The CoDrone EDU Ultimate Classroom Pack is an exceptional resource designed to immerse students in engaging STEM projects. This set includes 12 fully programmable drones that can be coded in Blockly and Python, each equipped with seven accessible sensors for hands-on learning. With a robust frame built to endure classroom use, the CoDrone EDU is perfect for inspiring creativity and problem-solving skills.This set includes:: 12 CoDrone EDU 12 Smart Controller 48 rechargeable batteries 24 2-battery charger 24 micro USB cable (to USB-A port) 12 set of extra propellers (2 clockwise, 2 counter-clockwise) 12 small screwdriver and bolt 12 Quickstart Guide 12 set of labels for your drone and controller 12 x 8 color landing pads :Why This Product is Helpful: Interactive Learning: Encourages students to engage in practical coding and robotics, fostering critical thinking and teamwork. Comprehensive Resources: Includes multiple drones and controllers, along with rechargeable batteries and chargers, making group activities seamless. Durable Design: Built to withstand the rigours of classroom environments, ensuring long-lasting use. :Classroom Ideas: Coding Competitions: Organise challenges where students program their drones to complete specific tasks or navigate obstacle courses. Sensor Data Collection: Use the sensors to gather and analyse data, promoting scientific inquiry and hands-on experimentation. Team Projects: Assign group activities that require students to collaborate on designing solutions to real-world problems using their drones. Flight Skills Workshops: Conduct workshops focused on flying techniques and precision control, using the replacement propellers for practice. With the CoDrone EDU Ultimate Classroom Pack, students can explore the exciting world of drones while mastering essential STEM skills! Please note: drones operate on radio frequency (RF), they are generally not affected by Wi-Fi or Bluetooth interference, however, human bodies can obstruct RF signals, potentially causing intermittent disconnections between the drones and controllers. To minimize disconnections, we recommend that teachers establish a:designated flying area:where all drones operate. Students should be positioned:around the perimeter of this area with clear, unobstructed lines of sight to their drones at all times. This setup will help maintain strong connections and reduce the likelihood of signal interruptions.
