Hard Head Veterans Tactical Micro Lattice Helmet Pads 3/4" Thick, Carbon DLS™ 3D Printed Pads, Low Backface Deformation

Hard Head Veterans Tactical Micro Lattice Helmet Pads 3/4" Thick, Carbon DLS™ 3D Printed Pads, Low Backface Deformation

Advanced micro lattice helmet pads developed for tactical and ballistic helmets to reduce backface deformation while improving comfort and airflow. Manufactured using Carbon Digital Light Synthesis to create complex 3D lattice structures that absorb and dissipate energy more efficiently than standard foam pads. Compatible with ATE, FAST, MICH, ACH, and ECH helmets. Available in 3/4 inch and 1 inch thickness options to fine-tune fit and stability. Designed for ballistic and tactical helmet users who demand elevated impact performance during duty use, training, and extended wear. Averages single-digit backface deformation when tested to 1400 fps with 9mm projectiles on Hard Head Veterans Tactical ATE ballistic helmets, maintaining performance from -60°F to 160°F. One complete set of Micro Lattice helmet pads. Helmet not included. Hard Head Veterans Tactical Micro Lattice Helmet Pads are the result of years of development and a partnership with Carbon using their Digital Light Synthesis manufacturing process. This advanced 3D printing technology enables complex lattice structures that could not be produced with traditional methods, allowing precise tuning of strut thickness and cell size to absorb and dissipate energy more efficiently than standard foam pads. When tested at 1400 fps with 9mm projectiles on Hard Head Veterans Tactical ATE ballistic helmets, these pads average single-digit backface deformation and maintain consistent performance across extreme temperatures from -60°F to 160°F. Designed for ATE, FAST, MICH, ACH, and ECH helmets, Micro Lattice pads deliver measurable impact performance while improving airflow and long-duration comfort.