There has been a lot of talk lately about helmets. Specifically, helmet safety and just how safe our helmets really are. For years the focus seems to have been on how many vents or how aerodynamic a brain bucket is, but the whole point of wearing a helmet is safety, right? More and more companies seem to be picking up on this as research is showing that small impacts, not just the big ones, matter too. HIP-TEC is the brain child of former pro kayaker and founder of WRSI helmets, Nick Turner and is a company that focuses exclusively on head injury prevention technology. HIP-TEC doesn’t make helmets, but they do make them safer. HIP-TEC uses a patent pending layered design to lower the amount of G forces your head encounters by using all of the layers or just a few depending on the speed of the impact. The result it a helmet that protects just as well at slow speed as high.

HIP-TEC (Head Injury Prevention Technology)—maker of the HIP-TEC Inside interior helmet protection system—today announced the company’s global launch and partnership program.  HIP-TEC focuses on making the best impact-absorbing interiors for the world’s top helmet companies.

HIP-TEC’s Inside interior helmet protection system is designed to fully integrate with other companies’ helmet shell concepts in an ingredient brand approach, meeting the needs and new benchmarks of the action sports industry and athletes that continue to push the limits of their sports.  HIP-TEC’s formulated and tested interior capsule dramatically exceeds today’s outdated helmet standards and designs, which concentrate on reducing single, high impact skull fractures.

In extensive independent testing at certified labs, with HIP-TEC implemented into a partner’s helmet, the severity of an impact is reduced by 40 – 60 percent across all angles, impact testing velocities and drop test heights.

“Our interior technology system is a game changer because it mitigates against all three accident scenarios that can contribute to head injuries — high velocity impacts, low speed falls and rotational impacts,” says HIP-TEC co-founder Nick Turner.  “Not only do helmets with HIP-TEC Inside technology significantly reduce the force of these impacts better than top helmet brands’ current interior technologies, HIP-TEC Inside outperformed while being 20 percent thinner than a traditional helmet’s protective core.”

The technology has been co-developed over the past decade at internationally certified labs with development through Johns Hopkins University joint research projects and testing at HIP-TEC’s Truckee-based helmet lab.

Current medical research indicates that the lower the g-forces associated with an impact, the less likely a concussion will occur. HIP-TEC’s patent-pending layered design, lowers g-forces during an accident by slowing down the speed at which the head feels the weight of an impact, thus lowering the critical peak acceleration to dead stop and decreasing head and brain injuries. The formulated design of HIP-TEC allows protective layers to engage together as one unit or as separate energy absorbers depending on the severity of an impact.

 “Because of current standards decision makers refusal to recognize the progression of sport and new medical research findings, helmets are not evolving at the speed of the athletes they are designed to protect,” comments HIP-TEC co-founder Tom Feiten.  “International standards still require that a helmet is tested to keep an impact below 250 g’s (g-force) and then it’s certified to sale.  We firmly believe helmets still need to pass this “skull fracture” standard, but at the same time they also must address accidents that are causing the majority of concussions happening at smaller, low falls that register between 90 and 150 g’s. HIP-TEC Inside does this and does it better when engineered into another brand’s helmet.” 

With its proven ability to lower the severity of head injuries and compatibility with current helmet shell designs, HIP-TEC technology is set to revolutionize sports safety.

“It’s our friends and families pushing these sports and getting injured,” adds Turner. “Our mission and passion is to protect them through education and offering helmet brands the most protective interior technologies to integrate into their products.”

Based in Truckee, California, HIP-TEC (Head Injury Prevention Technology) solely focuses on making the best impact absorbing interiors for the world’s top helmet companies. The proprietary technology far outperforms current products and standards, meeting the needs and new benchmarks of industries and athletes that continue to push limits. HIP-TEC is part of FT Accelerator, a San Francisco-based growth program for fashion tech startups. Visit to learn more about our technology and the future of interior helmet design.


  1. Unfortunately their website doesn’t give much information. They show some rudimentary graphs comparing their tech with that of the “industry worst” and “industry best” but it doesn’t reference which industry. Nevertheless, a company working to reduce loads on the head/brain during impacts is a great thing.

    Do you have any idea who some of their industry partners might be, Zach?

    • @PSI, not yet. From what we know they’re just getting started, and working on getting their technology patented. We’ll keep you posted when there is more info to be had.

  2. Sign me up! Looked at a few types of helmets after my run in with a mini van. I was wearing a Lazer O2, it broke, but it’s roll cage took enough of the force that I didn’t even feel the hit. Every other helmet just didn’t have that absorbing feel the O2 had. So, of course I ordered a new one.

    Also, all these boneheads who say helmets are just part of the problem, that wearing a helmet just makes you do more dangerous things, dear sirs- you have never met the distracted end of a mini-van, and I hope for you and your loved ones that you never do. I was blessed that I wasn’t more injured.

  3. I went to the Hip-Tec website and–wow–there is ZERO content. If you click on the “our tech” link, you get lots of plots purporting to show reduced impact forces. There is zero information on how “our tech” reduces those impulses, and there are zero images of any actual product. The closest they get to describing what Hip-Tec is or how it works is by asserting that Hip-Tec will “put the breaks [sic] on your brain.”

    As far as I can tell, there is no product here at all.

  4. I’m willing to bet that HIP-TEC’s partner is WRSI, a manufacturer of kayaking helmets. Nick Turner worked at WRSI prior to this HIP-TEC endeavor.

    And IMHO, “we’re waiting on a patent” is a weak excuse in this case. HIP-TEC disclosed anything at all. If they disclosed just a bit, they’d have a lot more credibility and they’d still be able to protect their IP. Either these guys don’t fully understand intellectual property law or there’s nothing here. Of course, it could be both.

  5. Who cares if they aren’t disclosing anything, they aren’t marketing to you or me they are marketing to established helmet manufacturers. If by some miracle their ‘technology’ performs as advertised, then not only should helmet manufacturers use it, helmet safety standards should be modified to accommodate its performance as a new benchmark. If you guys are legit, I for one salute you.

  6. “HIP-TEC uses a patent pending layered design”. Sounds like MIPS ( … I have one of the helmets with MIPS technology, the Scott Lin.

  7. 2,5 years after, where are they? 🙂
    The website is not working anymore, nobody knows more about their technology, all that was marketing bullsh*ts…

    Remember it for the future annoucements like this…

What do you think?