The Future of Sports Safety - i1 Biometrics Vector Mouthguard - CES 2015
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Our CES 2015 Sponsors: Phantom Glass: store.phantom.glass HyperX YouTube Channel: youtube.com Forum thread: linustechtips.com twitter.com twitter.com @LinusTech Join our community forum: bit.ly Title: Televisor - Neon Video: youtu.be Beatport: monster.cat Label Channel: youtube.com
The video covers the i1 Biometrics Vector mouthguard showcased at CES 2015, presented by Linus Tech Tips. The host explains the concept of integrating advanced sensors into sports gear to monitor head impacts and improve safety. It demonstrates the mouthguard syncing with a computer, allowing users to view data on linear and rotational acceleration, and applying a head injury criterion to evaluate risk. A live test is performed where a colleague, Burl, tackles the host, illustrating how the device records the collision event. The presenter notes that consumer software can log game data until it is synced at home, after which coaches or parents can review trends and identify unsafe habits like leading tackles with the helmet. The discussion emphasizes the broader value of this technology for preventing concussions and improving training, with emphasis on the potential to address safety issues across sports through concrete data. Finally, the video encourages audience engagement and teases more CES coverage, while acknowledging the sponsor ecosystem that supported the coverage at the event.
Topics · technology · sports science · wearable devices
Questions answered
- What data does the i1 Biometrics Vector mouthguard collect and how is it used?
- It logs measurements such as linear and rotational head accelerations and applies a head injury criterion. The data can be viewed on a computer after syncing, enabling coaches or parents to analyze impact patterns and identify unsafe habits.
- How is the mouthguard demonstrated in the video, and what is shown about its practicality?
- The host uses the mouthguard in a live test where a teammate tackles him to generate data. The demonstration shows the device syncing to a computer and logging collision data, illustrating how the information can be used to assess and improve safety in real-time and during practice.