Construction Robotics are on the Rise

As labor shortages continue, two recent studies indicate that the global construction robotics industry is set to fill in. With promises for increased efficiency, safety and productivity, robotic technologies also reduce expenses, data suggests.

According to a report by Transparency Market Research (TMR), the global market for construction-related robotics is projected to reach a value of $470.61 million by the end of 2026, at a compound annual growth rate (CAGR) of 10.4%.

With many industries already adopting automated technologies, both midsize and major companies are showing an interest in the construction and automation robotics (CAR) market, in anticipation of the expected growth and underlying latent demand, claims the TMR study.

According to another report by Tractica, a market research firm that’s based in Boulder, Colo., machines could change the way the construction industry creates homes altogether, including buildings and other infrastructure. According to both the Tractica and TMR reports, some of the positive changes robots help to facilitate include:

  • Increased accuracy and productivity—technology can be programmed to a precise calibration, which decreases the margin for error, improving quality and speed. For example, a bricklaying robot produced by Construction Robotics, a company in Victor, N.Y., claims to place 300-400 bricks per hour, compared to the average human worker who lays about 60-75 bricks per hour. Also, with automated robots, the ability to work around the clock and in more harsh conditions than humans presents the opportunity for increased productivity.
  • Improved safety—some specialized robots can work in dark, small, airless spaces or tall building facades that are dangerous for humans which, in turn, significantly decreases the risks for potential accidents and injuries.
  • Lower expenses—the combination of increased productivity and improved safety leads to an overall cut of costs, the TMR report suggests. Expenses for health insurance, labor, conflict resolution and lawsuits decrease significantly when robots replace humans in construction-related positions.

Tractica also predicts that 7,000 construction robots will be deployed by 2025 to address a variety of construction and demolition tasks. Both automated and semi-automated robots are on the market now to perform demolition, bricklaying, drilling, 3D printing, rebar tying and many other tasks.

Currently, the public infrastructure forecast is the most prominent at a CAGR of 10.9% leading the three other categories: commercial, residential and other.

Even though these reports predict optimism for the future of the CAR market, the construction industry has only recently begun to accept this type of technology, previously displaying reservations against automation.

One of the largest concerns about the emergence of robots in the construction industry includes the idea that they will cause people to lose their jobs, the TMR report claims. The report added that because the cost of manufacturing, assembling and using robots onsite is still higher than the cost of employing laborers, robots do not pose an imminent threat to workers. At the same time, recent labor shortages provide a margin for companies to invest in robotics without affecting the number of workers needed, the report claims.

Another obstacle for CAR is the unstructured and unpredictable nature of construction environments, the TMR report adds. It suggests that robotics engineers face challenges creating machines that adapt to a broad variety of landscapes.

Developments have only recently begun to solve some of these concerns, but with peaked interest and growing demands as shown in these studies, the industry shows promise for eliminating those and other obstacles.

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