Intro
This week we operated the Mavic 2 Pro’s with a focus on their data storage, image controls, and our flight competency. The first task was the setup phase and our ability to complete in in a timely manner without compromising safety. Then the flight crews were tasked with switching the data storage from internal to the SD to capture images for the mission. After confirming the storage location our team launched the Mavic and performed an orbit above the launch point. Completing, the orbit we performed different maneuvers focusing on their effect on the image perspective. We covered the importance of POV and how it is affected by altitude. The last thing we did before landing the aircraft was adjusting the shutter speed to see how it impacts image quality and clarity.
Operation Environment
The Operation Area was the Martell forest which provided the flight crew many advantages and possible hazards. The advantages of the location were: a large open area, lines of short grass, and tree line that blocked low level winds. The hazards of the location were: line of cars parked alongside road, tree lines presents many obstacles, and poles displaced through the fields. Unlike the other labs we had multiple flight crews operating at the same time which introduced many new hazards. Separate from the location was the affects of weather on the mission. There was about 15 knots of westerly wind that impacted the drones performance but the VTOL capability minimized its affect on landing pad position. The sky was completely clear of clear of clouds or any precipitation and therefore it did not play a factor in mission planning or actual flight. The temperature was 37 Degrees Centigrade which is well within the aircrafts operating limitations.
Maneuvers and Pictures
- Servo Test after Launch
- Orbit
- Nader
Figure 2: Image taken at 100ft
Figure 3: Taken at 400ft
Figure 4: Image with shutter speed at
1/8000 setting
Figure 5: Screenshot of Tablet while
adjusting the shutter speed to 1/800
Figure 6: Picture with shutter speed
at 1/800