Robotilius
Robotilius
This is where imagination meets engineering. At Robotilius Lab, we explore, experiment, and build the foundational technologies behind human–robot symbiotic systems.
Wheely is a compact 2WD robotic platform developed to explore ground-based human–robot symbiosis in close-range operational environments. Equipped with a 2D LiDAR, an IMU, and an evolving vision system, the platform enables rigorous experimentation in spatial awareness, environmental perception, and assisted navigation. Through Wheely, Robotilius investigates how ground systems can extend human situational awareness providing real-time mapping, localization, and contextual understanding to create a shared, adaptive field intelligence between human and machine.
Tello serves as an aerial exploration platform focused on integrating human and machine perception from an elevated perspective. Utilizing onboard sensing, visual streaming, and edge-intelligence inference capabilities, the platform is used to investigate how aerial nodes can support human operators with data and perspectives beyond natural line-of-sight. Robotilius explores how aerial robotic systems can act as cooperative extensions of human intent providing terrain observation, environmental monitoring, and actionable decision support in complex environments.