The 'Break The Grid' Robots Work on Land, Sea and Sky
Michael Hemsworth — July 26, 2019 — Tech
The conceptual 'Break The Grid' robots have been designed by GXN Innovation to provide a potential glimpse into the future of how infrastructure repair needs could be met in a constantly changing world.
The robots are outfitted with 3D printer technology that could be used on the land, in the sea and in the sky to make repairs to manmade structures or even natural world to counteract our effects on the environment. The road robots could repair cracks and potholes, while the underwater ones could create artificial reefs for marine life and the flying ones could perform building maintenance.
The conceptual 'Break The Grid' robots might appear futuristic, but could become a reality sooner rather than later as cities and communities require a more effective way to perform essential maintenance.
The robots are outfitted with 3D printer technology that could be used on the land, in the sea and in the sky to make repairs to manmade structures or even natural world to counteract our effects on the environment. The road robots could repair cracks and potholes, while the underwater ones could create artificial reefs for marine life and the flying ones could perform building maintenance.
The conceptual 'Break The Grid' robots might appear futuristic, but could become a reality sooner rather than later as cities and communities require a more effective way to perform essential maintenance.
Trend Themes
1. Autonomous Infrastructure-repairing Robots - The development of autonomous robots with 3D printer technology opens up opportunities for efficient infrastructure repair in various environments.
2. 3D Printer Technology in Infrastructure Repair - The integration of 3D printer technology in autonomous robots allows for efficient and customizable repairs in land, sea, and sky.
3. Effective Maintenance Solutions for Changing Environments - The use of autonomous infrastructure-repairing robots provides a potential solution for meeting infrastructure repair needs in a constantly changing world.
Industry Implications
1. Construction and Infrastructure - The construction and infrastructure industry could benefit from the use of autonomous robots with 3D printer technology for efficient repairs and maintenance.
2. Marine and Coastal Conservation - The marine and coastal conservation industry could utilize underwater robots with 3D printer technology to create artificial reefs and support marine life.
3. Building Maintenance and Repair - The building maintenance and repair industry could explore the use of flying robots with 3D printer technology for performing efficient and timely maintenance tasks.
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