Get Actual Experience and Actual Results

Get risk free experience in drone Lidar with MODUS proven processes


Overwhelmed with Lidar but want to get this technology into your business?

It can take a lot of time and money to find the lidar process that works.  We are here to help speed up the process and get you mapping.

Get the roadmap to MODUS Lidar Capture and Processing Processes

We are pulling back the curtain and revealing what early-adopting survey and engineering companies are doing to generate high-quality products in a fraction of the time.  


Gain access to all this information and more

✓ Understand the framework of a high accuracy lidar capture

✓ Checklists and steps on how to plan, fly, and produce lidar products 

✓ 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 

✓ Work with actual raw data

Take this course today and start mappinng

Meet Your Instructor

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

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 usecase

  • If you want to learn how to use drone lidar

Lidar Workshop Program

This course provides unmatched access to information and equipment to you can learn at your own pace and own style.

  • Self Paced

    The online portion of this course will walk you step-by-step through the processes, with actual software and raw data.

  • Hands-on Training

    Once you finish the online portion, now it is time to practice what you have learned with real equipment and personal drone lidar coaches.

  • Access to Hardware

    After you complete the training you become eligible to check out lidar rental equipment at a discounted rate and show your customers what you can do.

Course curriculum

  • 01

    What you need to know about Drone Lidar

    • What is Drone Lidar?

    • Drone Lidar vs Mobile and Aerial Lidar- How it works.

    • Lidar Sensor Comparison

    • Drone Lidar Use Cases

    • Selecting the Right Drone for your Lidar Use Case

    • Difference between Relative and Absolute Accuracy

    • Grid to Ground- Targets and Control Overview

    • Options Using Flight Automation

    • Field Collection Process Overview

    • Lidar Processing Overview

    • Lidar Data Condition Considerations Overview

    • Lidar Analysis Overview

    • Lidar Data Products and Data Supply Chain Verticals

  • 02

    Lidar Planning

    • Lidar Planning Overview

    • Standard Workflow

    • What Sensor Do you need?

    • Planning for Point Density

    • Terrain Follow Decision Guide

    • Planning Factors for Topography

    • Planning factors for Structures and Facades

    • Planning Factors for Vegetation

    • Planning for integrating survey

    • Pattern Planning for Area Coverage

    • Planning for Corridor Collection

    • Collection Efficiency Decision Guide

    • Pre Deployment Checklist- Logistics

    • Air Travel Considerations- logistics

    • Manning Plan - Standard

    • Manning Plan - Urban/ DOT

    • Manning - Corridor's and extended range operations

    • Preparing for BVLOS

    • Planning for Limited Line of Sight Ops

    • Lidar Planning Practical #1

    • Lidar Planning Practical #2

    • Lidar Planning Practical #3

  • 03

    What you need to increase Accuracy

    • Survey & Control Overview

    • Why do we use Control

    • Photogrammetry vs Lidar Target Considerations

    • Types of Targets for Lidar

    • How Lidar "Sees" Target Accuracy

    • Control Accuracy Requirements

    • Optimizing Lidar Target Placement for Vertical Accuracy

    • Targets for Assessing Horizontal Accuracy

    • Registration verse Control

    • Control for Vegetation

    • How Much Control Do you need?

    • Survey Practical Exercise #1

    • Survey Practical Exercise #2

  • 04

    The Field Capture Process

    • Field Capture Overview

    • Sequence of Events

    • Preflight Considerations

    • Base Station Fundimentals

    • Risk Assessment and Mitigation- On Jobsite

    • Dealing with Vertical Structures in your Job Site

    • DOT Jobsite Concerns

    • Working Around Transmission Lines

    • How to do long Corridors

  • 05

    Lidar Processing

    • Lidar Processing Overview

    • Lidar File Structures

    • Control Tables and QC

    • Base Station Georeferencing

    • Re-Projection Techniques & QC

    • Determining your Lidar Output

    • Lidar Colorization Fundamentals

    • Lidar Segmentation

    • Lidar Processing Exercise #1

    • Lidar Processing Exercise #2

  • 06

    Lidar Post Processing

    • Lidar Post Processing Overvidew

    • Lidar Boresighting

    • Boresight QC techniques

    • Telemetry Enhancement

    • Strip Matching and Overlap Analysis

    • Lidar Denoise

    • Lidar Vertical Accuracy Assessment

    • Lidar Vertical Correction and QC

    • LAS Export Considerations

    • Lidar Processing Exercise #1 Continued

    • Lidar Processing Exercise #2 Continued

  • 07

    Lidar Data Standards and Certifications

    • Lidar Standards Overview

    • USGS Lidar Standards

    • ASPRS Vertical Accuracy Standards

    • Lidar Quality Levels

    • ASPRS Horizontal Accuracy

    • DOT Standards

  • 08

    Introduction to Flight Automation [Bonus]

    • Overview

    • Planning screen

    • Main menu settings

    • Loading your payloads

    • Loading your drone

    • Loading a lidar as a camera

    • Map options and overlay

    • Map options and overlay

    • Setting a new route

    • Takeoff and landings

    • Fly-to-points (FTP)

    • Area planning tools [Photogrammetry area tool & Area scan Quarter map ]

    • Route planning tools [Circle & Perimeter ]

    • Façade tool

    • SAR Tools

  • 09

    Pre Workshop Seminar

    • Pre Workshop Virtual Meeting

  • 10

    Lidar Field Work [ Hands on]

    • Lidar Planning Practical

    • Lidar Control Exercise

    • Drone Lidar Equipment Setup and Preflight

    • Lidar Flight and Field Collection Practical

    • Lidar Processing Workshop

    • Lidar Data Inspection and Certification

2 Day Workshop - Tulsa

Sept 27 & 28

We will be spending two days in Tulsa. 

Date and Time:

  • Sept 27  0900 to 0500  Field Training
  • Sept 27  1900  to TBD   Social
  • Sept 28   0900 to 1500  Data Processing

Location

City:     Tulsa, OK

Address:  TBD (we will confirm 2 weeks prior)


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Workshop Pricing

High Quality Hands On Training at an Affordable Price