When we’ve talked about construction robotics in the past, it’s mostly been about really large machines working on exterior structures, like this brick-laying robot, or this self-driving track loader. A technology institute in Japan is busy working towards bringing robotics to the interior finish side of the construction world with the development of a drywall installing robot.
The HRP-5P, as the Research and Development Institute of Advanaced Industrial Science and Technology (…whew, we’ll call it AIST after this) is calling the robot, is a nearly 6 foot tall (182 centimeters), 222 pound humanoid laborer. This latest robot was born out of another robot that was meant for disaster response. Although that earlier generation robot could handle difficult terrain, it lacked the correct amount of joints in order to simulate human activity.
As you’ll see in the video, the HRP-5P isn’t going to set any land speed records. It’s very precise and methodical in its movements. It’s also fairly limited in its abilities right now, as it follows a specific series of operations using various sensors and other operations. Perhaps the coolest thing is that the robot can recognize different tools, such as the drywall screwdriver in the video, and pick it up using augmented reality.
The Japanese institute explains that their reasons behind the development of the robot is to combat against Japan’s declining birthrate and aging of the population, which are expected to cause a major workforce shortage for the country.
3D printing technologies have significantly improved over the past few years and some have even made it to the jobsite. Not to be outdone, NASA, your favorite America space exploration organization, has announced a plan to being building and manufacturing in low-Earth orbit.
Construction Junkie's 5th Annual Best Construction Podcast Competition has officially come to an end and the results have been tallied. It was a very exciting competition this year, with several very strong competitors pulling in tons of votes.
Construction Junkie’s annual Best Construction Podcast Competition is underway for 2019 and the voting booth is officially open. As part of the contest this year, we will be highlighting one of the contest’s nominees each week. This week we highlight Builtcast.
Spot-r, made by Triax Technologies, is a hardware and software solution for employee tracking and safety. It combines a pager-style clip with a proprietary wireless mesh network to communicate hazards, evacuation notices, and locate who is on the site and where. The company recently announced the addition of access control to their Spot-r platform.
Construction Junkie’s annual Best Construction Podcast Competition is underway for 2019 and the voting booth is officially open. As part of the contest this year, we will be highlighting one of the contest’s nominees each week. This week we highlight Contractor Conflicts Podcast.
In 2016, Elon Musk and Tesla announced that they had developed an innovative solar roofing tile that looks almost identical to traditional roof shingles currently on the market. Standard solar panels look be large and clunky on a roof, which made many excited about a nearly “invisible” solar tile option. After 3 years, we recently got a major update into how the installations of the product is going.
In 2017, Built Robotics made headlines as they debuted their self-driving track loader on a test construction site. Earlier this month, the company announced a formal long-term partnership with construction giant Mortenson to deploy their machines on remote sites.
At Autodesk University in London today, PlanGrid has announced the additions of two new features for the platform: Advanced RFIs and Project Hub. The company has promised better project visibility and a streamlined RFI process with the updates.
Since 2012, the team behind construction technology company, JBKnowledge, puts together the most in-depth construction tech reports. The report gives valuable insight into how contractors are utilizing technology in their offices and on the jobsites and identifies current and future trends.