VEX AIR - Unit 4 - Eyes in the Sky - Lesson 1: Capturing Images

In this lesson, you will learn how to use the VEX AIR Drone Controller to capture images from the VEX AIR Drone during flight. You will also learn how to view your images on the controller and transfer them to a computer, so you can use them as visual feedback to improve your piloting skills.

Watch the video below to learn about:

Capturing an image during flight using the controller.
Viewing your images on the controller.
Accessing captured images from the controller on your computer.

Mission: Sky Snapshots

In this mission, you will fly over marked locations and capture images during flight. You will view the images on your controller, and access them with your computer so you can add them to your Mission Log.

Follow these steps to complete your mission:

Mark two locations on the ground diagonally to the left and right in front of the drone's takeoff zone.
1. Use the image below for reference as you set up your flight area.
Ensure all flight team members are clear on their roles, then use the pre-flight checklist in the Mission Log (Google Doc / .docx / .pdf) to ensure you, your flight environment, and the drone itself are ready and safe for flight.
1. See this article for pre-flight safety reminders and guidance on getting your drone ready for flight.
Take off and fly until the drone is positioned over one of the marked locations, and use the controller to capture at least one image. Then, fly over the second marked location and capture additional image(s).
Together with your flight team, view your image(s) on the controller.
Access the image(s) on your computer and add image(s) to your Mission Log.
1. For more information about how to access captured images, see this article.

Real-World Connections

Drone photography allows pilots to capture images from angles and heights that are impossible to reach from the ground. Professionals use aerial photos in many industries, including construction, agriculture, environmental science, and real estate.

A drone flies in front of a giant wind turbine taking images high above the ground.

Engineers use drones to collect detailed images and video of structures that are difficult, dangerous, or expensive to inspect by hand. Bridges, cell towers, wind turbines, rooftops, and power lines can all be photographed from the air without requiring workers to climb or use heavy equipment. High-resolution images allow engineers to zoom in and look for cracks, corrosion, loose bolts, or other signs of damage.

A man in a flannel shirt and hat stands in a field of crops, flying a drone over the field while looking at the images streaming from the drone on an tablet.

In agriculture, drones help farmers check on crops quickly across large fields. From the air, it is easier to see patterns, dry spots, or areas where plants may be unhealthy. Some drones use special cameras to detect heat or light that people cannot see, helping farmers find problems early. This information allows farmers to water, treat, or harvest their crops more effectively.

A drone flies high above a forest surveying the landscape and forest health.

In environmental science, drones help researchers study forests, rivers, coastlines, and wildlife from above. Aerial images make it easier to track changes over time, such as erosion, pollution, or the effects of storms. Scientists also use drone photos to count animals, monitor habitats, and observe areas that may be difficult or unsafe to reach on foot. By capturing clear and accurate images, drone pilots help researchers better understand and protect the environment.

Check Your Understanding

Select Next > to move to the next lesson.