The iRobot Create 2 is a new educational robot, that borrows from the platform of iRobot's famous Roomba vacuum-cleaning robot, that is designed to stimulate students' minds.
The robot is completely hackable, meaning students can add on external gizmos such as cameras and grippers. They can even program the iRobot Create 2 directly from a computer or by installing an Arduino or Raspberry Pi microcontroller.
3D-printable files can be used to forge extra parts for the robot on a personal 3D printer.
Create 2 is already available in the American market for a price of $100. The robot is part of iRobot's Science, Technology, Engineering, Mathematics (STEM) program. The program aims to stimulate and promote the sciences and engineering in schools, universities and non-profit organizations.
Hackable Educational Robots
The iRobot Create 2 Wants Students to Hack It
Trend Themes
1. Hackable Educational Robots - The trend of customizable educational robots provides an opportunity to develop learning experiences that cater to individual student interests and learning styles.
2. Open Source Robotics - The trend towards open-source robotics offers opportunities for collaborative research and development, as well as innovation in fields such as healthcare and manufacturing.
3. 3D Printing for Robotics - The trend of 3D printing for robotics allows for rapid prototyping and cost-effective customization, creating opportunities for entrepreneurs and small businesses to enter the robotics market.
Industry Implications
1. Education Industry - Educational institutions and edtech companies are well-positioned to leverage hackable educational robots for hands-on learning experiences and creativity development.
2. Robotics Industry - The robotics industry can benefit from open-source robotics by accessing a wider talent pool and accelerating research and development.
3. 3D Printing Industry - The 3D printing industry can explore the demand for customizable parts for educational robots and invest in research and development for more efficient and cost-effective manufacturing processes.