The owner of the stables noted “I could tell that my horse was in a lazy mood when I was riding on the simulator.” Another rider commented that when she briefly closed her eyes, she could forget that she wasn’t sitting on a real horse. Tested by experienced riders, the robotic horse produced an accurate simulation of a horse’s movement during different gait patterns – walking, trotting and both a collected and extended canter. Identical movements were then programmed into the simulator. Sensors were placed in the back of the saddle and in a backpack worn by the rider. The team recorded and analysed the movements of horses kept for dressage and showjumping competitions at a local livery yard. Meanwhile, marketing experts from the nearby LAB University of Applied Science were recruited to assess the potential demand for a device that could accurately simulate equine motion. The Horzim projectįor the two-year project funded by the national government agency Business Finland, Heikki assembled a multidisciplinary team of mechanical and electrical engineers, experts in both human and equine anatomy, and researchers with other biomedical specialisms such as physiotherapists. He believes the technology has a wide range of potential applications in the equine world, including hippotherapy for children with physical or mental disabilities, helping dressage riders to learn new sequences and in the entertainment industry to allow people to experience the thrill of racing.įrom fairground carousels onwards, attempts to use technology to replicate the actions of a horse are nothing new, but according to equine experts no machine has yet come close to matching the range and subtlety of movements seen in the live animal. Heikki Handroos, professor of mechanical engineering at Lappeenranta-Lahti University of Technology, described the Horzim project at an online meeting of the Saddle Research Trust on 15 December 2021. Recently, horseriding simulators for rehabilitation exercise have been exported to Russiasteadily.Photo credit: Heikki Handroos and Lappeenranta-Lahti University According to medical research papers,Fortis simulator can give users rehabilitation effects, including posturecorrection, scoliosis and stroke patient’s rehab.įortisSimulator has more than 10 domestic and international medical research papers.As a result, the simulators are used in rehabilitation centers such as YonseiUniversity, Korea University, Kyungpook National University Hospital, SRCRehabilitation Hospital, and the Korea Racing Healing Center. So, it can give userscustomized rehabilitation exercise. Thebiggest strength of the Fortis simulator is that it has 100 horse motions by closelyanalyzing the real horse musculoskeletal system. This simulator can help users to work comfotable and easy.įineall Corporation,which has been producing equestrian simulators since 2003, has won a gold medalin the 2006 World Inventories Invention and got patents in 22 countries. There are many types of games such as shooting game, racing game, motion sensor game and virtual reality game. According to medical research papers, Fortis simulator can give users rehabilitation effects, including posture correction, scoliosis and stroke patient’s rehab.Īlso, it can connect with computer games, so the user can play game while they ride a horse simulator. So, it can give users customized rehabilitation exercise. Theįortis simulator is that it has 100 horse motions by closely analyzing the real horse musculoskeletal system. In the 2006 World Inventories Invention and got patents in 22 countries. Which has been producing equestrian simulators since 2003, has won a gold medal Is connected with functional games to a rehabilitation exercise. Riding simulators for rehabilitation exercise have been exported to RussiaįineallFortis has recently developed into a 'medicaltainment' product that it Rehabilitation Hospital, and the Korea Racing Healing Center. University, Korea University, Kyungpook National University Hospital, SRC Simulator has more than 10 domestic and international medical research papers.Īs a result, the simulators are used in rehabilitation centers such as Yonsei According to medical research papers,įortis simulator can give users rehabilitation effects, including postureĬorrection, scoliosis and stroke patient’s rehab. So, it can give usersĬustomized rehabilitation exercise. Biggest strength of the Fortis simulator is that it has 100 horse motions by closelyĪnalyzing the real horse musculoskeletal system.
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