Michaël, who suffers from muscular dystrophy, used his own experiences to collaborate with his team to develop an innovative calf stretching device. This device, equipped with CubeMars motors, provides a more convenient rehabilitation treatment option for
The University of Tokyo research team has introduced Vlimb, a wire-driven wearable robot designed to enhance human capabilities, providing users with power and flexibility beyond natural limbs.
Exploration of extraterrestrial bodies demands advanced robotic capabilities, particularly for navigating rugged terrains such as steep cliffs, mountainous regions, and caves. Researchers from Beihang University have developed the Multimodal Adaptive Rock
Martian lava tubes, with their potential for resource extraction and habitat sheltering, represent a promising but challenging target for planetary exploration.
At CubeMars, we are excited to be part of cutting-edge innovation in robotics!Last year, our AK70-10 BLDC motors were integral to the success of Nathan Weiss's groundbreaking bipedal robot project at Stellenbosch University, South Africa.
