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Sniffer4DModel Mini2 -Hyper-Local Multi-gas Detection & Mapping System

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Class-leading multi-gas sensing solutions that can be seamlessly integrated with UAV platforms. These solutions sense up to 9 gases at a time and display their 3-D distributions in real-time, providing timely actionable insights for decision makers.



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The UAV-based system acquires data with accurate gas concentration, geographic and time information, transmitting the data to our powerful analytical software Sniffer4D Mapper for real-time data analysis.
  • Sense Up to 9 Gases at a Time
  • Real-time Data Transmission
  • Real-time Monitoring from Multi-ends
  • Real-time Data Analysis
  • One-click Result Delivery
  • Verified and Superior Data Quality

Sniffer4D Mini2 Support integration with DJI M30 series and DJI Dock.

Sniffer4D Mini2 + Sniffer4D Mapper + UAV

One-stop workflow allows users to easily finish data collection and work report in one mission.

Opening up Infinite Possibilities

Integrated with DJI M30 series and DJI Dock, the system significantly reduces the cost and boosts the efficiency for unmanned inspections on industrial sites and pipeline leakages, opening up infinite possibilities.

Collaboration for Added Value

Ultra compact & lightweight structural design releases the UAV payload, fully achieving autonomous aerial gas sensing to provide more added value for the flights.

DJI Dock

DJI Flight Hub 2 Supported

Sniffer4D 1ppm TDLAS Methane Sensing & Mapping System also supports real-time data display and remote control from DJI Flight Hub 2, allowing automatic forwarding to Cloud and achieving private deployment.

Sense Up to 9 Gases at a Time

Sniffer4D is able to sense up to 9 gases and particle concentrations at one time. Users can flexibly choose or alter their sensor configurations that suit their applications and budgets.

TVOC | SO2 | CO | NO2 | O3 | PM1.0 | PM2.5 | PM10 | CxHy / CH4 / LEL | H2S | HCl | TSP/PM100 | NH3 | CO2 | HCN | H2 | PH3 | Cl2 | O2 | NO | Odor (OU) | High-resolution CH4* | Wind Speed & Direction* | Nuclear Radiation* | Gas Sampling*