Name: Women's ski helmet Salomon Icon LT W heavenly pink
Brand: SALOMON
SKU: 2000132024
Price: 86.39 EUR
Availability: OutOfStock

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The women's ski helmet Salomon Icon LT W combines style and safety. Its lightweight construction ensures comfort, while durable materials protect the head from injuries. The ventilation system maintains an optimal temperature, and the size adjustment guarantees a perfect fit. Its sleek design makes it ideal for the slopes.

Parameters

Basic data

Brand Salomon

Country of origin of the brand France

Sport Skiing, Snowboard

Gender Woman

Season Autumn/Winter

Leading colour Pink

Model/product code Icon LT W L47611100

Purpose All mountain

Code 2000132024

Design

Design IN-MOLD

Shell material Polycarbonate (PC)

Lining EPS

Viewfinder

Viewfinder No

Photochrom No

Polarising filter No

OTG - goggles on glasses No

Product details

Ventilation Active

Technologies EPS 4D, AdvancedSkin ActiveDry, Airflow System, In-Mould

Earmuffs Yes

Weight 370 g

Kit components Helmet, helmet bag

Warnings and producer's data

Standards, certificates ASTM F 2040, CE-EN1077

Producer SALOMONS.AS | 74996 Annecy-Cedex 9 FRANCE | contact@salomon.com

Product description

Women's ski helmet Salomon Icon LT W heavenly pink (L47611100)

The Salomon Icon LT W heavenly pink ski helmet is designed for demanding female skiers who expect advanced protection and effective ventilation during all mountain riding. The construction utilises innovative technologies that enhance user comfort and increase safety in varying slope conditions.

Advanced In-Mold Construction

The Salomon Icon LT W features In-Mold construction, which combines a durable polycarbonate shell with an internal EPS foam liner. This design provides optimal impact energy absorption while keeping the helmet lightweight. The EPS 4D technology further disperses forces during potential collisions, ensuring increased head protection in critical areas.

Active Airflow Ventilation System

The Airflow ventilation system utilised in this model allows for precise management of airflow inside the helmet. Active ventilation enables rapid removal of excess heat and moisture, translating to high comfort even in warmer conditions. Size adjustment through a precise dial ensures an ideal fit to the head shape.

AdvancedSkin ActiveDry Liner and Functionality

The EPS foam liner is covered with AdvancedSkin ActiveDry material, which effectively wicks moisture away and provides a feeling of freshness throughout the day on the slopes. Integrated ear pads enhance thermal comfort and ear protection, while a practical helmet bag allows for convenient storage and transport of the equipment. The model meets stringent safety standards CE-EN1077 and ASTM F2040.

Salomon Icon LT W heavenly pink Ski Helmet - features:

In-Mold construction with a durable polycarbonate shell;
Internal EPS foam liner with EPS 4D technology;
Airflow ventilation system with active airflow adjustment;
Size adjustment via a precise dial;
AdvancedSkin ActiveDry liner effectively wicking moisture away;
All mountain design for versatile female skiers;
Complies with safety standards CE-EN1077 and ASTM F2040;
Includes a practical helmet bag.

Advantages

PC shell

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.

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.

Technologies

EPS 4D

A technology used in helmets that is responsible for absorbing shock energy and increasing the level of cushioning.

AdvancedSkin ActiveDry

A technical fabric that keeps the skin dry during exercise, allows moisture to escape from the body, does not absorb water and dries quickly.

Airflow System

A system used by the Salomon brand. It provides ventilation for ski goggles, thanks to inlet channels in the upper frame and outlet channels in the lower frame. As a result, fresh air constantly flows through the goggles and moisture is wicked away.

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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