Tethered Surveillance Drone Kit

The Tethered Drone System is a comprehensive aerial surveillance kit, featuring the Elistair tether system paired with the DJI Matrice 350 drone and the versatile Zenmuse H20N thermal/night vision camera. This system is designed to offer extended flight times, making it perfect for public safety operations including police, firefighters, and search and rescue teams. It's particularly effective for monitoring public spaces, crowd control, and emergency or crime scene surveillance.

Note: This package is an example only. Pricing may vary depending on your add-on options, please request for quote.

Key Features:

• Extended Flight Duration: The tether system, powered by a generator, allows the drone to stay airborne for hours, eliminating the need for frequent battery changes.
• 100-Meter Tether Cable: Provides a stable and secure connection for prolonged aerial coverage.
• Versatile Camera Options: Includes the Zenmuse H20N for thermal and night vision capabilities. The payload is swappable with options like the H20T or various attachments from CZI.
• High-Performance Drone: The DJI Matrice 350 is known for its reliability and advanced features, suitable for demanding surveillance tasks.

Use Cases:

• Ideal for public safety operations, including monitoring of large-scale public events, crowd control, and sustained surveillance of emergency or crime scenes.

Package Includes:

• DJI Matrice 350 Drone: A robust and versatile UAV for complex surveillance missions.
• Elistair Tether System: Enables extended flight times with a 100-meter tether cable.
• Zenmuse H20N Camera: Offers thermal and night vision capabilities for detailed monitoring, with the option to choose other payloads as needed.

Customization Options:

• The payload can be customized according to specific operational needs, with a variety of camera and attachment options available.

This Tethered Drone System is an essential tool for public safety teams, providing extended aerial surveillance capabilities with advanced imaging technology.