Modular design is rapidly becoming the key to cost-effective automation, especially in sectors where demand variability and ...

AI-assisted design methods now allow for automated optimization, drastically shortening development cycles while boosting ...

Recent technological advances have opened new possibilities for the development of robotic systems, including spacecraft for the exploration of other planets. These new systems could ultimately ...

Traditional robot bodies "are still monolithic, unadaptive, and unrecyclable," said paper author and mechanical engineer Hod ...

Modular design enhances mobility in Cornell’s worm robot The worm robot showcases its unique, modular design, consisting of interconnected pods, each equipped with a motor and tendon actuator.

This modular design solves the challenge of testing a wide variety of vehicles, from passenger cars and delivery vans to buses and heavy-duty trucks, with a single system.

Fourier has revised its humanoid robot GR-1. The GR-2 should be able to move more human-like with adapted actuators.

As per the study, these robots could “absorb and reuse parts,” not from a factory, but from their environment or even from other robots.

Intel is pushing a modular concept that could make upgrading your laptop less expensive than buying a new one and substantially reduce e-waste.

Berkeley just changed robotics forever with a lightweight open source humanoid robot anyone can build at home. No lab? No problem.