XDiavel

Manufactured from 100% carbon fiber and produced using an autoclave process, this component delivers the highest standards of quality, lightweight performance, and structural strength.

The plain weave enhances the technical and sporty appearance of the carbon fiber, while the matte surface finish provides a refined and premium look that perfectly complements the motorcycle’s design.

Ideal for riders looking to reduce weight and enhance the aesthetics of their motorcycle with a component built to the highest manufacturing standards.

Manufactured from 100% carbon fiber and produced using an autoclave process, this component delivers the highest standards of quality, lightweight performance, and structural strength.

The plain weave enhances the technical and sporty appearance of the carbon fiber, while the matte surface finish provides a refined and premium look that perfectly complements the motorcycle’s design.

Ideal for riders looking to reduce weight and enhance the aesthetics of their motorcycle with a component built to the highest manufacturing standards.

Manufactured from 100% carbon fiber and produced using an autoclave process, this component delivers the highest standards of quality, lightweight performance, and structural strength.

The plain weave enhances the technical and sporty appearance of the carbon fiber, while the matte surface finish provides a refined and premium look that perfectly complements the motorcycle’s design.

Ideal for riders looking to reduce weight and enhance the aesthetics of their motorcycle with a component built to the highest manufacturing standards.

CNC-machined from solid lightweight alloy, this component ensures strength, light weight, and superior build quality.
The colored anodized surface treatment provides protection against wear and corrosion while enhancing the overall appearance.

special watertight washers

Support made from laser-cut aluminum, with a surface anodized finish. This process ensures exceptional precision and optimal protection against corrosion and wear.

Entirely made from a block of light alloy, machined with numerical control machines (CNC) using 3D technology to ensure maximum precision. Colored surface anodizing treatment for greater resistance to wear and corrosion. Equipped with a porthole in special high-performance plastic material, designed to offer high thermal and mechanical resistance.

External LED ring kit complete with wiring, self-resettable fuse and dedicated switch for turning the light on and off. Designed to ensure simple installation and maximum reliability.

Entirely made from a block of light alloy, machined with numerical control machines (CNC) using 3D technology to ensure maximum precision. Colored surface anodizing treatment for greater resistance to wear and corrosion. Equipped with a porthole in special high-performance plastic material, designed to offer high thermal and mechanical resistance.

External LED ring kit complete with wiring, self-resettable fuse and dedicated switch for turning the light on and off. Designed to ensure simple installation and maximum reliability.

Entirely made from a block of light alloy, machined with numerical control machines (CNC) using 3D technology to ensure maximum precision. Colored surface anodizing treatment for greater resistance to wear and corrosion. Equipped with a porthole in special high-performance plastic material, designed to offer high thermal and mechanical resistance.

External LED ring kit complete with wiring, self-resettable fuse and dedicated switch for turning the light on and off. Designed to ensure simple installation and maximum reliability.

Entirely machined from a solid block of lightweight alloy using CNC technology with 3D processing to ensure maximum precision. Features a colored anodized surface treatment for enhanced resistance to wear and corrosion. Equipped with a high-performance special plastic viewport, designed to offer excellent thermal and mechanical resistance.

LED outer ring kit, complete with wiring, automatic reset fuse, and a dedicated switch for turning the light on and off. Designed for easy installation and maximum reliability.

Billet alloy, working with 3d technology anodizing surface coloured.

Slipper clutch made from solid alluminium 7075, precisely CNC-machined for maximum performance. The hard oxide surface anodization ensures enhanced resistance to wear, atmospheric agents, and mechanical stress, guaranteeing superior durability over time. Designed to provide better modulation and control during downshifting, reducing rear wheel chatter and improving motorcycle stability when entering corners.

Entirely machined from solid 7075 aluminum alloy, a material renowned for its exceptional combination of lightness and strength, this component delivers superior performance and long-lasting durability. The surface is finished with a high-quality colored anodization, which not only provides an attractive look but also ensures effective protection against wear, corrosion, and external elements.

Made from 7075 ergal and precision-machined from solid billet, these levers are designed to offer superior lightness and strength. The surface finish is achieved through a hard anodized coating, providing exceptional protection against wear and corrosion, ensuring the levers remain in top condition over time.

The levers are equipped with an easy-to-use adjustment dial, allowing the distance of the lever to be fine-tuned in 5 positions. This feature enables the rider to customize the ergonomics according to their personal preferences, ensuring maximum comfort and control in any riding situation.

Made from 7075 ergal and precision-machined from solid billet, these levers are designed to offer superior lightness and strength. The surface finish is achieved through a hard anodized coating, providing exceptional protection against wear and corrosion, ensuring the levers remain in top condition over time.

The levers are equipped with an easy-to-use adjustment dial, allowing the distance of the lever to be fine-tuned in 5 positions. This feature enables the rider to customize the ergonomics according to their personal preferences, ensuring maximum comfort and control in any riding situation.