Scrambling Motorcycle PRO Handlebar: 28mm Aluminium Alloy Construction

This PRO handlebar is designed for scrambling, off-road, and trail motorcycles where rider control and leverage are paramount. The 28mm diameter aluminium alloy bar provides a solid interface between rider and machine, with an 80cm width and 10cm rise that influence riding posture and steering input. The EVO Handle model comes finished in orange, offering a distinct visual marker against typical bike components. As a core control element, its specifications directly affect handling characteristics on loose or uneven surfaces.

Features and Construction

The handlebar's construction and dimensions are central to its function on a scrambling motorcycle. It is built from aluminium alloy, a material chosen for its balance of strength and reduced weight compared to steel, which can contribute to less steering inertia. The specific 28mm diameter is a common size for aftermarket motorcycle controls, compatible with many standard clamp systems.

Material and Build

The primary material is aluminium alloy. This metal is widely used in motorcycle components where a reduction in unsprung or rotating mass is beneficial. The alloy construction suggests a manufacturing process aimed at achieving a rigid structure capable of withstanding the vibrations and impacts associated with off-road riding, without adding excessive weight that could dampen front-end feedback.

Size and Practical Fit

The bar's key dimensions are 80cm in width and a 10cm rise. The 80cm width provides a specific leverage point for the rider's arms, which can affect steering effort and control precision. The 10cm rise influences the rider's upper body position, potentially offering a more upright stance compared to lower, sport-oriented bars. These measurements should be checked against the rider's ergonomics and the motorcycle's existing cable/wire lengths to ensure a proper fit.

Uses and Placement

This handlebar is specified for scrambling motorcycles, a use case that informs its design parameters. Scrambling involves riding on off-road tracks, trails, and varied terrain where standing on the pegs and active weight distribution are common. The handlebar is a critical contact point during such manoeuvres.

Event or Professional Use

For competitive scrambling or enduro events, a handlebar's dimensions and material directly relate to rider fatigue and control precision. The 28mm diameter and aluminium build aim to provide a stiff platform for precise inputs, while the width and rise can be selected to match a rider's preferred attacking position over jumps and through ruts. The orange colour can aid in quick visual identification of the bike or component.

Everyday Home Use

For the recreational trail rider or someone modifying a dual-sport motorcycle, this PRO handlebar offers an upgrade path focused on off-road performance. Replacing a standard bar with one specifying an 80cm width and 10cm rise can alter the bike's ergonomics to better suit standing riding. The aluminium construction is generally resistant to corrosion, which is practical for bikes used in muddy or wet conditions.

Benefits and Buying Value

The value of this component lies in its specification-led design for a particular riding style. It is not a generic accessory but a control element with defined physical properties that change how the motorcycle is ridden.

Reuse and Low Maintenance

Aluminium alloy handlebars, if not damaged in a crash, are typically a long-lasting component. They require minimal maintenance beyond ensuring the clamp area is clean and free from debris that could affect clamping force. The anodised or painted orange finish, as suggested by the colour, provides a surface layer that protects the underlying aluminium.

Why Choose This Product

This handlebar is chosen for its concrete specifications: a 28mm diameter, 80cm width, 10cm rise, aluminium alloy material, and orange EVO Handle model. These details matter to riders seeking to change their bike's cockpit geometry for off-road use. It represents a functional choice based on measurable dimensions and stated material, rather than subjective styling claims.