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Husky is a rugged and easy-to-use unmanned ground vehicle for rapid prototyping and research applications.
 

TurtleBot platform enables diverse applications in autonomous navigation, mapping, and collaborative tasks within controlled environments.We have a fleet of 15 TurtleBots supporting research in multi-robot interaction and fleet experiments, ideal for advancing indoor robotics applications. 

The Ouster LiDAR offers high-resolution 3D sensing, crucial for accurate mapping and navigation tasks. Its wide field of view and fast data acquisition enhance spatial awareness in real-time applications.

A!ex is a large scale testbed equipped with a set of perception and localization sensors also including simple autonomous driving function on a preliminary mapped restricted area.
A!ex is a flagship project of ACAS.

Navtech’s RAS3 is a high-resolution, long-range radar sensor designed for all-weather, 360° situational awareness. It delivers precise detection of objects and motion, even in challenging environments like fog, rain, or darkness. Ideal for autonomous systems, RAS3 enhances safety and perception in complex, real-world scenarios.

We present a new large dataset of indoor human and robot navigation and interaction, called THOR-MAGNI, that is designed to facilitate research on social navigation: e.g., modelling and predicting human motion, analyzing goal-oriented interactions between humans and robots, and investigating visual attention in a social interaction context. THOR-MAGNI was created to fill a gap in available datasets for human motion analysis and HRI. This gap is characterized by a lack of comprehensive inclusion of exogenous factors and essential target agent cues, which hinders the development of robust models capable of capturing the relationship between contextual cues and human behavior in different scenarios. Unlike existing datasets, THbehaviourOR-MAGNI includes a broader set of contextual features and offers multiple scenario variations to facilitate factor isolation. The dataset includes many social human-human and human-robot interaction scenarios, rich context annotations, and multi-modal data, such as walking trajectories, gaze tracking data, and lidar and camera streams recorded from a mobile robot. We also provide a set of tools for visualization and processing of the recorded data. THOR-MAGNI is, to the best of our knowledge, unique in the amount and diversity of sensor data collected in a contextualized and socially dynamic environment, capturing natural human-robot interactions.