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Drone Programmingprogramming~15 mins

Battery failsafe in Drone Programming - Mini Project: Build & Apply

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Battery failsafe
📖 Scenario: You are programming a drone to monitor its battery level during flight. To keep the drone safe, it must automatically land when the battery level gets too low.
🎯 Goal: Build a simple battery failsafe system that checks the drone's battery level and decides when to land.
📋 What You'll Learn
Create a variable to store the current battery level as a percentage.
Create a variable for the battery low threshold percentage.
Write a condition to check if the battery level is below the threshold.
Print a message to land the drone if battery is low, otherwise print that flight continues.
💡 Why This Matters
🌍 Real World
Drones need to monitor battery levels to avoid crashes and damage by landing safely when power is low.
💼 Career
Understanding battery failsafe logic is important for drone software developers and engineers working on autonomous systems.
Progress0 / 4 steps
1
Set the battery level
Create a variable called battery_level and set it to 35 to represent the current battery percentage.
Drone Programming
Need a hint?

Use a simple assignment like battery_level = 35.

2
Set the low battery threshold
Create a variable called low_battery_threshold and set it to 30 to represent the battery percentage that triggers landing.
Drone Programming
Need a hint?

Use a simple assignment like low_battery_threshold = 30.

3
Check battery level and decide
Write an if statement that checks if battery_level is less than low_battery_threshold. If true, set a variable action to "Land the drone". Otherwise, set action to "Continue flight".
Drone Programming
Need a hint?

Use if battery_level < low_battery_threshold: and set action accordingly.

4
Display the action
Write a print statement to display the value of the variable action.
Drone Programming
Need a hint?

Use print(action) to show the decision.