The construction industry has never been short on innovation. From GPS-guided equipment to building information modeling (BIM), each technological advance has changed how companies plan and build projects. Today, in the air and on the ground, drones and robots have become a standard part of construction workflows. Drones provide rapid site documentation, precise surveying and real-time project visibility. Robotic systems automate some of the industry’s most physically demanding and repetitive work. Even so, introducing autonomy to construction operations presents its own challenges. This feature plows the ground of construction autonomy and discusses how the Innovate Energy Network’s new Industrial ConTech Coalition will bring together asset owners, contractors and technology for industry to navigate these changes.
An Industry Ready for Automation
Contractors and asset owners are under pressure to deliver increasingly complex projects and the demand for new infrastructure continues to grow. At the same time, contracting faces skilled labor shortages, rising costs, tighter schedules and growing safety expectations. It also has long struggled with productivity challenges. Delays, rework, change orders and labor constraints continue to impact project schedules and budgets. This confluence of issues has made construction one of the fastest-growing markets for field robotics, automation and aerial data collection.
Drones and robots allow experienced crews to accomplish more with better information and fewer safety risks. Drone adoption alone illustrates how quickly the industry is evolving. Allied Market Research forecasts the global construction drone market to reach nearly $19 billion by 2032, up from $6.5 billion in 2023. Robotics is following a similar trajectory. Contractors and asset owners increasingly test and deploy autonomous equipment, typically designed for specific tasks, and see measurable returns.
Better Data, Better Decisions
As construction transitions from a largely manual industry into a more automated, data-driven operation, asset owners and contractors now have access to unprecedented quality and quantity of data from construction drones and robotics. A single drone flight can produce images, videos, detailed 3D models, LiDAR point clouds and other assets that integrate directly into project management and BIM platforms. Instead of relying on periodic manual surveys, project teams can compare planned conditions with actual site progress on an ongoing basis.
That information supports nearly every discipline involved in construction. Surveyors use it to create accurate topographic maps. Project managers monitor schedules and document progress. Safety teams inspect elevated or hazardous areas without placing workers at risk. Engineers verify earthwork quantities and stockpile volumes. Owners receive visual updates that make project status easier to understand. Because the same dataset serves multiple purposes, contractors and asset owners gain far more value from every flight beyond mere photographs from the air.
Tackling Construction’s Toughest Jobs
Drones improve visibility and robots change how physical work gets done, as evidenced by these real-world examples of drones and robots making a big impact on construction.
Construction Drone Program
At Poettker Construction in Illinois, drones support everything from safety inspections and thermal imaging to surveying, 3D modeling, quality assurance and project documentation. The technology also assists Poettker’s preconstruction team by overlaying proposed building designs onto current aerial imagery, which helps stakeholders visualize how facilities will fit on a site before construction begins.
Autonomous Heavy Equipment
Rather than manufacturing entirely new machines, Built Robotics retrofits conventional heavy equipment with sensors, GPS, cameras and AI that work together to allow machines to operate autonomously within defined work zones. Their machines are autonomously installing 200-pound steel beams at a future solar power site in Louisiana, according to Business Insider. Safety remains central to the system. Built’s equipment continuously monitors its surroundings using AI, and stops automatically whenever it detects something that could potentially be a person within the work zone. The equipment alleviates the need for human workers to toil out in the heat and mud, doing backbreaking labor. Instead, they can focus on managing the fleet and making sure the next pile of steel beams is ready to be installed.
Robotic Excavation
When it comes to maintaining underground utility infrastructure, excavation remains an expensive but necessary part of the job. The Robotic Roadworks and Excavation System (RRES), developed by SGN and ULC Robotics, is helping automate this work. The system combines an industrial robot with below-ground locating sensors, AI, machine vision,and new vacuum excavation methods for safer and faster autonomous roadworks. The goal is safer excavation of buried infrastructure while reducing accidental utility strikes. This system improves worker safety, lowers emissions and minimizes disruption to surrounding communities.
Other Specialized Robots
In addition to those case studies, there are many task-specific systems proving themselves on active construction projects. SAM100 can lay bricks six times faster than a human mason. The Hadrian X can lay 1,000 bricks an hour. Spot UGVs can be equipped with sensors and cameras to collect real-time data on construction progress. Apis Cor can robotically 3D print building structures. Okibo robots can autonomously apply plaster to walls. Each system addresses a different task. Together, they show that the construction industry has a current demand for automating workflows to solve specific operational challenges.
Reality Capture and AI Bring Everything Together
Drones and robots don’t always create value on their own. Their greatest impact comes from how the data they generate connects with digital construction workflows. AI has become the layer that ties together field data, BIM models, schedules, inspections and project management systems.
For example, according to GeoWeek News, at Brasfield & Gorrie and Invizion Construction, AI tools help automate previously manual reality capture workflows and catching issues humans could easily overlook. They scanned and identified unexpected anomalies nearby power lines that could have conflicted with a planned building footprint before construction reached that phase. AI also helped to discover underground utility conflicts months before excavation would have exposed the problem.
GenAI is also being used on the admin side. Swinerton uses Microsoft’s AI tools for things like project management, document review, submittals, RFIs and design change communications. And Balfour Beatty uses AI to review legal documents for potential risks and compliance requirements.
More Work to Be Done
Despite rapid progress, widespread adoption is moving judiciously. Technical implementation is only part of the challenges construction companies continue to face. Several other practical challenges also exist:
- Investment Costs: Robotics systems require significant upfront capital, particularly for autonomous heavy equipment.
- Training: Success depends on developing operators who understand both construction and digital technologies.
- Workflow Integration: Technology delivers value only when integrated into existing project processes.
- Change Management: Field teams often continue relying on familiar methods until they experience measurable improvements firsthand.
Adopting drones required not just hardware purchase and data management planning but also employee training, internal education and reminders that aerial data should become part of normal project workflows. Encouraging project teams to engage with drone and robotic programs requires education and ongoing internal promotion.
Paving The Road Ahead With Drones and Robots
Construction will always rely on skilled people to solve problems, manage projects and perform complex craftsmanship. But those workers will increasingly be supported by autonomous systems that gather information, identify problems and perform repetitive tasks.
Although construction automation remains in its early stages, the direction of the industry is becoming increasingly clear. Contractors and asset owners will continue assembling ecosystems of complementary technologies. They will find success with drones and robots when they provide project teams with better information, safer operations and more predictable outcomes.
A New Industrial ConTech Community
As drones, robotics, AI and digital reality technologies continue to reshape construction, no single contractor, asset owner engineering firm or technology provider will succeed alone. The industry moves too quickly, and the greatest opportunities often come from learning how others apply these technologies in the field.
To help foster those conversations, Innovate Energy Network is launching the Industrial ConTech Coalition, a new community dedicated to professionals across the engineering, procurement and construction (EPC) ecosystem. The coalition will bring together contractors, EPC firms, technology providers, asset owners and project leaders to share practical experiences and explore new technologies.
Like Innovate Energy Network’s other communities, members will have access to the latest industry news, educational resources, networking opportunities, virtual discussions and live events focused on construction technology. Topics will span drones, robotics, AI, digital twins, reality capture, autonomous equipment, connected job sites and other digital tools that can help construction teams.
The Industrial ConTech Coalition will be the place where industry can learn from one another and help shape what’s next. Learn more and get involved.