The Dragonfish Standard supports modular payload configurations and advanced navigation systems to meet the demands of enterprise‑level operations. With support for RTK positioning, multiple GNSS constellations, and weather‑resistant construction, the aircraft is suited for operation in complex outdoor environments. Redundant flight systems and intelligent monitoring contribute to reliable performance during long‑range missions that require precision, stability, and operational safety.
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Reliable Anti‑Interference Communication
Designed to maintain consistent control and video transmission in challenging environments through strong resistance to signal interference.
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Low‑Noise Flight Operation
The Dragonfish supports reduced acoustic output through an advanced propulsion system and noise‑reduction design. When operating above approximately 400 feet AGL, the aircraft is minimally audible, helping reduce detectability while supporting discreet mission execution.
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Key Features:
- Tilt‑rotor VTOL design combining vertical takeoff with fixed‑wing endurance
- Up to 120 minutes of maximum flight time depending on payload configuration
- Supports interchangeable and modular payload systems
- Integrated RTK positioning with centimeter‑level accuracy support
- GNSS support including GPS, GLONASS, BeiDou, and Galileo
- IP43 weather‑resistant construction for outdoor operations
- Redundant systems including battery, IMU, barometer, and positioning modules
- Intelligent flight control with automatic mode transitions and real‑time system monitoring