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Setting You Up for Success

Hyperspectral airborne drone, ground-based, or scanning-kit training is fundamental to success when it comes to utilizing an integrated imaging solution from Headwall.

Day-long training is held twice each month at our headquarters for customers who have purchased a Headwall turnkey or system-level solution. These training sessions are focused on hands-on experience in a small-group learning environment. Headwall provides the industry's most in-depth training curriculum. We cover all the need-to-know topics and follow up with an overview of Headwall's powerful post-processing software.

New for 2019 are recorded material and documentation for remote learning if you cannot attend our training sessions at our headquarters or simply need a refresher!

Hyperspectral Basics

Each training session starts with the fundamentals of hyperspectral imaging...what it is, how it works, and some of the applications that are ideally suited for this technology.

  • Basics of hyperspectral imaging
  • How our sensors work
  • Scanning operations
  • Airborne data collection considerations
  • Data processing and analysis techniques
hyperspectral-basics

Flight Planning

We'll show you how to properly get your airborne solution ready for flight. You'll learn how to calibrate your sensor, get the GPS/IMU set up, setting the white balance, and much more.

  • Flight planning and setup for data collection
  • Flight planning software
  • Hyperspec software and sensor setup
preflight

Flying the Mission

Here, we'll show you all aspects of flying your UAV...from start-up steps through data-collection and landing. Everything you'll learn is focused both on data accuracy and safe flying practices.

flight

Post-Flight & Data Processing

Collecting hyperspectral data is a hardware-driven exercise, but data interpretation and exploitation is a function of powerful software you'll learn how to use. From orthorectification to creating mosaic data cubes, Headwall provides the knowledge you need.

  • Viewing images and spectral data
  • Single and batch radiometric correction
  • Single and batch reflectance conversion
  • Single and batch ortho-rectification
data-collection