Hello @mosesmasingati5087, thank you so much for your feedback! We’re happy to hear that you found the content educational and valuable. If you have any specific topics or questions you'd like us to cover in the future, please feel free to let us know at ugcs@ugcs.com. And don’t forget to subscribe to our channel (if you don’t already 🙂); more educational content is coming!
We found out that we need 10m between grid lines to make sure we have covered an area without blind spots. Could probably use 15-20m but then we risk to catch reading only on one flighline, but it better to have it on at least two to be sure. Later anyway it is advised to scan “suspicious” places with tighter grids and closer to the ground, provided traveling on foot to the location to inspect is not easy or feasible right away.
So educational....keep uploading
Hello @mosesmasingati5087, thank you so much for your feedback! We’re happy to hear that you found the content educational and valuable. If you have any specific topics or questions you'd like us to cover in the future, please feel free to let us know at ugcs@ugcs.com. And don’t forget to subscribe to our channel (if you don’t already 🙂); more educational content is coming!
excellent! Thanks for sharing.
Thanks for watching! 🙌
5:40, one question - if the magnetometer can "search" engine from a 10 meters, why a distance between profile a 15-20 meters?
We found out that we need 10m between grid lines to make sure we have covered an area without blind spots. Could probably use 15-20m but then we risk to catch reading only on one flighline, but it better to have it on at least two to be sure. Later anyway it is advised to scan “suspicious” places with tighter grids and closer to the ground, provided traveling on foot to the location to inspect is not easy or feasible right away.