Dainese Axial 2 Air S26, boots perforated

The latest evolution of top-of-the-line Dainese motorcycle racing boots – the same boots worn on the track by MotoGP™ champions. Conceived to allow riders to express their full potential while focusing purely on performance, these boots feature a construction that perfectly blends lightness, riding comfort and maximum sensitivity while maintaining the high protection standards guaranteed by Dainese.

Their iconic design combines cutting-edge technological solutions such as the Axial Distortion Control System in Kevlar carbon, IN construction with Velcro facilitating their connection to racing suits, magnesium sliders and a Groundtrax® racing sole with a focus on grip and heat resistance. The upper features a perforated construction that makes these boots extremely ventilated, providing maximum thermal comfort even on the hottest days.

Axial 2 boots are the ultimate expression of Dainese's drive for constant innovation, as their protective, lightweight and ventilated construction distinguishes them as the most advanced protection on the market. Features such as the cuff in stretch fabric suited to different body shapes, the even more practical and sturdy back zipper fastening, and the internal lacing system complete Axial 2 Boots, making them effective, practical and functional.

Features

• Groundtrax outsole for extreme racing
• Setscrew wrench supplied
• TPU Gear shifter guard

Ergonomy

• Closing with zipper at the back
• Flexible joints for extra comfort
• Speed lacing system
• Suit to boot fastening system

Material

• 3D-Stone fabric
• Split cowhide leather inserts for abrasion
• resistance and grip
• Upper in microfiber

Protection

• D-Axial System in Carbon and Aramid fiber
• Heel magnesium cover, removable and replaceable
• Malleolus magnesium cover, removable and replaceable
• Nylon heel
• Reinforced nylon toe
• Replaceable magnesium slider

Temperature

• Double jersey airgap liner
• Perforated leather

3D Stone

The innovative high-tech fabric Dainese 3D Stone is made of 100% high-strength nylon in a special, coarse, three-dimensional weave that creates micro-air pockets. These create excellent mechanical strength, delaying abrasion. This effect is further enhanced by the polyurethane resin coating, which achieves abrasion resistance of up to 8 seconds in EN 13595-2 tests.

Axial Distortion Control System

The Axial Distortion Control System for the foot works through an articulated structure integrated into the boot that serves a triple purpose: it protects against sprains, it reduces the intensity of the impact by distributing it over the entire surface of the structure, and it prevents objects from entering the boot.

Groundtrax® Outsoles

Groundtrax® outsoles are designed to provide stability, grip and traction both on the footpegs and on foot on the road. Thanks to the design of the lugs and grooves and the choice of rubber compound, wear resistance and self-cleaning of the tread are maximized. The soles show an asymmetrical design, especially in the area of shifting and braking, to ensure greater precision during the ride.

Metal inserts

The use of metal inserts made of titanium, steel, aluminum or special alloys provides greater abrasion resistance to the joint areas of the body, reduces the risk of dangerous twisting and/or rollover during a fall and distributes the impact force over a larger area.

Microfiber

Microfiber is a nonwoven fabric made of polyurethane and polyamide, which is characterized by its exceptional resistance to wear, tear and shear. Other positive features of this particular product are its softness, flexibility, light weight and water repellency.

Suit To Boot Fastening System

The Suit To Boot Fastening System is a patent exclusive to Dainese. Thanks to this technology, boots can be worn under the suits designed for them. It has been developed to provide the highest level of safety: With its help, it is possible to reduce the amount of clothing that could get caught in the motorcycle during a fall. It also reduces boot volume and places the rider's legs closer to the vehicle, improving aerodynamics and comfort.