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The development of hexapod robots – six-legged machines inspired by insects and arachnids – represents a frontier in robotics research. While these systems offer advantages in terrain adaptabili...

The development of slider robots-machines designed to perform linear or planar motions with high precision-represents a frontier in automation and mechatronics. While these robots are critical i...

Human-carrying robot technology represents a groundbreaking fusion of mechanical engineering, artificial intelligence, and biomechanics. Designed to safely transport individuals across varied te...

Crawling robots, inspired by biological organisms like insects, reptiles, and mammals, have emerged as a groundbreaking innovation in robotics. These machines excel in navigating complex terrain...

The concept of general-purpose robots – machines capable of performing diverse tasks with human-like adaptability – has transitioned from science fiction to tangible reality. At the heart of thi...

The development of bicycle-riding robots represents a fascinating yet complex frontier in robotics and artificial intelligence. While autonomous vehicles and walking robots have made significant...