Helix brings artificial intelligence to humanoid robotics, optimizing interaction in home environments with precision and adaptability.
It can change shape on the fly, transforming into a sphere to roll around and then returning to its "rover" mode to continue on its way.
The collaboration between Apptronik and Jabil promises to accelerate the adoption of Apollo humanoid robots across a variety of industries.
Its synthetic ligaments replicate human joints, providing more than 200 degrees of freedom in mobility.
Its precision allows it to perform delicate tasks such as tightening screws or handling small parts.
An origami-inspired soft robotic arm is designing new solutions for wheelchair accessibility.
The specifications of this new humanoid robot promise to improve the panorama of automation and industrial robotics.
It can replicate 33 types of traditional human hand grips and add six more advanced ones.
Collaboration drives new capabilities for Atlas with AI applied to locomotion and manipulation.
With this funding, its Apollo robot could be integrated into sectors such as logistics and manufacturing.
The HyQReal redefines rescue assistance by combining advanced mobility with remote hydraulic manipulation.
The robot can manipulate objects with high precision and reaches handling speeds greater than human speeds.
