Check out this video to learn about a few!
Drones stay in the air using aerodynamics, which is the study of how air moves.
They also use physics to balance forces like lift, thrust, gravity, and drag.
Weather science helps pilots understand wind and rain, which can affect flight.
Drones have GPS, cameras, and sensors to help them navigate and take pictures.
They use remote controls or apps to fly, and some even use AI to fly by themselves!
Engineers design the frame, motors, and propellers to be strong but lightweight.
They solve problems like keeping the drone stable and making batteries last longer.
Drones use math to measure speed, distance, and height.
Math helps them follow paths, avoid obstacles, and land safely.
Pilots use coordinates, angles, and timing for missions.
In the next 5 days, we will use the Parrot Mambo Drone and Tynker to learn about the principals of flight, how to fly a drone with a remote and how to program a drone to fly through obstacles.
Day 1 and 2
Flying the Parrot Mambo Drone with controller
*Complete the Manned Flight Operations Activity 1 checklist.
Day 3 and 4- Use an iPad to explore the Tynker programming for Drones.
There are 6 lessons to try to help you learn all about programming your drone.
Day 5- Show off your flying and programming skills!
Day 3-5
Design a Course- Using the provided obstacles
Program the drone to fly your course
Designing your course:
Design a course and challenges for your drone to navigate.
You must program your drone to fly the course to meet your goal!