Eska - Tactical glove with excellent dexterity Veder
Lightweight tactical glove with Amara touchscreen palm, 3D protection, silicone grip, and cut-resistant lining, engineered for precision, comfort, and operational control.
The ESKA Vader II tactical glove is engineered to deliver an optimal balance of operational precision, advanced protection, and comfort, meeting the demands of professional users in military and security environments.
It stands out through the integration of high-performance materials and ergonomic design solutions that ensure reliability in demanding conditions.
The palm is made from Amara soft-touch material, providing excellent tactile sensitivity and full touchscreen compatibility, allowing seamless use of electronic devices without removing the glove.
Grip performance is enhanced by a silicone anti-slip print, ensuring secure handling of weapons and equipment in all situations.
The backhand is constructed from elastic Spandex fabric, offering superior flexibility and a precise fit. Ergonomic 3D protectors on the backhand absorb impacts effectively while maintaining freedom of movement and comfort.
Internally, the glove features a cut-resistant lining made of para-aramid fibers (such as Kevlar®/Twaron), polyester, and fiberglass, providing high resistance against cuts and abrasions for enhanced operational safety.
Reinforced fingertips further improve durability in high-wear areas. Key technologies include an ergonomic box finger construction that follows the natural hand shape, improving dexterity and reducing fatigue, and a fully touch-sensitive palm for continuous digital interaction.
The elastic cuff with adjustable closure ensures a secure fit and protects against dirt and moisture ingress.
Certified according to EN 388:2016 for mechanical protection, the Vader II is a reliable and versatile solution for professionals requiring a lightweight yet highly protective glove.
Its combination of advanced materials and innovative technologies makes it a benchmark for operations where precision and protection must coexist seamlessly.