Meet CoDrone EDU

A Drone Made for Learning

Ages: 12+

Programming languages: Blockly and Python
What you'll learn: Drones, flight, accelerometers, gyroscopes, LEDs, color sensors, obstacle detection, sound, block coding, text-coding

Welcome to CoDrone EDU, the revolutionary educational platform that equips students with the tools to learn coding and robotics. This state-of-the-art drone kit is specifically designed to excite, educate, and ignite the curiosity of the next-gen of programmers and engineers. Programmers can utilize various coding languages, such as CoDrone Blockly and CoDrone Python.

The CoDrone EDU is a programmable drone, meant for learning in the classroom. Code it in Python or start from the basics with block-based coding.

Unique to this drone are its color sensors, a front range sensor, a bottom range sensor, among others—all usable in code. With a durable and safe frame, programmable lights, and access to its 7 sensors, it's an excellent learning too and a great way to learn coding and engineering skills.

Why Choose CodeDrone EDU for Student Learning? 

CodeDrone EDU is a game-changer in the world of educational robotics. Here are some compelling reasons why it stands out as the preferred choice for students: 

• Hands-on Learning Experience: CodeDrone EDU is a hands-on, interactive learning experience that allows students to get real-world coding experience by programming their own drones. This hands-on learning not only improves their coding talents but also builds problem-solving and critical thinking skills. 
• Engaging Blockly Programming: With CodeDrone Blockly, students can embark on their coding journey without the complexities of syntax. Its graphic, block-based programming interface simplifies coding principles, making them approachable even to novices. 
• Python Programming Advancement:  CodeDrone EDU provides Python programming to students seeking more advanced coding expertise. Python is a popular and adaptable programming language and learning it through drone programming adds a practical layer to their coding skills. 
• Versatility for All Skill Levels: Whether your students are novices or seasoned coders, CodeDrone EDU caters to all skill levels. The platform's progressive learning approach ensures that learners can grow at their pace, fostering a sense of accomplishment and confidence. 

• Cross-Curricular Integration: CodeDrone EDU seamlessly integrates with various STEM subjects, including mathematics, physics, and computer science. This interdisciplinary approach enriches the learning experience and showcases the relevance of coding in multiple fields. 

Codrone EDU Programming Languages 

• Codrone Blockly: For newbies, Codrone Blockly is an excellent starting place. Its block-based programming interface allows students to easily develop programmes by dragging and dropping code pieces. Learners may quickly master coding fundamentals and build spectacular drone manoeuvres using this straightforward technique. 
• Codrone Python: Codrone Python gives up a world of possibilities for students who are ready to take on a coding challenge. Python's text-based programming gives the drone more freedom and control over its activities. Students may let their imaginations run wild by designing complicated code to conduct various flight patterns and activities. 

Codprehensive Content in the Codrone EDU Kit 

Each individual CoDrone EDU kit includes: 

• 1 CoDrone EDU 
• 1 Smart Controller 
• 2 rechargeable batteries 
• 1 2-battery charger 
• 1 micro USB cable (to USB-A port) 
• 1 set of extra propellers (2 clockwise, 2 counter-clockwise) 
• 1 small screw driver and bolt 

• 1 Quickstart Guide 
• 1 set of labels for your drone and controller 
• 8 color landing pads 

Note: AA batteries not included. 

Selecting the Perfect CodeDrone EDU Model 

With several CodeDrone EDU models available, choosing the right one can be pivotal to your learning experience. Consider the following factors: 

• Skill Level: Assess the skill level of your students. Beginners may benefit from starting with the basic model, while more experienced coders might prefer the advanced version to explore Python programming. 
• Curriculum Goals: Align the choice of CodeDrone EDU model with your curriculum objectives and learning outcomes. Ensure that the model you select complements the topics you plan to cover. 
• Budget: Evaluate your budget constraints and choose a CodeDrone EDU model that provides the best value for your investment while meeting your educational needs. 

So Which CoDrone Should You Get?

Minimum System Requirements

If you're planning to use Blockly, make sure to check the minimum system requirements.

Student:Device Ratio

We recommend a 1:1 student to device ratio, and at most a 2:1 ratio.

Free Curriculum

Head over to Basecamp to see our free lessons.