Experiment 1

A detailed illustration of various types of drones, including quadcopters, hexacopters, and fixed-wing drones in a scenic outdoor setting, with technical labels for components and flight mechanics.

Drone Mechanics Quiz

Test your knowledge about the fascinating world of drones and their mechanics! This quiz covers essential concepts related to multi-rotor drones, fixed-wing drones, and various components that make these flying machines work.

Whether you're a beginner or an experienced enthusiast, this quiz is designed to enhance your understanding of:

  • Drone classifications
  • Flight mechanics
  • Electronic components
  • Control surfaces and their functions
15 Questions4 MinutesCreated by FlyingDrone101
The most popular and most widely used among other classifications of multi rotor drones.
Tricopter
Quadcopter
Fixed Wing Drone
Hexacopter
Houses most of not all the electronic components of the fixed wing drone.
Aileron
Elevator
Rudder
Fuselage
It is also called a vertical stabilizer and prevents side-to-side movement of the aircraft.
Aileron
Elevator
Rudder
Fuselage
This is caused by the deflection of elevators of the aircraft.
Pitch
Roll
Yaw
Acceleration
These are the small hinged sections on the out-board portion of the wing. It is also used to bank the aircraft causing one wing to move up and the other to move down.
Aileron
Elevator
Rudder
Fuselage
This force must be able to overcome the drag force to propel the plane forward.
Lift
Thrust
Drag
Weight
In order for this force to be generated, it must be equal or greater than the gross weight.
Lift
Thrust
Drag
Weight
This is a natural force of an object resisting moving through a fluid like air
Lift
Thrust
Drag
Weight
It is an independent open-hardware project that aims to provide the for readily-available, hiqh-quality and low-cost autopilot hardware designs for the academic, hobby and developer communities.
Pixhawk
Servos
GPS Module
Radio Receiver
This servo is connected to the channel 2 of the Pixhawk
Aileron Servos
Elevator Servo
Electronic Speed Controller
Rudder Servo
It is used to enable or disable the outputs to motors and servos.
Telemetry
Buzzer
FC Splitter
Safety Switch
It is responsible for spinning the motors at the speed requested by the autopilot.
Radio Receiver
Electronic Speed Controller
GPS Module
Air Speed Sensor
It receives the commands from the Radio Transmitter and interprets the signal using the flight controller where the commands are converted to specific actions that control the drone.
Telemetry
Radio Receiver
GPS Module
Power Module
It uses a radio receiver to gather the signals from satellites and use that information to determine the speed, position, and time.
Power Module
Servos
Buzzer
GPS Module
The constant blinking of the LED in the Pixhawk signifies that
The safety switch has been pressed and the motors and servos can move once the vehicle is armed.
The system is initializing.
The system is ready and press the safety switch to enable the output of the motors available.
There is no SD card inserted on the Pixhawk.
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