Gain access to all this information and more

 Understand the framework of a high accuracy lidar capture

 Checklists and steps on how to plan and ensure you get the best lidar product

 Hone in on your use case and what sensors are profitable for you

 Identify which control techniques works best for you

 Learn 3 simple strategies for efficient field capture with proven success

 Learn the formula for taking average lidar data and creating great products

 Get a free trials of tools you need 

 Get two (2) hours to ask all your questions at the end of this course

This course is for you

If you work at a business producing survey and engineering products but want to stay up with their competition

  • Want to grow your business using aerial reality capture techniques

  • If you need guidance on what lidar works best on your use case

  • If you want to learn how to never underbid a lidar project and get paid what you are worth

6 weeks, 10 virtual sessions, lot of extras

Just so you know, I am passionate about lidar and helping small business and large engineering firms expand with lidar.  

Over the next few weeks we will have in person training, followed with additional videos, and checklists.  If you are a business owner or manager this is what you need to get moving. 

Miss a class?  No worries, everything is recorded and will be posted the next day so you can review as many times as you need. 

Course curriculum

  • 01


  • 02

    Pre-Workshop Training/ Software Overview

    • Flight Automation- What is the ideal flight software for mapping

    • UgCS Flight Controller Architecture

    • GUI Intro - UgCS Overview

    • GUI Intro - Planning Screen

    • GUI Intro - Main Menu Settings

    • GUI Intro - Configuring your Payloads

    • GUI Intro - Configuring your Drone

    • GUI Intro - Special Tip - Configuring Lidar as a camera

    • GUI Intro - Mapp Options and Overlays

    • Basic Flight Planning - Setting a New Route

    • Basic Flight Planning - Automatic Take off/Landing Fundimentals

    • Basic Flight Planning - Working with Fly to Points (FTP)

    • Basic Flight Planning - Area Mapping Tools

    • Basic Flight Planning - Route Planning tools

    • Basic Flight Planning - Façade Scanning Tools

    • Basic Flight Planning - Search and Rescue Tools

    • GUI Intro Lidar Area Planning Module

    • GUI- Lidar Corridor Planning Module

    • GUI- Calibration module

  • 03

    MODULE 1: Project Scoping

    • What is Lidar and Scoping a Project

  • 04

    MODULE 2: Determining Lidar Point Density

    • Determining your Lidar Point Density

  • 05

    MODULE 3: Lidar Flight Planning Fundamentals

    • Lidar Flight Planning

  • 06

    MODULE 4: Segmenting

    • Segmenting - Laying out your project for effective collection

  • 07

    MODULE 6: Mapping Corridors

    • Corridors Mapping Fundamentals

  • 08

    (Mar 08) MODULE 7: Special Considerations

    • Planning for special considerations

  • 09

    (Mar 01) MODULE 5: Lidar and Dealing with Vegetation

    • Point Density and Vegetation Penetration Fundamentals

  • 10

    (Mar 10) MODULE 8: Lidar Accuracy Fundamentals

    • Surveying for High Accuracy Lidar

  • 11

    MODULE 9: Operations

    • Operations and Workflows

  • 12

    (Mar 17) MODULE 10: Project Pricing

    • Pricing and Project Scoping Guidelines


Instructor Bio:

Dan Hubert is a 25-year veteran of the drone and geospatial intelligence industry. . He started as a tactical air imagery analyst managing a theater-level geo-intelligence center. As a Naval Aviation TOP GUN Tactical Instructor, he authored and taught hundreds of tactical procedures for the latest sensors, aircraft, and emerging military drones. He took command of several special forces UAV combat units and drafted operational innovations in co-use airspace and multi-sensor intelligence products. As General Atomics Program Manager, Dan oversaw MQ-9 Reaper unique payload integration and hyperspectral, lidar, ISAR sensor exploitation training development. Today Dan, as the assistant Director of UAS research and training for the American Society of Photogrammetry and Remote Sensing (ASPRS), recognizes the commercial UAV mapping industry is being taught by sensor manufacturers who are making wild performance and accuracy claims. Dan wants to lead the development of standardized ASPRS UAV procedures and training that can be shown by ASPRS representatives to increase ASPRS certifications as the standard for sUAS mapping products.

Dan Hubert

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