Gore-tex® gloves made with GORE™ 2 in 1 technology offer two levels of performance in just one glove: protection against the cold and guaranteed adherence. Perfect for activities with different levels of intensity under variable atmospheric conditions.

All Air Series Multisport Winter helmets have central sections of the exteriorl shell in honeycomb structure that ensures both the maximum breathability and a waterproof seal thanks to the presence of D-Dry membrane. This ensures a pleasurable temperature inside combined with good ventilation.

Protectors for the shoulders, elbows, and knees are designed to follow the lines of the human body. Back protectors are developed with a sectional structure in order to allow the trunk to bend. The lumbar joint guarantees full lateral flexure while ensuring that the protector remains in the correct position and maintains its protective efficacy.

Specific homologation required of all helmets conceived and designed for professional racing which must pass severe conformity and safety tests for this reason.

UNI EN 1621-1 Standard deals with the requisites and test methods adopted for protectors against impact that are incorporated in clothing for motorcycle riders as protection for the parts of the body at greatest risk (shoulder, elbow, forearm, hip, knee, upper and middle shin, and front part of the leg below the knee).

UNI EN 1621-2 Standard defines the characteristics that back protectors for motorcycle riders must possess, and in particular, the minimum dimensions of such protections, the performance requisites, and test method details. The Standard also provides indications in regard to dimensional, ergonomic, and labeling characteristics.

The internal part of the protectors is composed of a layer of high-density polyethylene foam. Thanks to its elevated deformability combined with a low elastic memory, this material absorbs impact force and guarantees optimum distribution over the entire surface of contact with the body.

This multi-layer back protector characterized on the outside by 5-6 perforated polypropylene pads with corrugation that guarantees the greater transversal rigidity of the pads themselves. An intermediate shock absorption material in honeycomb shape guarantees excellent resistance to shock with lower weight and dimensions at the same time (da rivedere)

The external part of the protectors is formed of a stiff shell that serves to distribute all the impact force over the protector’s entire structure. This external shell is composed of plastic pads with an internal reticulated structure that guarantees better structural stiffness than other solutions while also offering reduced thickness and lower weight at the same time.

The Recco® Avalanche Rescue System is a truly remarkable search and rescue method that provides the exact position of a person buried under the snow with harmonic radar. The equation that permits this precision in research is an interaction between two important components: a reflector and a detector. The Recco® reflectors that permit position identification are inserted in garments, helmets, footwear, or safety devices. The Recco system does not interfere with other search methods and works as a supplementary search instrument.

This ergonomic back protector with 6-7-8 rigid polypropylene pads has been designed to fit both male and female body structures.

Back protector with 7-8 partially overlapping plastic pads with a joint at the waist that ensures the maximum freedom of movement. Extensive perforation gives the pads the maximum breathability and lightest weight. The presence of the Recco Avalanche Rescue System suits this protector for use under even the most extreme conditions.

Latest-generation back protector in special material (water-repellent, elastic-visco nitrile rubber) with shape retention and excellent energy absorption that adapts perfectly to the body while ensuring an optimum fit. Steel mesh inserts have been positioned in the critical points of maximum shock absorption.

New generation of breathable, lightweight back protectors. The external layer is composed of a stiff corrugated shell with perforations made for the purpose of distributing the energy imparted by impact over a wider zone.