A technological upgrade of a racing icon that's equally at home on the road, with dedicated versions for men and women. Tough Tutu cowhide with perforated cooling zones (perforated versions only). An aerodynamic hump with integrated hydration bladder. Microelastic 2.0 and Triaxial Technology for fast-reacting flexibility and comfort. Latest generation protection from MotoGP with aluminum seamless shoulders and RSS 2.0 elbow sliders. Plus, of course, Level 2 protection throughout. MotoGP-evolved for life in the fast lane.
- One inner pocket.
- Interchangeable elbow sliders.
- Interchangeable knee sliders.
- Oversuit provided.
- Pocket for water bag kit (code 1996256; sold separately).
- Protection and cleaning kit.
- Replaceable slider system 2.0: Quickly releasable elbow slider.
- Aerodynamic spoiler.
- Collar with elasticated insert.
- Elasticated inserts.
- Inserts in elasticated fabric.
- Integrated suit-to-boots fastening system.
- Lycra inserts on inner lining enhance movements.
- Microelastic 2.0.
- Tri-axial elasticated insert on the back.
- Titanium.
- Aluminum.
- S1 bielastic fabric.
- Tutu cowhide leather.
- Composite protectors certified to EN 1621.1 Level 2 standard on elbows.
- Composite protectors certified to EN 1621.1 Level 2 standard on knees.
- Seamless aluminum plates on shoulders.
- Seamless titanium plates on elbows.
- Soft protectors certified to EN 1621.1 standard Level 2 on hips.
- Soft protectors certified to EN 1621.1 standard Level 2 on shoulders.
- Suit certified to CE - Cat. II - 89/686/EEC Directive.
- 3D-Bubble fabric inserts.
- Localized perforation.
- NanoFeel removable liner.
3D Bubble Lining
- Born and tested to the needs of racers like Valentino Rossi, this particular three-dimensional liner permits the creation of an air chamber between the inside and outside of the clothes, becoming an insulator in order to provide an ideal microclimate during both summer and winter.
Aerodynamic Hump
- This improves the aerodynamics of the rider / vehicle system when the racer is bent low behind the handlebars.
Aluminum Inserts on Shoulders, Elbows and/or Knees
- The use of inserts in metal like titanium, steel, aluminum or special alloys grants greater protection against abrasion for the body's joints, reduces the risk of dangerous rotation and/or rolling during fall, and distributes impact energy over a wider surface area.
Composite Protectors Certified to Standard EN 1621.1
- With their special construction, composite protectors on the shoulders, elbows and knees homologated to EN 1621.1 Standard offer elevated protection. A rigid external plastic shell absorbs and distributes impact energy over the protector's entire surface thanks to a patented reticulate structure that also offers lower thickness and weight. The inside of the protector in high-density polyethylene foam has elevated deformability and high shape memory retention that ensures greater comfort through adaptation to the wearer's body, which is also served by perforation on the outside that increases breathability.
Elasticated Inserts
- Elasticated inserts positioned in the most strategic locations improve the garment's capacity for adaptation to the body's changing shape and movement during riding.
Inserts in Stretch Fabric
- Elasticated inserts positioned in the most strategic locations improve the garment's capacity for adaptation to the body's changing shape and movement during riding.
Localized Perforation
- This Dainese patent permits air vents to be localized only where aeration is absolutely necessary and far from the stitching, in this way guaranteeing both greater safety and improved aesthetics.
Microelastic Elasticated Inserts
- Extensive research in ergonomics has paid off with this new Dainese patent filed to further increase riding comfort while keeping safety levels high at the same time. Bonding an insert in elasticated fabric beneath a panel in leather permits localized micro-elasticated areas where the body requires freedom of movement most while also increasing the area's abrasion resistance as well. This is achieved by reducing the number of panels and the stitches that connect them, while also keeping greater thickness in the panel itself than in traditional elasticated inserts.
NanoFeel Liner
- Innovative liner in bacteriostatic polyester yarn developed through nanotechnology. The treatment of nano-particles with silver ions ensures greater efficacy in antibacterial and anti-odor properties, longer life, and better resistance to washing because the silver particles are inside the fiber itself and not brought in from outside as in bacteriostatic yarns.
S1 Fabric
- Continuous technological development and the pursuit of constantly improving performance led to the evolution of the bi-axial Arrow-FK fabric now known as S1 that increases mechanical properties. This fabric for sports apparel composed of an elastomer coated with Cordura polyamide is distinguished by elevated mechanical strength and bi-axial elastic properties to guarantee excellent comfort levels. Protector treatment developed through nanotechnology applied to textile finishing also ensures excellent water / oil repellence properties.
Suit-Boots Fastening System
- This exclusive Dainese patent lets boots be worn and fastened by Velcro brand hook-and-loop strip under certain suits. The result is greater safety because of the reduction in the number of garment parts that might get hooked to the bike during fall, lower weight, better aerodynamics, and increased comfort due to the reduction of the boot's volume and the greater adherence of the rider's leg to the vehicle.
Tutu Leather Cowhide
- A high quality cowhide that has a water repellent treatment. This leather has good resistance to abrasion, tears and traction. It ranges from 1.1 to 1.3 mm in thickness.
