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UAV Survey Course

UAV Survey Course

Regular price $499.00 NZD
Regular price Sale price $499.00 NZD
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Using your drone as a professional survey tool is a fantastic way to generate revenue for your business. Drone TRUST is proud to give you access to years of industry experience- highly condensed into invaluable, easy to follow modules that will streamline your journey to becoming a proficient and professional UAV surveyor. The video content leads you to doing your own learning with your survey tools, during the course. This course was created for DroneTRUST by DroneMate.

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Is this the right certification for me?

While this course is not a requirement for drone surveying, it will streamline your journey to becoming a proficient and professional UAV surveyor.

Course Details

Check out the video below to have a sneak peak of the UAV surveying modules we will deep dive into. This video has many examples of outputs, on the job shadowing and an overview of each component of a UAV survey. 

Proudly in association with Drone Mate.

COURSE OUTLINE

Introduction to Course and brief overview of each component of a drone survey 

  • Overview of the course objectives and structure. 
  • Introduction to what’s involved in a drone survey. 
  • Walk through of dataset collection. 

Module 1: Border 

  • Purpose of flight border. 
  • Introduction to border creation in different flight apps. 
  • Using DJI Pilot 2 to import or manually create a border. 
  • Accuracy at flight border demonstration. 
  • Key takeaways for creating a border. 

Module 2: Flight Pattern 

  • Exploration of flight patterns and their role in aerial survey planning. 
  • What environments require a single grid, double grid with oblique camera or linear/corridor flight pattern. 
  • Techniques for planning efficient flight paths while not breaking property laws. 
  • Consideration of higher camera angles when using different flight patterns. 

Module 3: Height 

  • Selecting appropriate flight heights based on survey requirements. The correlation between ground sampling distance and survey accuracy. Demonstration of how height affects resolution. 
  • Case studies illustrating how height choices can affect site time, dataset size and survey outputs. 
  • Why maintaining a consistent height above ground level is important. Demonstration on how to use terrain aware feature in different flight apps. How height has an impact on your overlap settings. 

Module 4: Overlap 

  • Examination of overlap settings in aerial surveying and its importance. Adjusting overlap settings to adapt to various terrain to ensure quality outputs. 
  • Methods for determining optimal overlap percentages. 
  • Practical applications and benefits of different overlap settings in surveys. How to change overlap settings in various flight apps. 
  • Introduction to key points in data processing. 

Module 5: Speed and Camera Settings 

  • Exploration of the relationship between drone speed and camera settings. Demonstration of various methods for choosing camera settings and speed of your drone. 
  • Techniques for optimizing camera settings to reduce motion blur. How to access and correctly use shutter priority mode in DJI Pilot 2 and Map Pilot Pro 
  • Comparative analysis of image quality at various speeds and camera settings. 

Module 6: GCP, RTK, Checkpoints 

  • What are GCPs, RTK and checkpoints 
  • How to establish your GCPs 
  • Methods for capturing GCP locations 
  • GCP layout 
  • Methods to receive RTK corrections 
  • RTK with GCPs 
  • Accuracy issues when not using GCPs or RTK 

Summary and Conclusion

  • Overview of important information from each module 
  • Final review of all components of a drone survey