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Smith Mirage matte lunar fog ski helmet
Code #2000122733
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Parameters
Design
Design: IN-MOLD
Shell material: Polystyrene (EPS)
Fastening
Fastening type: Buckle
Adjustment system: Knob
Care and environment
Standards, certificates: EN 1077: 2007 CLASS B, ASTM F 2040, CE EN178, CPSC
Other data
Sport: Skiing
Brand: Smith
Leading colour: Purple
Season: Autumn/Winter
Model/product code: Mirage E00698
Purpose: All mountain
Gender: Woman
Country of origin of the brand: USA
Viewfinder: No
Ventilation: Active
Technologies: In-Mould, AirEvac™, Koroyd®
Earmuffs: Soft
Sizes table
| Size | S | M | L | XL |
| Head circumference (cm) | 51-55 | 55-59 | 59-63 | 63-67 |
Product description
Advantages
Impact protection
Skiing is classified as a high-risk sport, which means that the greatest possible protection is required during skiing. The helmet offers impact protection, which increases the user[s safety on the slopes.
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.
Ergonomic design
The ergonomic shape ensures a high level of comfort when skiing. This helmet design allows undisturbed airflow, which also improves ventilation inside the shell.
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.
Buckle fastening
The chin strap uses a classic buckle fastening. It is easy to use, but fastening and unfastening it can be problematic with winter gloves. It will work well with helmets designed for slightly older children.
Soft ear muffs
Soft ear muffs are a different helmet design with ear muffs that are not overlapped by the helmet shell. They are extremely soft and protect the ears from the cold without interfering with sound reception. They do not, however, provide protection against injuries that may occur in the event of an accident.
EPS inner shell
Under the outer, impact-resistant shell, there is an inner layer of EPS foam. 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.
Technologies
In-Mould
A solution used in helmets where the outer shell is permanently bonded to the foam. This improves durability and gives resistance to high temperatures. In-Mould helmets are lightweight and breathable.
AirEvac™
AirEvac™ technology, by Smith, offers excellent air circulation in the goggles, which are fully integrated into the helmet. Thanks to the adapted design of the helmet, warm air is not trapped and collected between the goggles and the helmet, but flows further through the helmet's ventilation system. Thanks to this solution, there is no problem with foggy lenses.
Koroyd®
A material used in Smith helmets that provides a high level of safety. It is characterised by a cylindrical structure that absorbs energy during impact and transforms it into kinetic energy, but does not give it back, as is the case with materials that act like a spring. In addition, thanks to their construction from small tubes, they are well permeable to air.
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