3D printing and robotics come together beautifully, as seen in this 3D-printed robot named MobBob by Australian video game developer Kevin Chan.
The animated bot has a big smartphone screen for a face and legs that let it rove around. Since the smartphone makes up most of MobBob's components, this is a clever way to cut down on costs. In terms of controls, MobBob is controlled by 4 servos and an Arduino controller with Bluetooth technology built-in. After creating MobBob, Chan's open-source design has been shared online at Thingverse, so that anyone can recreate the bot on their own. Although most of the robot can be 3D-Printed, it's most of the electrical components that need to be acquired in order for the device to function properly.
What Makes This Trend Stand Out
- 3D Printing
- Disruptive innovation opportunity in manufacturing as 3D printing allows for cost-effective production of complex robot components.
- Robotic Mobility
- Disruptive innovation opportunity in the robotics industry as robots with their own set of legs enable enhanced mobility and interaction.
- Open-source Designs
- Disruptive innovation opportunity in the technology sector as open-source designs allow for collaborative and customizable development of robotic devices.
Sectors Adopting This
- Manufacturing
- Manufacturing industry can leverage 3D printing technology to streamline production processes and reduce costs.
- Robotics
- The robotics industry can benefit from the integration of mobility and enhanced interaction capabilities in robotic devices.
- Technology
- Technology sector can explore the potential of open-source designs to foster innovation and collaboration in the development of new robotic products.
