Carbon fibre TT bicycle handlebars for long distance and highway use in black, available with a 10 or 15 degree angle in S/M/L sizes and widths of 400/420/440mm to fit 31.8mm clamp road, TT, and field vehicles.
Carbon Fibre TT Bicycle Handlebars for Aerodynamic Road and Time Trial Use

These New Field Car TT timing handlebars are designed for cyclists seeking an aerodynamic advantage on the road, during time trials, or in field events. Their carbon fibre construction aims to provide a stiff, responsive platform while managing overall bike weight. Available with a choice of 10 or 15-degree angles and across three size codes (S, M, L) paired with specific widths, they allow riders to fine-tune their cockpit setup for a more efficient and powerful riding position, particularly beneficial for long-distance highway riding where comfort and performance intersect.
Features and Construction

Built around a core set of specifications, these handlebars offer a configurable fit. The following details outline their material build and the practical implications of their sizing.
Material and Build
The primary material is carbon fibre, which contributes to the handlebars' reported weight of around 1000g. This construction is chosen for its potential to offer a favourable strength-to-weight ratio. The finish is a black extinction, which provides a consistent, non-reflective matte appearance. The universal 31.8mm clamp diameter ensures compatibility with a wide range of road, TT, and field vehicle stems designed for this standard.
Size and Practical Fit
Fit is determined by two key variables: angle and width. The handlebar is offered with either a 10-degree or 15-degree angle, affecting the forward extension and hand position. Furthermore, they come in three size codes: S, M, and L. Each size code corresponds to a specific centre-to-centre width: 400mm for S, 420mm for M, and 440mm for L. This system allows you to select a combination that matches your shoulder width and desired reach for optimal control and comfort.
Uses and Placement

These handlebars are specified for particular cycling disciplines. Their design supports specific riding postures and performance goals.
Event or Professional Use
Explicitly listed as suitable for TT (time trial) and field vehicles, these handlebars facilitate the aggressive, tucked position required in racing against the clock. The angled design encourages a forward torso lean, reducing aerodynamic drag. The stiffness inherent in the carbon fibre build aims to translate pedal power efficiently to the front end, which can be critical in competitive scenarios where every watt and second counts.
Everyday Home Use
For the dedicated road cyclist or enthusiast, these handlebars also serve a purpose in long-distance highway riding. The ability to switch between hand positions on the extensions and base bar can help reduce fatigue on extended rides. Choosing the correct angle and width for your physiology is key to making this an upgrade that enhances, rather than hinders, your regular riding experience and endurance.
Benefits and Buying Value

The value of these handlebars lies in their material choice and configurable fit, offering a tailored component for your bike.
Reuse and Low Maintenance
As a structural cockpit component, handlebars require minimal ongoing maintenance outside of initial correct installation and periodic safety checks. Carbon fibre, when cared for properly without overtightening or impact damage, is a material known for its longevity in bicycle applications. The simple, single-item package means installation is straightforward for those familiar with bike assembly or a professional mechanic.
Why Choose This Product
This product provides a specific solution for cyclists looking to adopt a more aerodynamic profile without sacrificing a customised fit. The combination of a lightweight carbon fibre build, a clear choice between two distinct angles, and a size system that links code to width offers a degree of personalisation. It delivers a performance-oriented component suited for the stated uses of road, TT, and field cycling, backed by clear, measurable specifications.





