Intelligent Bionic Robot Horse

Revolutionizing Equestrian Sports with Technology

Feifei Yu, Hong Bai, and Qianwen Hu have introduced a groundbreaking innovation in the world of equestrian sports with their Intelligent Bionic Robot Horse. This unique design aims to revolutionize the way equestrian sports are taught and practiced, addressing various challenges faced by riders and equestrian clubs.

The inspiration for this design came from the authors' extensive experience in the equestrian field. They identified several key issues that needed to be addressed, including the high cost of raising horses, the labor-intensive nature of horse maintenance, the difficulties in marketing and attracting customers, and the lack of standardized teaching methods. These challenges often hindered the growth and development of equestrian sports.

By adopting a motion simulation control system, the Intelligent Bionic Robot Horse can accurately replicate the postures and movements of a real horse, providing riders with an authentic riding experience. This innovative design not only solves the problems of high operating costs and inconsistent teaching standards but also promotes equestrian sports by making it more accessible and engaging.

The Intelligent Bionic Robot Horse is made using a combination of materials, including plastic for the body, wood for the pedal platform, metal for the structural frame, and leather for the saddle. The microcomputer-controlled servo controller receives and processes signals, controlling four linear actuators that simulate various movements of the bionic robot horse.

With a width of 1370mm, depth of 870mm, and height of 1120mm, the Intelligent Bionic Robot Horse is designed to be compact yet stable, ensuring a safe and immersive riding experience for users. It can be operated in various equestrian venues, shopping malls, and gyms, offering individuals the opportunity to engage in equestrian sports regardless of their location.

One of the key advantages of the Intelligent Bionic Robot Horse is its versatility. In addition to its primary function as an intelligent teaching aid for equestrian sports, it also offers various fitness and entertainment functions. Users can follow video guidance to teach themselves or be guided by professional coaches. The horse can predict actions, and coaches can stop the horse with a single button. Additionally, users can immediately stop the horse by patting it in case of any sudden accidents, ensuring their safety and convenience.

The development of the Intelligent Bionic Robot Horse was not without its challenges. The design team had to constantly calibrate the robot horse with real horses running to achieve accurate simulation. They also had to ensure that the bionic design immediately evoked associations with equestrian sports while maintaining structural stability and safety. The inclusion of elements such as the saddle, stirrup, and rein helped retain the essence of equestrian sports in the design.

The Intelligent Bionic Robot Horse has received recognition for its innovative design and practicality. It was awarded the Iron A' Design Award in the Sporting Goods, Fitness, and Recreation Equipment Design category in 2022. This prestigious award is given to designs that meet professional and industrial requirements, integrating industry best practices and competent technical characteristics.

The Intelligent Bionic Robot Horse is set to revolutionize the world of equestrian sports, making it more accessible, standardized, and engaging. With its unique combination of technology, design, and functionality, it has the potential to transform the way riders learn and practice equestrian sports, ultimately contributing to the growth and development of this timeless sport.