Aluminium Alloy Fork Cup Pair for Motorcycles and Electric Cars with M14 Front Axle Screws

This product is a specialised component designed for the front axle assembly of certain motorcycles and electric cars. It consists of a pair of fork cups manufactured from aluminium alloy using computer numerical control (CNC) machining, ensuring a precise fit for vehicles with a front axle screw thread specification of less than M14. The cups undergo an anodic colouring process, resulting in a selection of seven distinct and durable colour finishes. Weighing 120g including its packaging, this pair offers a functional upgrade or direct replacement part for compatible vehicles.

Features and Construction

This fork cup pair is defined by its specific manufacturing process and material choice, which combine to deliver a component suited for vehicle applications.

Material and Build

The cups are fabricated from aluminium alloy, a material commonly used in automotive and motorcycle components for its favourable combination of strength and light weight. The manufacturing involves CNC machining, a process that removes material with high-precision cutting tools guided by computer programs. This method ensures consistent dimensions and a high degree of accuracy in the final product, which is critical for proper fitment and function in a vehicle's steering assembly.

Size and Practical Fit

The primary specification for this product is its compatibility with front axle screws that are under the M14 metric thread size. This defines its application range, making it suitable for a segment of motorcycles and electric cars but not universal. The product is supplied as a complete pair, ready for installation on both sides of the front axle. The total weight, inclusive of packaging, is 120g, indicating a relatively lightweight component.

Uses and Placement

This is a functional vehicle part with a clear, defined application, offering utility for both maintenance and customisation purposes.

Event or Professional Use

For mechanics, repair shops, or vehicle customisation specialists, this product serves as a specific replacement part for damaged or worn fork cups on compatible models. Its CNC-machined construction suggests a focus on dimensional precision, which is essential for professional-grade repairs and builds where tolerance is key. The range of anodised colours also provides options for custom builds where aesthetic detailing aligns with a vehicle's theme or owner's preference.

Everyday Home Use

For the vehicle enthusiast or owner performing their own maintenance, this fork cup pair offers a straightforward replacement component. It is a single, packaged item containing both required cups, simplifying the parts acquisition process for a DIY front-end service. The colour options allow for a degree of personalisation on one's own motorcycle or electric car, adding a subtle custom accent without requiring a full repaint or complex modification.

Benefits and Buying Value

The value of this product lies in its role as a precise, ready-to-fit component that serves a clear mechanical function.

Reuse and Low Maintenance

As a machined metal part, the fork cup pair is designed for long-term use within the vehicle's steering assembly. The anodic colouring on the aluminium alloy provides a hard, oxidised surface layer that resists corrosion and wear better than bare aluminium, contributing to its longevity with minimal upkeep. Its function is passive and integral to the assembly, meaning it requires no ongoing maintenance once correctly installed.

Why Choose This Product

This product is chosen for its direct application to vehicles with front axle screws under M14 specification. The decision factors include the need for a precise replacement part, the desire for a specific colour accent from the seven available options, and the practical benefit of receiving a matched pair in one purchase. It addresses a niche but concrete need within vehicle maintenance and customisation, providing a component defined by its material, manufacturing process, and compatibility.