Key Takeaway
Cobots equipped with advanced LIDAR mapping, machine vision, and IoT connectivity are revolutionizing high-volume cleaning at airports. They autonomously perform tasks like mopping, sweeping, and polishing for up to three hours before returning for recharging and maintenance. Fully electric, these cobots support Heathrow’s decarbonization goals and utilize water recycling technology, reducing daily usage to 18 liters per machine. Each unit can clean 4,800m² daily, equivalent to eight football pitches. Data-driven insights from integrated sensors enable Mitie’s teams to optimize cleaning schedules, enhancing efficiency and improving the overall customer experience.
Cobots Revolutionize High-Volume Cleaning
Each unit comes equipped with cutting-edge LIDAR mapping, machine vision, and IoT connectivity, enabling them to navigate dynamic environments, avoid collisions, and operate seamlessly alongside passengers and airport staff.
Once activated, the cobots can tackle high-traffic cleaning tasks such as automated mopping, sweeping, and polishing without interrupting passenger flow.
They are designed to run cleaning cycles lasting up to three hours before autonomously returning to docking stations for smart recharging and maintenance updates.
Every cobot is fully electric, aligning with Heathrow’s decarbonisation goals.
Additionally, they incorporate water recycling technology, reducing average daily consumption to just 18 litres per machine and minimizing operational waste.
In terms of performance, each robot can clean an area of 4,800m² per day – equivalent to eight football pitches.
Their data-driven insights, gathered through integrated sensors and performance dashboards, empower Mitie’s teams to continuously optimize cleaning schedules, enhancing both efficiency and customer experience.
