At a time when the construction and real estate sectors are increasingly focused on carbon reduction and circular design, the demand for transparent and measurable sustainability data continues to grow. Kite Robotics’ innovative technology plays a key role in this transition by making facade maintenance more efficient, safer, and less resource-intensive. This LCA will, for the first time, provide clear insight into the actual environmental impact of autonomous facade cleaning, both during the operational phase of a building and in the design and construction phases.

The analysis is conducted in accordance with international standards ISO 14040 and ISO 14044, delivering a detailed understanding of the robot’s environmental performance across its entire lifecycle. This includes material use, energy consumption, transport, and end-of-life scenarios.

The goal is to quantify the carbon savings of the Kite Robotics solution compared to conventional building maintenance units. These insights will enable architects, developers, and consultants to make more informed decisions when designing sustainable facades and buildings, contributing to the reduction of overall facade-related carbon emissions and supporting the transition towards net zero.

With this project, Kite Robotics reinforces its ambition to develop not only innovative but also demonstrably sustainable solutions for the built environment.