A couple of years ago, we shared a video of Fastbrick Robotic’s Hadrian 105, a brick-laying robot built for proof of concept. In a true testament of how long the development of computer-model based commercial robotics takes to develop, the company’s commercial robot model, the Hadrian X, has finally reached a goal that has been sought after since 2015: Building a 3-bedroom, 2-bath home in 3 days.
The Australian-based Fastbrick Robotics, or FBR, met its 3 year old goal at their indoor test facility, they announced in mid-November. Prior to attempting the 3-bedroom, 2,000SF home, the Hadrian X was put through tests on 3 different types of structures as part of its factory testing:
A two-course structure with various brick sizes, cuts, and configurations
An 11-course structure to demonstrate the ability to build from slab to cap height
A two-room structure, which was built from a 3D CAD model and met the accuracy requirements
After successfully completing the full home structure, which only block laying, a civil and structural engineering group determined that the structure met all relevant building standards, according to the company’s press release. You may notice in the video below that the blocks are not placed in a typical bed of mortar, as the company has opted to use specifically formulated construction adhesive.
The next step in the company’s plan is to begin selling the robot.
“We now have the world’s only fully automated, end-to-end bricklaying solution, with a massive market waiting for it. We will now take everything we’ve learned to date in the Hadrian X program and make some refinements ahead of bringing both Hadrian X robots back to our High Wycombe facility for demonstration to key commercial stakeholders. We now begin the next exciting phase for the Company, as we execute our global commercialization strategy to capitalize on the significant demand for our technology,” said FBR CEO Mike Pivac, in a press release.
Check out the robot in action below:
Full story: First Full Home Structure Built with Hadrian X | ASX
[guest post] Construction project owners are facing a big problem: paper based progress reports and invoices are making it nearly impossible to quickly find and address errors. The tool kit of the past included a magnifying glass, a pencil (and eraser) and a calculator. Armed with endless human resources, project owners would diligently review paper based documentation for discrepancies. This MO is no longer feasible in the modern construction environment.
JBKnowledge, a construction technology and consultancy company, has been producing their annual Construction Technology Report since 2012. Now in its 7th year, it is far and away the most comprehensive collection of survey results in the construction technology sector.
I’m a strong proponent of reducing the amount of pen and paper used on construction jobsites. Handwriting notes is great for personal use, but as soon as you need to get those notes or reports to someone else, you either spend time duplicating your work on a computer or never get around to communicating, because your notes were misplaced, destroyed, or illegible. Fieldwire, a field software for collaborating on plans, punch lists, and scheduling, among others, has recently announced the release of a custom form building tool to reduce the need for paper on your jobsite.
As much as we like to push for the digitization of the construction jobsite on Construction Junkie, there’s no doubt that there are many within the construction workforce that are still apprehensive to go fully electronic. There’s something to be said for feeling and manipulating something with your hands, as opposed to pointing and clicking. SlatPlanner is a new way that construction companies can electronically build a project schedule, while maintaining a hands-on approach.
Ekso Bionics has been making exoskeletons since 2005. Originally designed with the military in mind, but then later shifted to physical therapy. In more recent years, they have begun targeting more physical professions, especially those with repetitive tasks or a lot of lifting. One of their most recent products is called the EksoVest.
As mobile apps and project management software are becoming more prominent on construction sites around the world, it’s important that those getting ready to enter the industry, whether it be through college or trade schools, get the training they need to hit the ground running with these programs. PlanGrid,a construction project management and mobile productivity software, has recently announced the release of PlanGrid Schools & Unions, which gives access to hands-on training curriculum and software licenses to industry educators.
When we first began talking about construction technology in 2015, there were a lot of pie-in-the-sky ideas. Many products had financial backing, but no legitimate proof of concept or path to a commercial market. Fast forward just 3 years and many of those same products are starting to hit limited jobsites and have a viable chance to succeed in the industry.
Autodesk, the software company synonymous with architectural and engineering design, has gobbled up yet another construction related software just a few week after its massive acquisition of PlanGrid. It’s most recent acquisition, BuildingConnected, will help bolster Autodesk’s growing construction brand and help them grow additional profit pipelines.
Almost 3 years ago, Milwaukee Tool rolled out its tool tracking application called ONE-KEY, which is available on Apple, Android, or the web. The tool manufacturer has an ever-expanding line of tools that are ONE-KEY enabled, which not only let users edit the settings of their tools through an app, but they also allow them to lock out a tool, rendering it useless in case it’s lost or stolen.
Fresh of the heels of their $875 Million Acquisition by Autodesk, PlanGrid has released several enhancements to streamline your processes. Through the release of PlanGrid Connect and a couple other enhancements, it will now be easier than ever for users to reduce manual data entry across multiple applications.