The Autel Dragonfish Standard with Z2 Camera Payload is a professional VTOL unmanned aircraft system designed for long‑endurance aerial missions that require high‑detail visual inspection from extended stand‑off distances. This configuration is commonly used for infrastructure inspection, public safety monitoring, surveying, and perimeter observation where vertical takeoff capability and fixed‑wing efficiency are both required. The tilt‑rotor design allows the aircraft to operate in confined launch areas while delivering extended flight times suitable for large‑area coverage.

The Dragonfish Standard is paired with the Z2 zoom camera payload, which provides long‑range visual imaging through a stabilized dual‑lens system. The aircraft supports modular payload integration, RTK‑enabled navigation, and advanced flight control systems to support precise positioning and stable operation in complex environments. Its rugged construction, redundant systems, and intelligent monitoring features support reliable performance during extended missions that require situational awareness and accurate visual data collection.

Autel DG-Z2

The Autel DG‑Z2 is a dual‑lens camera payload designed for long‑range visual inspection and observation. It captures 4K video with up to 20× optical zoom, paired with a 12‑megapixel wide‑angle camera for broader scene awareness. A 3‑axis gimbal stabilization system supports smooth, stable imagery during flight. The DG‑Z2 is compatible with Dragonfish Lite, Standard, and Pro aircraft platforms.

Key Features:

• VTOL tilt‑rotor aircraft combining vertical takeoff with fixed‑wing endurance
• Up to approximately 120 minutes of flight time with payload
• Z2 camera payload with 20× optical zoom and 12 MP wide‑angle imaging
• 3‑axis gimbal stabilization for smooth, stable visual capture
• Modular payload system compatible with Dragonfish Standard aircraft
• Integrated RTK positioning support for precise navigation and data capture
• GNSS support including GPS, GLONASS, BeiDou, and Galileo
• IP43 weather‑resistant construction for outdoor operations
• Redundant flight systems and intelligent self‑monitoring for operational reliability