Cybotz Drone Lab: STEM Enrichment - Curriculum
Ignite your child's passion for STEM with Cybotz Technologies' Drone Lab! This 40-hour course is designed for grades 5-10. Students gain hands-on experience in electronics, drone technology, and coding. Each student will build and understand their very own autonomous drone!
Electricity & Power
Electricity Basics
Start with current and voltage. Then learn how electricity powers drones.
Power Supply
Understand power supply for drones. Next, flash the Raspberry Pi OS.
Connectors & Thrust
Soldering
Learn soldering basics for connecting components.
Connectors
Discover different drone connectors. Learn about XT60, JST, and Bullet connectors.
Wire Gauges
Understand wire gauges and importance.
Thrust
Get an introduction to thrust and its measurement.
Motors & Principles
1
Building Thrust Stand
Construct a thrust stand to measure motor output.
2
Brushless Motors
Study brushless motors and ESCs (Electronic Speed Controllers).
3
Powering Motors
Learn to power a motor using the thrust stand.
Testing Motors
1
Motor Testing
Test motors of different sizes.
2
Bernoulli's Principle
Grasp Bernoulli's Principle.
3
Drones & Flight
Understand its role in drones.
Python Programming
Introduction to Python
Learn Python basics.
Data Types
Study data types, inputs, and prints.
Piloting
Start piloting Pluto drones.
Drone Sensor Visualization and piloting
1
Drone python scripting
2
Sensor visuals using scratch
3
Drone piloting simulation and flights
Networking & Randomness
1
Networking Protocols
Dive into networking for drones. Learn about communication protocols.
2
Wireless Communication
Understand wireless communication. Focus on Wi-Fi and Bluetooth for drones.
Networking & Randomness
Networking
Introduction to Networking Basics.
Python Modules
Random and Sleep Modules.
Practice
Practice Inputs and Prints.
Drone Frames & Regulations
1
2
3
1
Types
Quadcopters, Hexacopters
2
Carbon Fiber - materials
3
Frames
Learn drone frame materials. Understand drone types. Know DGCA rules. These regulations are an overview.
Brushless vs. Brushed
Brushless Motors
Efficient. Longer lifespan. Brushless motors offer superior efficiency due to their design, which reduces friction and heat generation. This increased efficiency translates to longer flight times and reduced power consumption. Their extended lifespan is a result of fewer moving parts, minimizing wear and tear and making them a durable choice for drone applications.
Brushed Motors
Simple. Less expensive. Brushed motors are known for their straightforward design, making them easier to understand and maintain. Their lower cost makes them an attractive option for hobbyists and beginners who are just starting out with drone technology. While they may not offer the same level of performance or lifespan as brushless motors, their simplicity and affordability make them a practical choice for certain applications.
Select the right propulsion system based on your drone's needs. Then, understand thrust data. Use the TMotor website to research motor specifications and performance characteristics.
In-depth understanding about different components!
ESCs
Use ESCs to manage motor speed.
Radio Protocols
Study protocols for control signals.
PWM
PWM enables precise motor control.
Drone Building
Students will build and test their drones.
They'll learn about essential failsafes.
Pre-Flight Checks
Confirm all systems go.
Emergency Procedures
Know how to react.
GPS Lock
Ensure a strong signal.
Final Setup & Failsafes
Autonomous
Autonomous drone missions.
Failsafes
Understanding failsafes is key.
Final Setup
Final setup, testing, and launch!