Data collection can be accomplished using any small UAS capable of capturing nadir (vertical) mapping images. Imagery can also be collected via manned aircraft as long as GSD (resolution) works out to 10cm per pixel or less. Higher resolution imagery and products will result in higher output accuracy from the CLARKE system.
Skydio 2+, flown with native software
Skydio X2, flown with native software
Skydio X10, flown with native software
WingtraOne Gen II with RGB payload, flown with native software
eBee X with RGB payload, flown with native software
Autel EVO MAX, flown with native software
DJI Enterprise series aircraft, flown with native software
CLARKE requires a standard GeoTIFF, which can be created using data collected and processed in a variety of ways.
Recommended Parameters or Constraints
Altitude: As high as possible (400ft)
Sidelap: 70%
Overlap: 70%
Pattern: Standard, no crosshatch, no perimeter
Camera angle: 90 degrees, vertical
This video will walk users through the basic processing steps in Pix4D React (pix4d.com) and Nova Maps (mapnova.com).
Any orthomosaic software capable of producing a GeoTIFF orthomosaic will function with the CLARKE systems.
This document contains a written workflow for using Pix4D React or Nova to create a GeoTIFF.