The 'DCLR8' is an innovatively engineered wearable device that aims to address some of the gaps in protection that are present with conventional helmets used by many athletes.
Developed by Albert Beyer, the 'DCLR8' is a wearable device that is designed to be mounted to existing helmets. This wearable has an impact-absorbing component that comprises a pair of bowl-shaped carbon fiber elements that link together to form a spherical layer. When the wearer suffers an impact to the back of their head, the sphere absorbs energy and transfers it to the side in order to mitigate impact through the head. As the sphere gets crushed by the impact, trapped air escapes via a series of vent holes, with the sphere then easily able to be replaced.
The 'DCLR8' is currently the subject of a crowdfunding campaign on Indiegogo, and can be reserved for a pledge of $37.
Image Credit: DCLR8
Key Themes Behind This Trend
- Impact-absorbing Wearable Devices
- Developing wearable technology that offers additional protection from head injuries and tackles the gaps in conventional helmets
- Bowl-shaped Carbon Fiber Elements
- Innovatively engineering carbon fiber technology to create impact-absorbing bowl-shaped elements for wearable devices
- Spherical Layer Technology
- Exploring the potential of spherical layer technology to enhance the protection of existing helmets and wearable devices
Where This Applies
- Sports Equipment Manufacturing
- Incorporating impact-absorbing wearable technology into existing sports equipment to enhance player safety and performance
- Wearable Technology
- Developing and investing in innovations in wearable technology for safety and impact protection
- Medical Technology
- Exploring the use and application of wearable technology to prevent or reduce the severity of head injuries
