Prabos, a European leader in the development of specialized military and tactical footwear, has announced the integration of Carbitex GearFlex technology into its upcoming collection of tactical shoes, marking a significant leap forward in operational performance and energy efficiency. 

Carbitex GearFlex inserts, constructed from 100% aerospace-grade carbon fiber, are designed to deliver exceptional durability while enhancing agility and power output. Originally engineered for high-performance athletic gear, the PowerReturn™ technology embedded in Carbitex plates recycles the user’s energy input, enabling more explosive and responsive movement. Independent tests have demonstrated up to a 12% increase in jump height and a 5% boost in maximum speed, offering a measurable tactical advantage in high-mobility scenarios. Tactical footwear integrated with Carbitex GearFlex will empower soldiers and law enforcement personnel with faster, more dynamic movement in the field. 

While carbon fiber has long been reserved for elite sportswear and aerospace applications, Carbitex is now breaking new ground by adapting this advanced composite technology for the defense sector. The GearFlex platform is designed to support rapid, responsive footwork, making it ideal for tactical missions where speed and energy efficiency are critical. 

Prabos’ design and development teams are currently working on completing the integration of the high-performance inserts into a new series of tactical boots, which will soon be released. The company considers this development to be part of a broader movement toward gear that is more agile, adaptable, and energy-efficient for military and law enforcement professionals.

The company noted that the integration of Carbitex GearFlex marks just the beginning of what composite technologies can achieve in footwear, signaling a new era for both sports and tactical performance gear, one in which Prabos is proud to play a leading role. 

The upcoming release of the Prabos-Carbitex tactical footwear collection is expected to raise the bar in performance-driven design, offering professionals in defense, and security sectors a new standard in energy return, speed, and mission readiness. 

Source: www.prabos.pl