For Dainese, designing protection and safety around people means taking inspiration from Nature. Human history provides inspiration with Medieval and Renaissance suits of armor that once offered the privileged few protection, ergonomics, and safety.

This is the challenge: transform the concepts of Nature and history's most brilliant hunches into protective devices to be used by the largest possible number of users. Protection has finally become democratic.

• Tutu cowhide leather.
• S1 bi-elastic fabric.
• Two internal pockets.
• Soft inserts.
• Reflective inserts.
• Pocket for G1 and G2 back protector (each sold separately).
• Jacket-trousers fastening system.
• Full leather collar.
• Microelastic elasticated inserts.
• Inserts in elasticated fabric.
• Hips adjustment.
• Jacket certified to CE - Cat. II - 89/686/EEC Directive.
• Composite protectors certified to EN 1621.1 Standard.
• Co-injected shoulder with aluminum insert.
• TF: TechFrame internal liner.
• Air vents on back.
• Removable thermal liner.
• Also known as the Dainese VELOSTER LADY LEATHER in Dainese literature.

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.

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.

Jacket-Trousers Fastening System - Fastening the jacket to the pants by zipper increases both ergonomics and comfort by eliminating all possibility for air infiltration and ensuring the correct fit of both garments to the body in every situation.

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.

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.

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.

Co-Injected Shoulder with Aluminum Insert - The co-injected shoulder with metal insert is one of the most revolutionary innovations developed for Dainese garments. The customary removable composite protection has been substituted here by an injection of plastic material over a net externally covered in polyurethane. A pocket for the insertion of the metal plate fastened by rivets on the inside is created inside this structure. The result is a completely armored CE homologated protector jointed to the rest of the garment with the minimum occupation of space for the maximum advantage to the wearer's comfort.