Japanese construction robot can pick up and drill in drywall by itself

A Japanese robot that can pick up and drill in a drywall all by itself could provide a glimpse into the future of construction.

The smart robot, HRP-5P, uses object detection and motion planning to perform its construction tasks – albeit very slowly.

It can use small hooks to grab the board, carry it across the room and then drill it in the desired spot. 

CAN AI ROBOTS REPLACE CONSTRUCTION WORKERS? 

 Robotics are common in manufacturing sites, such as auto plants, but those machines are stationery and carrying out the same task over and over, often in sterile and enclosed environments.

Robots used in construction sites have to move around. 

Although much of what they may do is repetitive, they still have to respond to uneven floors and zigzagging routes, depending on a building’s design.

Shimizu says it is developing its own artificial intelligence systems, using robots made by Kuka Robotics of Germany.

If they work successfully, the robots could help reduce safety risks and long hours for construction workers.

Using robots makes sense in urban construction, where buildings are high-rise and the same work is repeated on each floor. 

 

Tokyo-based developers from Japan’s Advanced Industrial Science and Technology Institute (AIST) say the robot could replace workers assembling ships and aircraft who are often carrying out dangerous work.

They want to use HRP-5P as a development platform for collaboration between industry and academia.

The robot is 182cm (5″10) tall, weighs 101kg (15.9 stone) and can lift things that are ‘rug-sized’, according to its developers.  

Researchers said that ‘it is expected that research and development for practical use of humanoid robots in building construction sites and assembly of large structures such as aircraft and ships will be accelerated’, writes Tech Crunch. 

The robot relies on sensors to take 3D measurements of their surroundings in real-time.

It also relies on augmented reality markers so it knows what object it is picking up.

The robot – which walks using baby steps and moves cautiously – is set to go on show at the World Robot Expo 2018 later this month. 

‘It is expected that many industries such as the construction industry will fall into serious manual shortages in the future, and it is urgent to solve this problem by robot technology,’ according to developers. 

A Japanese robot that can pick up and drill in a drywall all by itself could provide a glimpse into the future of construction

The smart robot, HRP-5P, uses object detection and motion planning to perform its construction tasks ¿ albeit very slowly

The smart robot, HRP-5P, uses object detection and motion planning to perform its construction tasks – albeit very slowly

This is not the first robot Japanese researchers have developed to help cope with a shortage of human workers.

Earlier this year Japanese construction company Shimizu Corporation showed off several worker robots that can weld, lift and bolt things together.

The Robo-Welder and Robo-Buddy will be deployed at construction sites later this year, the company said.

Japan’s construction sector is booming but contractors are struggling to fill labour shortages – a problem playing out in other parts of the world, including the US. 

It can use small hooks to grab the board, carry it across the room and then drill it in the desired spot. The robot ¿ which walks using baby steps and moves cautiously ¿ is set to go on show at the World Robot Expo 2018 later this month

It can use small hooks to grab the board, carry it across the room and then drill it in the desired spot. The robot – which walks using baby steps and moves cautiously – is set to go on show at the World Robot Expo 2018 later this month

The robot is 182cm (5"10) tall, weighs 101kg (15.9 stone) and can lift things that are 'rug-sized', according to its developers

The robot is 182cm (5″10) tall, weighs 101kg (15.9 stone) and can lift things that are ‘rug-sized’, according to its developers

Robotics are common in manufacturing sites, such as auto plants, but those machines are stationery and carrying out the same task over and over, often in sterile and enclosed environments.

Robots used in construction sites have to move around.

Although much of what they may do is repetitive, they still have to respond to uneven floors and zigzagging routes, depending on a building’s design.

Read more at DailyMail.co.uk