Skip to content
Headwall Photonics logo
  • Applications
    • Food Quality & Safety
    • Environmental Monitoring
    • Mining & Prospecting
    • Precision Agriculture
    • Infrastructure Inspection
    • Defense & Security
    • Art & Forensics
    • Recycling
    • Pharmaceutical PAT
    • Biomedical Research
    • Color Measurement
    • General Research
  • Products
    • REMOTE SENSING
    • FlyHSI Drone Flights
    • UAV Packages
    • Nano HP VNIR (400-1000nm)
    • Co-Aligned HP (400-2500nm)
    • SWIR 640 (900-2500nm)
    • Solar-Induced Fluorescence Imaging Sensor
    • LiDAR
    • MACHINE VISION
    • MV.Scan Packages
    • Multi-Scan Possibilities
    • MV.X VNIR (400-1000nm)
    • MV.C VNIR (400-1000nm)
    • MV.C NIR (900-1700nm)
    • SWIR 640 (900-2500nm)
    • VNIR-E (400-1000nm)
    • UV (220-380nm)
    • Accessories
    • OEM COMPONENTS
    • Capabilities
    • Diffraction gratings
    • Spectrographs
    • Spectrometers
    • SOFTWARE
    • perClass Mira
    • Hyperspec III & SpectralView
  • Library
    • What is Hyperspectral Imaging
    • Application Notes
    • Published Research
    • Webinars / Videos
    • Tools
  • News
    • Press Releases
    • Happenings
    • Upcoming Events
  • Company
    • About Us
    • Management
    • Careers
    • Compliance
    • Awards
    • Partners
    • HIAC
    • CHRSE
  • Support
    • Customer Support
    • Training
    • Tools
    • Product Lifecycle
  • Contact
  • Applications
    • Environmental Monitoring
    • Food Quality & Safety
    • Mining
    • Precision Agriculture
    • Infrastructure Inspection
    • Defense & Security
    • Art & Forensics
    • Pharmaceutical PAT
    • Biomedical Research
    • Color Measurement
  • Products
    • Remote Sensing
      • Nano HP VNIR (400-1000nm)
      • SWIR 640 (900-2500nm)
      • Co-Aligned HP (400-2500nm)
      • LiDAR Upgrade
    • Machine Vision
      • MV.X VNIR (400-1000nm)
      • MV.C VNIR (400-1000nm)
      • MV.C VNIR (400-1000nm)
      • MV.C NIR (900-1700nm)
      • VNIR-E (400-1000nm)
      • UV (220-380nm)
      • Machine Vision Accessories
    • Software
      • perClass Mira Software
      • Hyperspec III and SpectralView
  • Library
    • What is Hyperspectral Imaging
    • Application Notes
    • Published Research
    • Tools
  • Company
    • About Us
    • Management Team
    •  Careers
    • Compliance
    • Partners
    •  HIAC
    • CHRSE
  • News
    • Happenings
    • Press Releases
    • All Events
  • Support
    • Customer Support
    • Systems Training
    • Tools
    • Product Lifecycle
  • Contact

Home » precision-agriculture

Application Notes

Explore the diverse applications of hyperspectral imaging through case studies

Hyperspectral Imaging Explained

Here are point-cloud images taken from otherwise identical Headwall airborne hyperspectral imaging platforms with LiDAR. The point-cloud image on the left was taken using the Legacy (Gen 2) GPS/IMU. The point-cloud image on the right was taken with the High-Performance GPS/IMU. Point-cloud data was visualized using the opensource program CloudCompare1, with coordinates exported to scalar fields and the display range for height (Z) made as close to identical as possible.

Benefits of High-Performance GPS/IMU

January 31, 2024

Headwall’s High-Performance GPS/IMU, coupled with software that uses Post-Processing Kinematics (PPK), a GPS correction technique that corrects location data after drone data has been captured and downloaded, significantly reduces image distortions and enables more accurate orthomosaicking of multiple flight swath images.

READ MORE
HSI-Explained_RGB-MSI-HSI-)

What is Hyperspectral Imaging?

November 30, 2023

Hyperspectral imaging is a technique that acquires and analyzes a portion of the spectrum of light (often a broader portion than our human eyes can see) in very fine detail instead of simply assigning light into a small number of bins at each pixel.

READ MORE

More Resources

  • Video: Hyperspec 101: Introduction to Hyperspectral Imaging
  • White Paper: Dispersive Raman Imaging
  • White Paper: RTK vs PPK for GPS on Hyperspectral Imaging UAVs
  • Report: Spectral Analysis Report on Rust on Steel Samples from UV to SWIR
  • Comparison: Comparison of Standard and High-Performance GPS/IMU
  • Comparison: Comparison of Airborne Hyperspectral Images from the NSF NEON AOP Flown AVIRIS-NG and a Headwall UAV Hyperspec Imaging System
Questions?

Would you like to learn more about a product, watch a demo or talk to an expert?

Contact Us
Call Us : +1 (978) 353-4100
Contact us
Linkedin Twitter Youtube Facebook Logo For BlueSky Social Media Platform

Sign up for updates

Name*
This field is for validation purposes and should be left unchanged.

Products

  • Remote Sensing
  • Machine Vision
  • OEM
  • Software

Quick Links

  • Support
  • NEW MV.SCAN Packages
  • About Us
  • Privacy Policy

Copyright 2024 © All Right Reserved Design by Cloud a la Carte
Homepage, Remote Sensing, and Industrial Inspection landing pages by Ladybugz Interactive Agency