This smart saddle has been created as an experimental piece of equestrian equipment that gives horseback riding athletes with a glimpse into the potential future of what the sport could incorporate. The saddle is equipped with a series of self-powered sensors that make use of triboelectric nanogenerators (TENGs) to maintain connectivity at all times through the riding experience. The saddle is intended to be positioned onto a horse and would capture data related to form, while also offering detection technology that could wirelessly transmit an alert to those nearby to send help.
The smart saddle is presently in prototype form, and is being developed by a team of scientists at the Inner Mongolia University of Technology and the Chinese Academy of Sciences.
Sensor-Equipped Equestrian Saddles
This Smart Saddle Offers Feedback on Riding Form
Trend Themes
1. Smart Equestrian Equipment - The development of sensor-equipped equipment for equestrian sports can provide opportunities for incorporating smart technology to enhance performance and safety.
2. Triboelectric Nanogenerators - The use of triboelectric nanogenerators (TENGs) in sports equipment can open doors for harvesting energy from human motion and improving self-powered device connectivity.
3. Wireless Alert Systems - The integration of wireless alert systems in sports equipment can pave the way for faster detection and response to athlete injuries and emergencies.
Industry Implications
1. Sports Equipment Manufacturing - Sports equipment manufacturers can explore the use of smart technology and TENGs to create innovative and functional equipment for various sports.
2. Equestrian Industry - The equestrian industry can benefit from the development of smart equipment that provides real-time feedback on form and safety measures to riders and trainers.
3. Emergency Response Services - Emergency response services can integrate wireless alert systems in their operations to facilitate speedy response to emergencies, especially in remote areas where equestrian sports are often conducted.