SPOT has proven its resilience by being used successfully on oil platforms and in hazardous environments such as the Chernobyl zone. We also have experience in dense forest terrain and jungles. Walking robots are just as often used in industrial plants as research facilities, for patrols as well as demonstration purposes and generally as a particularly stable and reliable robotic platform whose potential utilisation scenarios seem endless.

SPOT operates completely autonomously and follows predefined routes, with dynamic algorithms and AI support ensuring optimised autonomous behaviour. It is possible to switch flexibly between the routes, and the immediate reaction to events can also be defined. After checking a sensor alarm, the robot then returns to its route independently. Thanks to permanent networking, it is of course possible to adapt tasks + routes in real time without having to work on the robot itself on site. Spot can recharge itself independently at charging stations and therefore remains ready for use for hours.

SPOT impresses with AI algorithms and big data analysis, which enable it to gain precision and intelligence with every use. Its modular and customisable equipment with, for example, stereo cameras, LIDAR, PTZ camera, thermal imaging camera, 3-axis arm with gripping function, acoustic cameras and other specialised sensors makes it technologically advanced.

SPOT shows its effectiveness in a variety of environments, on rough construction sites, in industrial plants, logistics areas, between railway tracks, but also in buildings, even exotic environments such as jungles. Thanks to its all-terrain mobility and robustness, it can be used indoors, up and down stairs, in narrow corridors or on uneven, difficult terrain, making it a versatile all-rounder. The design and AI-assisted agility allows the platform to cope with all types of surfaces, whether slippery, muddy, dusty, wet, firm, grassy, scree etc.