The main objective of ShieldBot is to revolutionise the construction, renovation, and maintenance sectors by investigating and validating a new generation of robotic systems tailored to the industry’s unique challenges.
Develop robotic systems for complex and unstructured environments
ShieldBot is built for the real-world: messy sites, tight corners, shifting layouts, and the neighbours next door. InnerShieldBot takes on the chaos inside, gliding through complex spaces while handling varied loads with sharp precision. Outside, InspectionShieldBot and FaçadeShieldBot keep operations smooth and unobtrusive, respecting pedestrian flow and the local environment. Together, they deliver agile, reliable robotics tailored to ever-changing construction demands. In short, ShieldBot brings control to the unpredictable.
Advanced control algorithms and collaborative systems for enhanced precision, safety, and efficiency
The ShieldBot consortium pushes robotic performance further by pairing cutting-edge hardware with smart, sector-specific control systems. Bespoke feedback loops boost accuracy and stability, even during challenging tasks like drilling or installing panels. Advanced vibration control for the CDPR keeps operations steady when conditions get tough. Collaborative robotic tools step in for high-risk or heavy-load jobs, improving safety and easing physical strain on workers. With precise sensing and perception built in, ShieldBot adapts effortlessly to the complexities of real construction sites.
Incorporate sustainable materials into robotic workflows
Our project innovations champion sustainability by seamlessly integrating EcoShield materials — from bio-based to recycled insulation — into robotic workflows. Since these greener materials can be inconsistent, precision robotic handling ensures they are applied uniformly and perform as intended. The system minimises waste, boosts resource efficiency, and delivers reliable insulation results on-site. ShieldBot also adapts these materials for post-disaster reconstruction in Ukraine, addressing large-scale and complex rebuilding needs. In essence, it brings sustainability and smart automation together for a more resilient future.
Optimise motion planning and decision-making through BIM and AI reasoning
DigiShield brings construction into the digital age by building a real-time Building Information Modelling (BIM)-powered twin of the site, enriched with live sensor data and operator insight. This constantly updated model streamlines workflows, reduces disruptions, and supports greener building practices. AI-driven reasoning spots inefficiencies, fine-tunes resource use, and boosts decision-making for both productivity and sustainability. Intelligent coordination of multi-agent robots ensures tasks adapt smoothly to changing site conditions. Together, these tools cut waste, optimise material use, and elevate overall construction efficiency.
Validate robotic solutions in realistic scenarios
ShieldBot will prove its power through three full demonstrators, each showcasing a robotic prototype across key stages of a building’s life cycle. In construction, the InnerShieldBot automates wall and ceiling assembly in office buildings, delivering precise panel handling and sustainable insulation without the usual strain or inefficiencies. For maintenance, the InspectionShieldBot pairs an agile drone with a crawling robot to inspect façades, detect issues, and carry out minor repairs in hard-to-reach places. Renovation is tackled by the FaçadeShieldBot CDPR, installing EcoShield insulation panels swiftly and safely without scaffolding. These demonstrations will measure real gains in efficiency, sustainability, and resource use, proving ShieldBot’s value in modern construction.
The ShieldBot building life cycle
