Bulletproof Suit Inspired by John Wick: 20 Kevlar Layers Tested for Realism

Fans from the Hacksmith Industries YouTube channel documented a project that emulates the iconic bulletproof suit worn by a famous movie character. The process stretched over just over a year, with meticulous planning and hands-on experimentation that kept the team going through countless prototypes. The creators reported a total investment around 96,000 USD, which roughly translates to 7.35 million rubles, reflecting the scale of materials, testing, and labor involved in bringing the concept to life. The suit resembles a classic three-piece ensemble, yet behind the scenes it relies on a combination of conventional fabrics and specialized protective layers. In total, it incorporates 20 layers of Kevlar together with an exceptionally thin, high-strength plastic film chosen for its impact-dissipating properties. This setup aims to balance concealment with protection, maintaining the suit’s formal appearance while adding a credible layer of defense. The testing phase yielded clear results about its capability under firing conditions. A 45-caliber round fired from a submachine gun was observed to penetrate the outer shell, yet the projectile did not breach the interior layers, remaining contained outside the wearer’s chest area in the test configuration. This observation suggests the suit could avert external entry points and keep personal clothing intact, but it does not imply full bodily protection against all forms of force or blunt impact. The overall takeaway is that while the suit can reduce the likelihood of visible bullet holes, it would not be expected to safeguard against the broader spectrum of physical trauma that high-velocity impacts or close-quarters strikes can cause. For readers seeking context, the project is often referenced in roundups and discussions about practical armor concepts, and it serves as a demonstration of how materials like Kevlar and thin protective films perform under stress and how layering influences effectiveness. In a broader sense, the work aligns with ongoing interest in wearable protection technologies and the balance between mobility, concealment, and safety in demonstration builds. A separate tech outlet has noted another creator’s achievement, such as a portable computer concept designed to extend battery life over extended use, highlighting the wider enthusiasm for long-lasting, user-friendly gadgets. This companion coverage underscores the public fascination with advanced hardware that pairs form, function, and endurance in real-world demonstrations. [Source attribution: Hacksmith Industries video documentation]