World’s Most Breathable LAX Guard is 3X Stronger! BulletProof Lacrosse mouth guards use Advanced Military Technology and a Thermoplastic Composite material with Kevlar from bullet proof vests, to create the newest generation of flat style lacrosse mouthguards. A vast improvement over the competition’s totally flat surface design, BulletProof mouthguards use Variable Thickness Technology throughout the entire mouthguard, so you get more protection where you need it: Including an Ultra Strong CRASH CAGE to help protect your front teeth from being bent back or knocked out. And 3D CUSH PADS under your rear teeth to help decrease the damaging impact energy transferred to your skull and brain. Braces version available too. $25,000 Limited Dental Warranty. Proudly Made In The U.S.A.!

• WORLD’S THINNEST, MOST BREATHABLE MOUTHGUARD!
• 3X STRONGER Material than standard EVA guards.
• KEVLAR CRASH CAGE surrounds your front teeth to help protect them from
  being bent in or knocked out.
• ENGINEERED 3D PANELS Absorb and Disperse impact energy.
• 3D HONEYCOMB CUSH PADS help decrease impact energy from transferring
  to your skull and brain.
• ECONOMICAL: LASTS 4X LONGER! Kevlar Composite is highly chew resistant.
• 1 YEAR CHEW PROOF GURANTEE: The only one in the industry!
• YOU’LL BREATH BETTER TO PERFORM BETTER: It maximizes oxygen to your brain and muscles to improve your performance.
• THINNER, STONGER, MORE COMFORTABLE & MORE BREATHABLE: THIS IS A MASSIVE UPGRADE TO AN ESSTNTIAL PIECE OF EQUIPMENT FOR MINIMAL COST. YOU’LL SEE FORYOURSELF WHEN YOURS ARRIVES!!!

What The Lacrosse Fanatic Staff Have To Say:
As early adopters of the latest and most innovative lacrosse gear, in 2021 Lacrosse Fanatic became the first retail vendor in the world to carry BulletProof mouthguards! That’s how impressed we were when our team tested them on the field. And we know more about them then anyone in the country. The light weight and perfectly placed holes make breathing a breeze. And we like that the CUSH PADS offer extra protection to prevent molar to molar impact.