Name: Bell XR MIPS Spherical matte gloss/cement bike helmet
Brand: BELL
SKU: 2000117167
Price: 219.99 EUR
Availability: OutOfStock

Bell XR MIPS Spherical matte gloss/cement bike helmet

Bell XR MIPS Spherical matte gloss/cement bike helmet 2

Bell XR MIPS Spherical matte gloss/cement bike helmet 3

Bell XR MIPS Spherical matte gloss/cement bike helmet 4

The Bell XR Spherical MIPS bicycle helmet combines advanced technology with excellent comfort and safety. Its comfortable fitting system and effective ventilation make it ideal for every ride.

Parameters

Basic data

Brand Bell

Country of origin of the brand USA

Sport Bicycles

Gender Male, Woman

Season Year-round

Leading colour Beige

Model/product code XR MIPS Spherical BEL-7158344

Code 2000117167

Product details

Fastening type Magnetic Fidlock buckle

Adjustment system Float Fit

Shell In-Mold

Mips Yes

Ventilation Yes

Technologies Spherical Technology, MIPS®, Ionic+®, Fidlock®, In-Mould

Weight 285 g

Warnings and producer's data

Standards, certificates CPSC, CE EN 1078

Product description

Bell XR MIPS Spherical matte gloss/cement bike helmet (BEL-7158344)

Bell XR MIPS Spherical matte gloss/cement bicycle helmet is an excellent choice for cyclists seeking advanced protection and comfort. Thanks to the In-Mold technology, the helmet's shell is lightweight and durable, ensuring safety while riding. Additionally, the helmet features the Float Fit adjustment system, which allows for precise fitting to the user's head, increasing wearing comfort.

Advanced MIPS® protection

The MIPS® technology used in the Bell XR MIPS Spherical matte gloss/cement bicycle helmet enhances protection against brain injuries resulting from rotational impacts. With this system, the helmet effectively reduces forces acting on the head during a fall. This solution makes the helmet an ideal choice for individuals who value the highest safety standards.

User comfort

The Bell XR MIPS Spherical matte gloss/cement bicycle helmet is equipped with Ionic+® technology, which provides antibacterial properties to the interior. This makes wearing the helmet not only comfortable but also hygienic. Additionally, the efficient ventilation system ensures proper air circulation, which is crucial during intensive rides.

Fidlock® magnetic buckle

The innovative Fidlock® magnetic buckle in the Bell XR MIPS Spherical matte gloss/cement bicycle helmet makes putting on and taking off the helmet quick and safe. This allows the user to focus on riding without worrying about difficulties with fastening. This solution makes the helmet exceptionally functional and comfortable for everyday use.

Bell XR MIPS Spherical helmet - features:

MIPS® technology increasing protection against brain injuries;
In-Mold shell ensuring lightness and durability;
Float Fit adjustment system enabling precise fitting;
Ionic+® technology providing antibacterial properties to the interior;
Efficient ventilation system ensuring proper air circulation;
Fidlock® magnetic buckle facilitating quick putting on and taking off;
CPSC and CE EN 1078 certifications guaranteeing compliance with safety standards.

Technologies

Spherical Technology

The technology uses a ball-and-socket design powered by MIPS®, which reduces rotational forces. The outer liner of the helmet rotates around the inner liner during impact, providing more comprehensive protection and performance by gradually overlapping the liners.

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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