Designing a Rabbit-Inspired Hexapod Robot with Steed-Beast Mechanism

This conference paper presents the design and development of a large-scale hexapod robot inspired by the agile locomotion of rabbits, utilizing the Steed-Beast Mechanism. Inspired by the remarkable biomechanics of rabbit legs, known for their swift and efficient hopping motion, this research seeks to replicate the dynamic gait of these animals to create a versatile robotic platform capable of navigating diverse terrains. The design process encompasses the biomimetic structure of rabbit legs, precise articulation of joints, powerful actuators, and adaptive feet for enhanced grip. The Steed-Beast Mechanism further enhances the robot's mobility and stability. Through rigorous testing and iterative refinement, we have successfully demonstrated the robot's ability to replicate the unique hopping gait of rabbits. This conceptual design holds great potential for applications in agriculture, and exploration, and its adaptability marks a significant advancement in large-scale hexapod robotics. This paper not only presents the design and implementation of the robot but also discusses its significance in the broader context of biomechanically inspired robotics.