Wearable Airbag Jackets

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These Airbag Jackets Don't Rely on Motorcycle Signals for Release

While other airbag jackets exist on the market, Dianese's latest model is the only one to activate without reliance on the motorcycle's signal. Until now, the motorbike would detect a crash and signal the jacket to deploy; however, there was room for error as the motorcycle could get so damaged in a crash that the signal would be delayed or not send at all. That is where the D-air Misano 1000 jacket provides a design solution.

Using built-in sensors, GPS and other electronics, the airbag jackets monitor the movement of the rider 800 times a second. Upon impact or a sense of tumbling, the jacket deploys its airbag, protecting the motorcyclist from a potentially fatal fall. With an on/off front switch for when the wearer isn't riding, there is room to move and play with the jacket on when off-bike as well.
Trend Themes
1. Wearable Airbag Technology - The advancement of wearable airbag technology allows for improved rider safety on motorcycles.
2. Sensor Integration - The integration of built-in sensors, GPS, and other electronics in airbag jackets provides real-time monitoring and enhanced protective features.
3. Independent Activation Systems - The development of airbag jackets with independent activation systems eliminates reliance on external signals, improving reaction times and safety measures.
Industry Implications
1. Motorcycle Safety - The motorcycle safety industry can capitalize on the demand for advanced protective gear such as wearable airbag jackets.
2. Sporting Goods - The sporting goods industry can explore opportunities to incorporate wearable airbag technology into protective gear for various sports.
3. Automotive Accessories - The automotive accessories industry can tap into the market of airbag jackets by offering products designed for non-motorcycle use, such as for outdoor activities or work environments.

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