Name: Bell XR MIPS Spherical matte gloss green/flare bike helmet
Brand: BELL
SKU: 2000114473
Price: 219.99 EUR
Availability: InStock

Bell XR MIPS Spherical matte gloss green/flare bike helmet

Bell XR MIPS Spherical matte gloss green/flare bike helmet 2

Bell XR MIPS Spherical matte gloss green/flare bike helmet 3

Bell XR MIPS Spherical matte gloss green/flare bike helmet 4

The Bell XR Spherical MIPS bike helmet is the perfect combination of protection and comfort. Excellent for road and gravel riding, with an advanced ventilation system.

Parameters

Basic data

Brand Bell

Country of origin of the brand USA

Sport Bicycles

Gender Male, Woman

Season Year-round

Leading colour Green

Model/product code XR MIPS Spherical BEL-7139136

Code 2000114473

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 ok. 285 g

Warnings and producer's data

Standards, certificates CPSC, CE EN 1078

Product description

Bell XR MIPS Spherical matte gloss green/flare bike helmet (BEL-7139136)

Bell XR MIPS Spherical matte gloss green/flare bike helmet is a modern product that combines advanced technologies and high-quality materials, ensuring safety and comfort of use. It is an ideal choice for cyclists who value both functionality and innovative solutions in head protection.

Ventilation and shell

The helmet features an efficient ventilation system that provides proper airflow, which is essential during intense riding. The shell, made using In-Mold technology, guarantees lightness and durability. Thanks to the combination of the outer shell with the EPS layer, this helmet offers excellent protection while maintaining a low weight of approximately 285 grams.

Adjustment system and MIPS

The Bell XR MIPS Spherical is equipped with the Float Fit adjustment system, which allows precise fitting of the helmet to the shape of the user's head. This system is easy to operate and enables quick size adjustment. An additional advantage is the use of MIPS technology, which minimizes the risk of brain injuries by reducing rotational forces that may occur during a fall.

Technologies and certifications

The helmet utilizes a range of advanced technologies, including MIPS®, Ionic+®, In-Mold, Fidlock®, and Spherical Technology. The Spherical technology provides an additional layer of protection by allowing movement between two layers of the helmet. The use of the magnetic Fidlock buckle makes fastening and unfastening the helmet easy with one hand. The product also meets strict safety standards such as CPSC and CE EN 1078, which attests to its reliability and high level of safety.

Brand and fastening

The Bell XR MIPS Spherical bike helmet is a product of the renowned Bell brand, known for producing high-quality protective gear for cyclists. The magnetic Fidlock buckle ensures quick and hassle-free fastening, which is extremely practical, especially in dynamic riding conditions. Thanks to this solution, the user can focus on the route, confident that the helmet is securely fastened.

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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