Fangschreckenkrebs' Powerful Strike Inspires Protective Material Research

The mantis shrimp's unique limb structure allows it to deliver devastating blows while remaining unharmed, offering insights for advanced safety gear.

• The mantis shrimp, or Clown-Fangschreckenkrebs (Odontodactylus scyllarus), can strike with the force of a small-caliber bullet, shattering shells, aquarium glass, and even harming larger sea creatures.
• Despite the immense force of their strikes, the shrimp's specialized limb structure prevents self-injury, utilizing mineralized fibers and a unique corkscrew-like design to absorb shock.
• Research from Northwestern University has revealed that the shrimp's limb structure filters damaging high-frequency shockwaves, protecting its body from harm.
• Scientists believe the shrimp's biomechanics could inspire the development of materials for protective gear and methods to minimize injuries from explosions.
• The study also highlights the shrimp's potential to inform innovations in shockwave-resistant and energy-dissipating technologies.

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