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FBR completes maiden two storey structure using Hadrian X robot - TechInvest Magazine Online

Written by Staff Writers | Oct 28, 2020 8:56:35 AM

Robotic technology company FBR Limited (ASX:FBR) has completed construction of its first two storey structure using the Hadrian X construction robot.

The structure was built on FBR’s premises in a building style commonly found around the world in developing markets, including in key FBR markets such as Mexico, the MENA and GCC region and throughout Asia.

This is the first time FBR has demonstrated the Hadrian X’s ability to build two storey structures, as well as working with design elements like steel reinforced concrete columns, suspended concrete slabs and rebar.

Starter bars were inserted into the concrete slab, with couplers used to install rebar through the aligned cores of the blocks and concrete manually poured into the cores. Steel cages were inserted into the block columns built by the Hadrian X, with a concrete pump used to fill the columns.

Managing Director and CEO, Mike Pivac, said FBR crane-lifted a precast concrete slab onto the structure the day after the first storey was completed, with the Hadrian X commencing building of the second storey immediately after the crane left FBR’s premises.

In large greenfields developments it is likely the Hadrian X would continue building the first levels of the adjacent buildings in the development while the second storey slabs are formed and poured, before returning to build the second storey of each structure once the slabs have cured.

The completion of our first two storey build is a significant step in the commercialisation of our robotic construction technology,” Mr Pivac.

“In many parts of the world our customers want to be able to build two storey structures safely, quickly and efficiently, and we have now demonstrated that the Hadrian X can deliver on those customer needs.

“We have also taken this opportunity to demonstrate our ability to work a range of design elements like steel reinforced concrete columns, which may be required in certain geographies due to factors such as seismic activity, weather patterns or custom.”

https://www.fbr.com.au/