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Pennsylvania-based Advanced Construction Robotics (ACR) has unveiled its latest robot designed to handle rebar on construction sites. Named IronBOT, the system can lift, carry, and place up to 5,000-lb bundles of horizontal and longitudinal rebar. According to ACR, the robotic system requires no... View full entry
A New York-based construction robotics startup that makes prefabricated rebar cages for concrete structures has announced that it has secured $8 million in a Series A funding round. The round was led by Tribeca Venture Partners and featured Blackhorn Ventures, Point72 Ventures, New York... View full entry
Next year, if all goes well, a pair of footbridges intended to be cancer-proof will open in Geelong, a town 75km south-west of Melbourne, Australia. These bridges, which will act as prototypes for more than 150 others planned for the expanding city, will be constructed using a novel approach that combines glass-fibre and carbon-fibre rebars. They will, though, cost about the same as equivalent conventional bridges. — The Economist
The potentially ground-breaking construction approach has been developed by Australian university Deakin and Austeng, an engineering firm. The structural system selectively deploys pricey carbon fiber rebar to strengthen the construction assembly where necessary, while glass fiber rebar members... View full entry
Tybot is a robot recently invented that can tie together steel reinforcement bars saving time and reducing risk in construction projects. Thousands of joints must be tied before pouring the concrete, however this step has traditionally been labor intensive, hazardous, and a cause for major delays... View full entry
