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Metropolitan Military Gas Detector Air Quality Monitoring Device UAV Mounted

Metropolitan Military Gas Detector Air Quality Monitoring Device UAV Mounted

Product Details:
Place of Origin: China
Brand Name: Airppb
Model Number: MR-FAT
Detail Information
Place of Origin:
China
Brand Name:
Airppb
Model Number:
MR-FAT
Control Method:
Remote Control Via Mobile App
Monitoring Range:
Up To 5 Kilometers
Platform Type:
Vehicle-Mounted Or Drone
Gps Tracking:
Integrated GPS Module
Night Vision:
Infrared Night Vision
Highlight:

High Light

Highlight:

Metropolitan Military Gas Detector

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UAV mounted Military Gas Detector

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UAV mounted air quality monitoring device

Trading Information
Minimum Order Quantity:
1
Price:
Negotiable
Packaging Details:
Carton
Delivery Time:
7-15 work days
Payment Terms:
T/T,D/P
Product Description

Military Gas Detector Enabling Comprehensive Air Assessment and Pollution Source Identification in Metropolitan Environments

 

Product Description:

The MR-FAT UAV Fourier Transform Infrared Telemetry Imager is an advanced urban planning tool designed for comprehensive air quality assessment and environmental monitoring in metropolitan areas. This innovative system combines passive Fourier Transform Infrared (FTIR) spectroscopy technology with UAV deployment capabilities, providing urban planners and environmental agencies with detailed atmospheric gas analysis across city landscapes.

 

The instrument enables automatic detection and mapping of urban air pollutants, including vehicle emissions, industrial discharges, and building-related gas releases, with precise gas identification and semi-quantitative concentration measurements. Its UAV-mountable design allows for flexible monitoring of diverse urban environments, including traffic corridors, industrial zones, residential areas, and commercial districts where traditional monitoring stations provide limited spatial coverage.

 

The passive FTIR technology provides high-resolution atmospheric data without interfering with urban activities, supporting evidence-based urban planning decisions, environmental policy development, and public health initiatives. This urban monitoring solution delivers the comprehensive data needed for sustainable city development and improved urban air quality management.Metropolitan Military Gas Detector Air Quality Monitoring Device UAV Mounted 0

Features:

· Product Name: MR-FAT UAV Fourier Transform Infrared Telemetry Imager

· Urban Planning: Designed for metropolitan air quality assessment

· Measurement Principle: Passive Fourier Transform Infrared Spectroscopy

· Deployment Platform: UAV-mountable for urban aerial surveys

· Gas Detection: Urban pollutant gas cloud detection and mapping

· Concentration Analysis: Semi-quantitative gas concentration measurement

· Traffic Emissions: Vehicle exhaust gas monitoring

· Industrial Zones: Urban industrial discharge detection

· High Resolution: Detailed spatial air quality data

· Non-Intrusive: No interference with urban activities

· Planning Support: Evidence-based urban planning data

· Public Health: Urban air quality health assessment

Technical Parameters:

Parameter Specification
Applications Urban planning, air quality assessment, environmental monitoring
Measurement Principle Passive Fourier Transform Infrared Spectroscopy
Detection Mode Passive, non-contact remote sensing
Gas Identification Automatic gas type identification
Concentration Measurement Semi-quantitative analysis
Deployment Platform UAV-mountable design
Technology Type Passive FTIR technology
Light Source No active light source required
Urban Pollutants Traffic emissions, industrial discharges

Applications:

The MR-FAT UAV Fourier Transform Infrared Telemetry Imager serves urban planning applications:

· City-wide air quality mapping

· Traffic corridor pollution monitoring

· Industrial zone emission assessment

· Residential area air quality evaluation

· Commercial district atmospheric analysis

· Urban heat island gas effect study

· Smart city environmental monitoring

· Urban development impact assessment

· Public health air quality studies