Technical sports boots for track and road, complete with toe, heel, internal/external malleolus protection, non-slip sole, interchangeable sliders.

Made of microfiber and D-Stone™ fabric with high-grip TPU D-Axial system, these racing boots, inspired by the top of the range Dainese Axial 2, guarantee maximum comfort and high standards of protection while maintaining a sporty look and Captivating design, enhanced by the integration of translucent plastic inserts that reveal the shock absorbers underneath. The stretch D-Stone™ fabric guarantees maximum resistance and ease of fit. The magnesium sliders on the toe and heel are replaceable, a solution that also allows the zipper to be replaced in the event of breakage. The highest levels of safety on the shin and heel are ensured by the D-Axial system, which allows for better shock absorption in the event of a fall and also features an external graphic motif that recalls the Pro-Amor 2. The innovative asymmetric Groundtrax® soles with differentiated gear change and brake zones are designed to guarantee grip and heat resistance. A true champion of lightness and performance, to express yourself at your best both on the road and on the track.
OVERVIEW
New racing and road boots in microfiber and D-Stone™ with TPU D-Axial system and replaceable magnesium sliders. Featuring translucent plastic inserts that give a glimpse of the underlying technologies.
FEATURES
Groundtrax outsole for extreme racing
Wrench included
TPU gear shifter protection
ERGONOMICS
Zip closure on the back
Flexible joints for extra comfort
Quick lacing system
MAIN MATERIALS
D-Stone™ fabric
Microfiber upper
SHOCK IN PERFORMANCE
CE certified boots - Cat. II - EN 13634 standard
Removable and replaceable magnesium heel cover
Magnesium inserts on the outside and on the heel
Replaceable magnesium slider (1999948 Magnesium boot slider kit, 1999885 Stainless steel boot slider kit, 1999954 Plastic boot slider kit 16)
Internal retention band
Shock absorbing insert on the heel
TEMPERATURE
Double layer lining with air gap.