Made for the Ruck.
Built for the Hits.
Built for the Hits.
At SAFEJAWZ, we understand what rugby players truly need in a rugby mouthguard - because we’ve been there. Founded by a former rugby player, SAFEJAWZ was built on the belief that a gum shields for rugby should do more than just protect your teeth.
That’s why we’ve engineered every mouthguard to lock in securely, absorb serious impacts, and give you the confidence to take on a tackle from Courtney Lawes or even the rucking boot of Joe Marler.
Whether you’re playing amateur or elite rugby, our rugby gum shields offer unbeatable comfort, durability, and performance.
We've worked with some of the top of the game for a very long time including JOE MARLER, COURTNEY LAWES, and JAMES HASKELL.
Rugby is rough. Scrapes, bumps, and big hits are part of the game. Your gum shield needs to do more than just protect. It needs to stay secure under pressure while absorbing high-impact hits.
That’s why our mouthguards are engineered to absorb serious impact without compromising comfort or breathability. The ultra-thin palate (inside) design means less bulk in your mouth, so you can breathe easy and speak clearly to your coaches or team mates. No need to keep pulling it out during the match.
Every mouthguard is designed with performance in mind, because your gum shield should work as hard as you do.
Crafted from a proprietary thermoplastic polymer, our gum shields for rugby soften significantly when heated to ensure a custom fit that moulds perfectly to your teeth. Once cooled, it returns to a solid, impact-resistant structure that is ideal for the high-contact nature of rugby.
Whether you make a mistake during fitting or your bite changes over time, our advanced material allows multiple refits without losing shape or strength. This makes it one of the best rugby mouthguards for long-term performance and value.
Side-on tackles are part of the game. Our rugby mouthguards features an ergonomically designed base that lets your lower teeth lock into place, offering maximum jaw stability and reducing the risk of sideways impacts.