The CoDrone EDU is an exciting programmable drone that introduces students aged 12 and up to robotics, coding, and the principles of flight. With multiple sensors and dual programming modes-Blockly and Python-this educational drone is perfect for learners at varying skill levels. Students can develop and apply programming logic, spatial awareness, and engineering problem-solving while navigating the drone through interactive activities and aerial challenges.Designed with classroom compatibility in mind, the CoDrone EDU comes with a programmable controller and supports Chromebooks, Windows, and macOS systems. Its robust build and educational resources make it an ideal tool for enhancing 21st-century STEM learning.Educational Benefits: Teaches coding through visual (Blockly) and text-based (Python) platforms Enhances understanding of flight mechanics and physics principles Strengthens collaboration and problem-solving through hands-on group work Supports data collection and experimentation using onboard sensors Encourages creativity through open-ended drone missions and challenges Classroom Ideas: Set up coding obstacle courses where students use sensors to avoid collisions Create real-world simulations such as drone deliveries or rescue missions Run STEM competitions that combine coding accuracy with strategic thinking Explore maths concepts such as distance, angles, and time during flight programming Use data from sensors to create scientific investigations or analyse flight paths Specifications: 7 Sensors: Gyroscope, accelerometer, barometer, optical flow, bottom range, front range, floor colour sensor.: Coding/Programming: Blockly and Python Coding Compatibility: Chromebook, Windows and MacOS computers with a USB port Controller Compatibility: Includes controller with display Drone Rechargeable Battery: 7-8 min flight time, 60 mins charge time Range: 50 Meters Controller Power: Micro-USB or non-rechargeable 2 * AA batteries (do not use both) Recommended age: 12+ 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.
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