Visuals

Field Outings

(Figure.1 Mavic 2 Pro Checklist)

(Figure.2 Week 12 Orthomosaic PWA)

(Figure.3 Week 12 DSM PWA)

(Figure.4 Pix4D Model - Construction Site)

(Figure.5 Pix4D Model - Salamander Tanks)

(Figure.6 Pix4D Model - Vehicle)

(Figure.7 Week 13 Flight #1 Crosshatch Ortho)

(Figure.8 Week 13 Flight #1 Crosshatch DSM)

(Figure.9 Week 13 Flight #2 Standard Grid Ortho)

(Figure.10 Week 13 #2 Standard Grid DSM)

(Figure.11 Week 14 PWA Ortho)

(Figure.12 PWA Burn Plot Comparison)

Volumetrics

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(Figure.1 Wolfcreek Pile Volume)


(Figure.2 Litchfield 07/22/2017)


(Figure.3 Litchfield 08/27/2017)

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(Figure.4 Litchfield 09/30/2017)

Name:	10cm Volume	100cm Volume
Dsm_clip_x5_20170722	76317.5687	69238.4037
Dsm_clip_x5_20170827	165442.6917	188343.7291
Dsm_clip_x5_20170930	114943.3788	92713.6886

(Figure.5 Volume Table)

(Figure.6 Cut Fill)

Cartography

(Figure.2 Shaded DSM)

(Figure.3 Shaded Aspect DSM)

(Figure.4 Shaded Slope)

(Figure.5 Orthomosaic)

C-Astral Bramor PPX

(Figure.1 Parachute Folding Video)

(Figure.2 Mission #1)

(Figure.3 Mission #1 Settings)

(Figure.4 Mission #2)

(Figure.5 Mission #2 Settings)

(Figure.6 Mission #3 Landing area with wind - 5m/s & 300 degree direction)

(Figure.7 Mission #3 Landing area with wind - 9.7m/s & 194 degree direction)

(Figure.8 Mission #3 Flight Summary)

Getting to know ArcPro

(Figure.1 Creating a Project)

(Figure.2 Navigating to Singapore)

(Figure.3 Singapore with added data)

(Figure.4 Zooming in to the downtown area)

(Figure.5 Adding basemap and pins)

(Figure.6 Spatial Join tool)

(Figure.7 Spatial Join table)


(Figure.8 Spatial Join table)

(Figure.9 Map Pins with Labels)

(Figure.10 Final Product)

Measure Ground Control

(Figure.1 Martell Forest)

(Figure.2 Airspace Warning Menu)

(Figure.3 PWA)

(Figure.4 McCormick Woods)

(Figure.5 Creating a Flight Plan in AirMap)

(Figure.6 Weather Menu & Legend)

(Figure.7 IMU Calibration)

(Figure.8 Compass Calibration)

(Figure.9 Gimbal Calibration)

(Figure.10 Mavic 2 Pro at 60 meters)

(Figure.11 Mavic 2 Pro at 80 meters)

(Figure.12 Mavic 2 Pro at 122 meters)

(Figure.13 Zenmuse X7 with 16mm lense at 60 meters)

(Figure.14 Zenmuse X7 with 24mm lense at 60 meters)

(Figure.15 Focal Length Chart)

(Figure.16 Waypoint 1)

(Figure.17 Waypoint 2)

(Figure. 18 Waypoint 3)

(FIgure.19 Waypoint 4 - increasing altitude to 80 meters)

(Figure.20 Waypoint 4 - Stoping video)

(Figure.21 Waypoint 5)

(Figure.22 Waypoint 6 - RTH)

(Figure.23 Waypoint 6 - Capture panorama)

Measure Ground Control

What is Measure Ground Control? Measure Ground Control is an immensely powerful SSoT (Single Source of Truth) application that allows the user to have an all-encompassed platform for UAS operations. The application has everything a flight crew would need to plan, execute, and analyze various missions. It includes a map, allowing the user to view locations and understand airspace restrictions. It also includes a settings menu that allows the pilot to adjust any settings without having to switch between applications (In our case we were flying a DJI Mavic 2 Pro which normally uses the DJI GO 4 app). Lastly, it features an extensive flight planning function that gives users full control over creating flight plans that can be fully automated. For this lab, we did a deep dive into the software to get a better understanding of all of its functions which will be explained in detail below. T he Airspace Map Flight planning is one of the most important aspects of UAS operations and should be do...

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