Carbon fibre road bicycle handlebar available in black or red double line styling with 400mm, 420mm, and 440mm width options for precise fit and aerodynamic riding position on lightweight road bikes
Carbon Fibre Road Bicycle Handlebar in Black or Red Double Line with 400mm, 420mm, and 440mm Width Options

Upgrade your road bicycle's cockpit with this carbon fibre handlebar designed to reduce overall weight while maintaining steering precision. Available in six distinct configurations combining width and colour, this component allows cyclists to match their handlebar to both their physical measurements and aesthetic preferences. The carbon fibre construction offers a noticeable reduction in weight compared to traditional aluminium bars, which can be particularly beneficial during long climbs or aggressive riding where every gram counts. With width options spanning from 400mm to 440mm, riders can select the bar that best aligns with their shoulder width and preferred handling characteristics.
Features and Construction

This handlebar focuses on providing practical performance benefits through material choice and sizing options rather than unnecessary features. The construction details centre around the carbon fibre material and the available configuration choices that allow for personalisation based on riding needs and visual preferences.
Material and Build
The handlebar is manufactured from carbon fibre, a composite material known for its favourable strength-to-weight ratio in cycling components. This construction provides a stiff platform that translates steering inputs directly to the front wheel without excessive flex, which is particularly valuable during out-of-the-saddle efforts or technical cornering. The carbon construction also offers vibration damping properties that can reduce hand fatigue during extended rides on rough road surfaces. The double line styling refers to the visual design elements on the bar's surface, available in either black or red finishes to coordinate with other components on your bicycle.
Size and Practical Fit
With three distinct width measurements—400mm, 420mm, and 440mm—this handlebar accommodates different rider physiques and riding styles. Narrower 400mm bars can offer improved aerodynamics and tighter handling for racing or spirited riding, while wider 440mm options provide additional leverage and stability for touring or less aggressive positions. The 420mm width serves as a middle ground suitable for many average-sized riders. Selecting the appropriate width involves considering shoulder width, riding position preferences, and handling characteristics desired, with many cyclists finding that matching handlebar width to shoulder measurement improves comfort and control.
Uses and Placement

This component serves specifically as a replacement or upgrade handlebar for road bicycles, fitting within the broader category of bike cockpit components. Its application extends to various road cycling disciplines where weight reduction and precise handling are valued considerations.
Event or Professional Use
For competitive road cycling, whether in organised races, time trials, or sportive events, the carbon fibre construction offers potential performance advantages through weight savings and stiffness. The multiple width options allow competitors to fine-tune their bike fit according to event requirements—narrower bars for aerodynamic time trial positions or specific widths that match a rider's physique for optimal power output and comfort during endurance events. The availability in both black and red double line finishes enables coordination with team colours or personal equipment aesthetics that matter in professional or semi-professional cycling environments.
Everyday Home Use
For recreational road cyclists or commuters using road bicycles, this handlebar provides an upgrade path that reduces overall bike weight while maintaining durability for daily use. The carbon fibre material withstands regular riding conditions while offering the aesthetic benefit of modern component styling. Home mechanics can install this bar as part of a bicycle build or replacement project, with the clear width and colour specifications ensuring they receive exactly the configuration ordered. Weekend riders appreciate having handlebar options that match their bike's existing colour scheme while potentially improving the riding experience through appropriate width selection.
Benefits and Buying Value

The value proposition of this handlebar centres on its material construction and configuration options rather than complex feature sets. These elements combine to offer practical advantages for road cyclists seeking specific improvements to their riding equipment.
Reuse and Low Maintenance
Carbon fibre handlebars typically require minimal maintenance beyond occasional cleaning and inspection for damage. Unlike some materials that may corrode or degrade with exposure to elements, properly manufactured carbon fibre maintains its properties through various weather conditions when cared for appropriately. The handlebar can be transferred between bicycles if stem compatibility exists, extending its useful life across multiple bike ownership periods. The simplicity of the design—a handlebar without integrated cables or complex shaping—means it serves its primary function without unnecessary maintenance points or specialised care requirements beyond proper installation.
Why Choose This Product
This carbon fibre handlebar stands out through its combination of material choice and sizing options rather than through proprietary technologies or unique shapes. The availability in six specific configurations (three widths × two colours) allows cyclists to select the exact combination that matches their physical requirements and aesthetic preferences. The carbon fibre construction provides a verifiable weight reduction compared to aluminium alternatives, which can be measured directly on a scale. For road cyclists prioritising component weight, steering precision, and customised fit, this handlebar delivers these attributes through its stated specifications rather than unsupported performance claims.




