HHV Micro Lattice Helmet Pads (For ATE, FAST, MICH, ACH,ECH)

We are excited to finally offer our Micro Lattice helmet pads for tactical or ballistic helmets. These pads have been in development for years and through our partnership with Carbon® and their Digital Light Synthesis ™ manufacturing process we are able to create energy absorbing complex structures in a helmet pad that could never be manufactured before.

These micro lattice pads average single digit deformation numbers when tested to 1400 fps with 9mm projectiles on our ATE ballistic helmet (click for test data). Regardless of whether they are at -60 degrees or 160 degrees they still perform the same. This can not be said for standard foam pads

The Carbon DLS™ process enables lattice structures that absorb and dissipate energy through the precise tuning of strut thickness and cell size.

Customer Reviews

Based on 159 reviews
82%
(131)
6%
(9)
6%
(10)
5%
(8)
1%
(1)
C
Chris V.
Innovative

If you ever served and you ever found yourself in a 22 mile ruck march you’ll know the issued Kevlar pads were not comfortable. The Micro Lattice helmet pads are a game changer, no pressure points no hard spots cooled and light. I wish I had these back when I was in.

A
Anonymous
3D Printed Helmet Pads, the future is now

Great pads, immediate noticeable breath ability and temperature drop. Don’t know what I’m gonna go with in the winter. These should be standard issue.

R
RGL1
Paradigm Shift

This IS the evolutionary step in helmet pads. Even if your a diehard fan of Team Wendy, OpsCore or Armor Source, the HHV lattice system is the NOW standard for all helmets, ballistic or bump, period!

M
Matthew W.
1inch micro lattice pads

The pads are awesome, comfortable although a little tight- wish I would have got the 3/4 inch instead. With the headband that comes with it, it is very comfortable.

We are excited to finally offer our Micro Lattice helmet pads for tactical or ballistic helmets. These pads have been in development for years and through our partnership with Carbon® and their Digital Light Synthesis ™ manufacturing process we are able to create energy absorbing complex structures in a helmet pad that could never be manufactured before.

The Carbon DLS™ process enables lattice structures that absorb and dissipate energy through the precise tuning of strut thickness and cell size.

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