TABI1800TABI1800 uses a cooled MCT Sensor which makes it possible to collect pixel sizes smaller than 50cm from 31xed wing aircraft In contrast competing systems can only collect 1 meter pixels usin ID: 857302
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1 Why Use the T ABI-1 8
Why Use the T ABI-1 800 T ABI-1 800 uses a cooled MCT Sensor which makes it possible to collect pixel sizes smaller than 50cm from xed wing aircraft. In contrast, competing systems can only collect 1 meter pixels using uncooled bolometer arrays. Advantages of the T ABI-1800 • R educed acquisition costs • More coverage • Less ying • High spatial resolution • Excellent thermal sensitivity #110, 3553 - 31st Street NW, Calgary, AB, Canada T2L 2K7 info@itres.com www.itres.com TABI 1800 Thermal Airborne Anomaly Detection Wide Swath Large Scale Thermal Mapping System Applications • Search and rescue • Heat loss surveys • Fire mapping • Power line mapping O ptics Diffraction Limited Optics ensure that every pixel is a spatially independent sample with no smearing. This gives users superb image quality and focus. I n Flight Processing Radiometric calibration and georeferenci
2 ng applied prior to landing. R eal Time
ng applied prior to landing. R eal Time Anomaly Identi cation Customized algorithms can detect anomalies and provide GPS location in real time. P ost Flight Georeferenced Mosaics Georeferenced mosaics provide north up maps that have optimized georeferencing and can be set to any mapping convention S ensor Type Cooled MCT • Four times faster than uncooled bolometer arrays • Capable of collecting 50cm or smaller pixels • Provides increased sensitivity • NEDT TABI - 1800: Fewer ight lines. H ourly Coverage Over 175 km 2 at one meter spatial resolution. • Water boundary detection • Subsurface karst feature detection • Border patrol • Geothermal anomaly detection Imaging width comparison between TABI 320, 640 and 1800 pixel swaths . 3 to 5+ x the ground coverage per pass as compared to most existing TIR sensors. Relative ying height required for 1 m pixels show . Thermal Anomaly Above 21ºC Thermal Anomaly Ma