Soarability Sniffer4D Nano2 TDLAS Methane Detection

The Soarability Sniffer4D Nano2 multi-path TDLAS hyper-local methane detection and mapping system seamlessly integrates with the DJI Matrice 3D/3TD drones for the DJI Dock 2.  

The Sniffer4D Nano2 ecosystem consists of a compact methane detector and the analytic Sniffer4D Mapper software.

This sensor measures methane with high resolution down to 1 ppm, thanks to its multi-path TDLAS detection technology.

Typical applications of Sniffer4D Nano2 include oil and gas/pipelines, landfill inspection, and Hazmat response.

Pairing with the DJI Dock 2 enables on-demand automated and remote methane detection.

The Sniffer4D Nano2 Multi-gas Detection Module is available separately.

Sniffer4D Nano2 Key Features

• Ultra lightweight - 200g. Compact body (110 x 70 x 70mm).
• Within the maximum payload limit of DJI M3D/DJI M3T.
• Connect to DJI M3D/M3TD's E-port for power.
• DJI FlightHub 2 supported data display and device control.
• Built-in 4G/3G/Edge/GPRS.
• Swarm supported multi-end operation and data viewing.
• Powerful spatiotemporal data analysis and visualisation

Enhanced Cross-platform Compatibility

Sniffer4D supports a multi-software ecosystem, ensuring streamlined and efficient data processing and management on Soarability Spatiotemporal Insights, DJI FlightHub 2, and other third-party platforms. Private deployment is supported.

• DJI FlightHub 2: Sniffer4D Nano2 offers seamless integration with DJI FlightHub 2, enabling Sniffer4D real-time reading display and device control through PSDK connection.
• Soarability Spatiotemporal Insights: Spatiotemporal big data platform supports importing historical data enabling smart spatiotemporal data analysis and visualisation. Obtain insights from massive amounts of data, enhancing efficiency for better decision-making. 
• Sniffer4D Mapper: Sniffer4D Mapper visualises and analyses data from Sniffer4D in real-time and provides intuitive information (2D/3D pollution distribution, PDF mission reports) for decision-makers to improve work efficiency and reduce costs.