The 'Addibot' Mobile Robot Could Help to Revolutionize Road Repairs
Michael Hemsworth — January 21, 2016 — Tech
As more consumers move into urban locations more than ever in history, the need for modern ways to support the infrastructure are being required as seen with the 'Addibot' mobile robot.
Essentially working like a 3D printer on wheels, the 'Addibot' is the work of Harvard alumni Robert Flitsch who is a mechanical engineer. The 'Addibot' works by moving along a set course to fill in cracks and damages via a printing system.
Trialled on an ice rink, the 'Addibot' robot went to work repairing cracks in the ice, which allowed researchers to see the promise the technology holds.
With continued development and research, the 'Addibot' mobile robot could one day help to not only fill potholes in the roads, but perhaps even lay the roads itself.
Essentially working like a 3D printer on wheels, the 'Addibot' is the work of Harvard alumni Robert Flitsch who is a mechanical engineer. The 'Addibot' works by moving along a set course to fill in cracks and damages via a printing system.
Trialled on an ice rink, the 'Addibot' robot went to work repairing cracks in the ice, which allowed researchers to see the promise the technology holds.
With continued development and research, the 'Addibot' mobile robot could one day help to not only fill potholes in the roads, but perhaps even lay the roads itself.
Trend Themes
1. Mobile Road Repair Robots - The 'Addibot' mobile robot presents a disruptive innovation opportunity in the road repair industry, potentially revolutionizing the way potholes are filled and roads are laid.
2. 3D Printing Technology - The utilization of 3D printing technology in road repair, as demonstrated by the 'Addibot' robot, opens up disruptive innovation opportunities for enhancing the efficiency and effectiveness of infrastructure maintenance.
3. Urban Infrastructure Solutions - The increasing urbanization trend creates a demand for innovative solutions like the 'Addibot' robot that can support and revolutionize road repairs in cities, offering disruptive opportunities for urban infrastructure development.
Industry Implications
1. Construction - The construction industry can leverage the 'Addibot' mobile robot technology to streamline road repair processes and reduce costs, paving the way for disruptive innovation in infrastructure development.
2. Robotics - The robotics industry can explore the use of mobile road repair robots like the 'Addibot' to introduce disruptive innovations that automate and optimize road maintenance operations for better infrastructure management.
3. Transportation - The transportation industry can benefit from the development of mobile road repair robots such as the 'Addibot,' offering opportunities for disruptive innovation in maintaining safer and more efficient road networks.
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