The 5-kilometer fire source detection video of the forest fire prevention monitoring system

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July 23, 2025
Category Connection: Câmara multisspectro
Brief: This video demonstrates the setup, operation, and key moments during typical use of a hyperspectral imaging device for forest fire prevention. Watch as we showcase how this advanced system detects fire sources from up to 5 kilometers away, highlighting its 1080P 30 FPS video resolution and 12-bit radiometric precision in real-world monitoring scenarios.
Related Product Features:
  • Advanced hyperspectral imaging with 12-bit radiometric resolution for precise data capture.
  • High-definition 1080P video resolution at 30 frames per second for clear, real-time monitoring.
  • Broad spectral coverage across visible, near-infrared, and shortwave infrared bands.
  • High spatial resolution of 0.12 Mard for detailed imaging and analysis.
  • Versatile connectivity options including Wi-Fi and Bluetooth for easy data transfer.
  • Wide shutter speed range from 1/8000 to 30 seconds for optimal exposure control.
  • Rechargeable battery power source for flexible field deployment in remote locations.
  • Fixed lens type with wavelength-sensitive capabilities for accurate spectral analysis.
FAQ:
  • What is the maximum detection range for fire sources with this system?
    The system is demonstrated for detecting fire sources from up to 5 kilometers away, making it ideal for large-scale forest fire prevention monitoring.
  • What applications is this hyperspectral imaging device suitable for?
    It is designed for professional applications including agricultural monitoring, environmental assessment, industrial quality control, and scientific research in biology and geology.
  • What connectivity options does the device support?
    The device features both Wi-Fi and Bluetooth connectivity, enabling seamless data transfer and remote operation capabilities.
  • What is the significance of the 12-bit radiometric resolution?
    The 12-bit radiometric resolution provides enhanced data precision, allowing for more accurate spectral analysis and detection of subtle variations in captured images.
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