When we think of robotics, the first thing that usually comes to mind for many of us is some sort of industrial arm that’s bolted to the floor, or perhaps a semi-autonomous rover trudging its way ...

Aerial robotics has rapidly evolved to incorporate perching mechanisms that enable unmanned aerial vehicles (UAVs) to transition from flight to a stationary state on diverse surfaces. Perching not ...

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Among the many applications for environmental robotics, mapping is an essential task and allows uncrewed ground vehicles (UGV), uncrewed aerial systems (UAS) and autonomous underwater vehicles (AUV) ...

Industrial maintenance has always carried high risks, particularly when it comes to tasks such as painting, power washing or inspecting large infrastructure. From oil refineries and shipyards to ...

The pursuit of hybrid aerial underwater vehicles represents an ambitious intersection of aeronautical and marine engineering. These vehicles are designed to perform in both the air and underwater, ...

InnovizSMART Long-Range delivers outstanding 3D performance, resolution, range, and reliability for security, urban mobility, aerial, robotics and intelligent traffic deployments Developed further to ...

Join us on Wednesday, June 8 at noon Pacific for the Aerial Robotics Hack Chat with Nick Rehm! When it comes to robots, especially ones that need to achieve some degree of autonomy, the more ...

ANELLO has developed an inertial navigation system based on its SiPhOG technology for reliable navigation in GNSS-denied ...