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fullmetalpira
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I'm trying to get a mask made that will deflect a incoming bullet, and in my mind geometry is the answer. I don't have the know how to do the math but if someone out there could help me out, that would be great.
fullmetalpira said:I'm trying to get a mask made that will deflect a incoming bullet, and in my mind geometry is the answer. I don't have the know how to do the math but if someone out there could help me out, that would be great.
fullmetalpira said:the mask would be made out Ti and with kinetic gel pads in the inside you should survive a round hitting the mask.
fullmetalpira said:the mask would be made out Ti and with kinetic gel pads in the inside you should survive a round hitting the mask.
A bulletproof mask is a type of protective gear that is designed to protect the face and head from bullet impacts. It is typically made of strong materials such as Kevlar or other bullet-resistant materials.
A geometry-based solution is needed for bulletproof masks because it allows for a more precise and customized fit for the wearer. This is important in ensuring maximum protection against bullet impacts.
A geometry-based solution for bulletproof masks involves using advanced technologies such as 3D scanning and modeling to create a digital model of the wearer's face. This model is then used to create a custom-fit mask that conforms to the unique contours of the wearer's face.
Some of the benefits of using a geometry-based solution for bulletproof masks include better fit and comfort for the wearer, increased protection against bullet impacts, and the ability to create custom masks for individuals with unique facial features or needs.
While a geometry-based solution offers many advantages, it is not without limitations. It may be more time-consuming and expensive compared to off-the-shelf bulletproof masks. Additionally, it may not be suitable for emergency situations where a quick and readily-available mask is needed.