Bike helmet Smith Network MIPS matte archive flamingo

Bike helmet Smith Network MIPS matte archive flamingo 2

Bike helmet Smith Network MIPS matte archive flamingo 3

The Smith Network MIPS cycling helmet is a lightweight design featuring MIPS® and KOROYD® technologies that enhance protection while riding. The model offers effective ventilation and works with Smith eyewear, creating a cohesive system for the ride.

Parameters

Basic data

Brand Smith

Country of origin of the brand USA

Sport Bicycles

Gender Male, Woman

Season Year-round

Leading colour Purple

Model/product code Network MIPS E00732

Code 2000202861

Product details

Fastening type Buckle

Adjustment system Knob

Mips Yes

Ventilation Yes

Technologies MIPS®, Ionic+®, AirEvac™, Koroyd®

Weight 300 g

Additional information

Canopy No

Insect netting No

Warnings and producer's data

Standards, certificates CPSC, EN 1078

Producer SMITHOptics | Safilo Group, Via Settima Strada 15, 35129 Padova PD - Włochy | info@safilo.com

Product description

Bike helmet Smith Network MIPS matte archive flamingo (E00732)

Smith Network MIPS matte archive flamingo cycling helmet is an excellent choice for those seeking reliable protection while cycling. With the use of advanced technologies and materials, the helmet offers not only safety but also comfort during use. Its construction is based on a lightweight and durable material that effectively dissipates impact energy.

Advanced protection technologies

The Smith Network MIPS matte archive flamingo cycling helmet is equipped with an innovative Mips® system that minimises the risk of brain injuries during angled impacts. Combined with Koroyd® technology, the helmet provides additional protection by absorbing energy and dispersing it. This allows the user to feel safe even in challenging conditions.

Optimal ventilation and comfort

The ventilation system utilised in the Smith Network MIPS matte archive flamingo cycling helmet, based on AirEvac™ technology, guarantees excellent heat and moisture removal. This helps maintain optimal temperature inside the helmet, which is particularly important during intense rides. Additionally, the liners made from Ionic+® material ensure hygiene and comfort while wearing.

Precise fit and stability

The Smith Network MIPS matte archive flamingo cycling helmet features a dial adjustment system, which allows for a perfect fit to the shape of the head. The stability of the helmet during rides is provided by a sturdy buckle that ensures a secure fastening. This way, the helmet remains in place even during dynamic movements.

Smith Network MIPS cycling helmet - features:

CPSC and EN 1078 certifications confirming compliance with safety standards;
Mips® technology minimising the risk of brain injuries during angled impacts;
Innovative Koroyd® technology providing impact energy absorption;
AirEvac™ system guaranteeing optimal ventilation and user comfort;
Ionic+® material liners ensuring hygiene and comfort while wearing;
Dial adjustment system allowing for precise fitting;
Buckle providing a secure and stable fastening of the helmet;
Lightweight design at 300 g, enhancing wearing comfort.

Technologies

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.

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.

Feedback