How We Got Started
It all started when...
In 2015, a young athlete came into our office following his 3rd concussion. He was 10 at the time. Headaches, dizziness, vomiting, visual issues, sleep issues, neck pain and vertigo were just a few of the symptoms he presented with. We had seen enough.
Our children play contact sports and current technology isn't nearly good enough. As a matter of fact, it's antiquated and DANGEROUS and some data suggests that current technology is contributing to the problem. Can you imagine that?
Out of necessity, IMPACT Sports, LLC was born. Our design engineers, packaging engineers, material engineers, prototype developers, injection molders, doctors and advisory board members have dedicated significant time and resources to developing a safer helmet and protecting youth athletes. We understand the mechanisms of injury and how we heal from trauma. We understand how the body dissipates force (bio mechanically) and most importantly, we see these athletes on a daily basis. We also know how to reduce the liklihood of concussions from the beginning.
IMPACT Sports, LLC is going to change the way you see contact sports. You're not going to simply be buying a helmet from us! You'll be buying a system that educates, empowers and protects your children.
Welcome to IMPACT Sports, LLC.
10/19/2017 Update: How did we do??
As you may have read, we are currently in the rotational and drop testing phase. The lab we chose utilized the newest NOCSAE standards for our test(s). This means they performed both drop testing and linear impact testing (pneumatic Ram testing) for linear and rotational force. These standards are not set for full implementation until November of 2018. This means that the helmets being used today may not have been tested in this fashion.
First, the bad. Our helmets (two prototypes) cracked in the exact same place during both tests. We've identified the design and build deficiency and will correct that. That's easy to do.
The GREAT NEWS is that, despite testing the helmets after they fractured, we had some outstanding tests in both drop and pneumatic ram tests. We compared the Riddell Pro Line Helmet (Web Published Findings) to our helmet as tested today. Check out the initial findings. Results are measured in Severity Index.
Test Riddell IMPACT CAL 1
Front Impact , 11 ft/sec 412 234 (F)
Rear Impact, 11 ft/sec 507 153 (F)
Right Side, 11 ft,sec 240 97 (F)- 1st Impact
Top, 11ft/sec 707 85 (F)
Front Boss, 11ft/sec 669 140 (F)
Rear Boss, 11 ft/sec not published 155 (F)
(F) denotes that helmet had fractured and was tested in this compromised state. Despite the crack, the helmet STILL outperforms the Riddell Pro Line.
* 11 ft/sec is first drop height; similar reductions were seen in second drop height. 3rd drop height resulted in failure of helmet due to early cracks in plastic.
Pneumatic RAM Testing showed:
NOCSAE Standard IMPACT CAL1
Right Side 1200 SI 362(F)- 1st Impact
Rear Boss NC 1200 SI 379(F+)
Rear Boss CG 1200 SI 724 (F+)
Rear 1200 SI 1224 (F+)
Front Boss 1200 SI 279 (F+)
Random 1200 SI 691 (F+)
***Random test was forward flexion in "neck" (15 deg) with front impact.
****F, F+- All tests performed with cracks in same location. F+ denotes fracture size had increased.
Despite the strength issue in one location (with 3D printed Helmet) our geometry works! This first test told us where we are strong and where we are weak. We will fix the design issue and re-test our new prototype (s) with a few small modifications.
As you can see, Football Helmets CAN be safer as far as how they absorb force!
Which helmet would you rather use for your children???
(and.....were just getting warmed up!)