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  • Not in stock. Available in 2019

Features

  • 2 detectanble temperature ranges
    • -13 to 275°F (-25 to 135°C)
    • -40 to 1022°F (-40 to 550°C)
  • 2 thermal sensor resolution options
    • 336 x 256
    • 640 x 512
  • <50 mK thermal sensitivity
  • Uncooled VOx Microbolometer thermal imager
  • 30 Hz thermal frame rate
  • 7.5 – 13.5 µm spectral band
  • 1/4"-20 TPI Tripod mounts (qty 2, bottom surface)
  • 56° x 45° visible camera FOV
  • +38,000 ft operational altitude
  • -4 to 122°F (-20 to 50°C) operating temperature range
  • 5-26 VDC power input range
  • 1080p60, 1080p30, 720p60 digital video output

The Flir Duo Pro R HD Dual-Sensor Drone Thermal Camera is a powerful thermal and visible-light imager designed for a wide range of high-performance commercial, industrial, and public safety drone applications. Featuring thermal and a high-definition 4K color video camera in a single integrated package, Duo Pro R gives professional operators the ability to capture actionable thermal and visible data in a single flight. This thermal camera combines a high resolution, radiometric thermal imager, 4K color camera, and a full suite of on-board sensors to capture actionable data day or night.

The Duo Pro R includes an on-board sensor suite to create a self-contained airborne mapping package. These fully integrated sensors provide an on-board source for all the vital data needed to create accurate maps and 3D models from an airborne platform. By geo-tagging each captured image within the camera Duo Pro R eliminates the complexity, data loss, and latency that can come from integrating to external flight control systems.

Easily view thermal and hi-definition color imagers in flight, or see them both simultaneously with picture-in-picture mode, all while recording video and stills on two microSD cards. A fully integrated GPS receiver, IMU, magnetometer, accelerometer, gyroscope and barometer provide all the data needed to create accurate orthomosaics without integrating to external flight controllers. Easy configuration with the FLIR UAS app lets pilots set color palettes, image optimization features, and configure PWM inputs without lugging a computer to the field.