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Standards, certificates EN 12492, ASTM F2040, EN: 1077
Producer OAKLEY INC. | One Icon, Foothill Ranch, CA 92602, USA | https://www.oakley.com/contact | LUXOTTICA GROUP S.P.A. | Piazzale Cadorna, 3, 20121 Milano | https://www.essilorluxottica.com/en/brands/customer-care/
The shell is made of durable polycarbonate. It is a durable and abrasion- and impact-resistant material, characterised by its low weight. It is able to dissipate more impact force than thermoplastic and is relatively cheap to produce, resulting in a more attractive helmet price.
Fidlock fastener
The chin strap uses a Fidlock type fastener. This is a simple fastener that operates using magnets. Its operation is quick and easy, even with thick ski gloves. It is both strong and durable.
Active ventilation
The active ventilation system allows the airflow to be individually controlled to suit current needs. Thanks to this solution, excess warm air and moisture will be vented to the outside, without being exposed to excessive cooling.
EN 1077 certification
This is a European safety certificate which certifies that the helmet has passed crash and point tests. The first part of the test determines the maximum force that can act on the helmet during a collision, checking absorption through deformation, while the second tests the strength of the shell during point impacts, such as with a ski pole.
EPS inner shell
Under the outer, impact-resistant shell, there is an inner layer made of polystyrene. It has a varying density and its main function is to absorb the force of impact during an accident. It provides a good level of safety.
In-mould construction
This construction mainly combines different types of in mould foam of different hardnesses. These layers are closely linked to the outer layer of material, which is much harder. This construction makes the helmet extremely lightweight.
Adjustment of size by means of a dial
A classic adjustment system that allows the helmet to be precisely adjusted to the circumference of the head. Using the rotary knob, the helmet can be easily and quickly increased or decreased in several sizes. The correct fit of the helmet increases safety when riding.
ASTM F2040 certification
This is an American safety standard, more stringent than the European CE 1077 ECC standard. The test involves dropping the helmet on three types of impact anvils at different speeds. However, point tests and chin strap tests are omitted. A helmet with this certification ensures safety during a crash.
A patented safety system for avalanche emergencies. The technology involves placing a transmitter inside clothing or footwear that is compatible with the detector used by rescuers.
MIPS®
Multidirectional Impact Protection System - A common impact protection system used in helmets. Its purpose is to protect against the rotational movement that occurs during a severe impact. MIPS absorbs the first shock, minimising the risk of brain damage.
Ionic+®
An innovative technology that relies on the release of silver ions from the fabric fibres. The system helps to eliminate microorganisms from the surface of the product.
Fidlock®
Magnetic locking systems, characterised by simplicity of use and durability. Modular technology provides the user with a multitude of fastening options.
In-Mould
In-mold is a manufacturing method in which the outer shell of the helmet is permanently bonded to a layer of inner protective foam during moulding. This makes the helmet lighter, more durable and better absorbs impacts. The process also provides an aesthetically pleasing finish and increased structural durability.
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