
Aluminium road wheels, designed by Mavic: ISM4D rims, ratchet hubs, Fore and tubeless
Aluminium remains the benchmark material for road cycling: controlled tolerances, consistent performance, excellent fatigue resistance and long-term reliability.
At Mavic, the aluminium...
Aluminium remains the benchmark material for road cycling: controlled tolerances, consistent performance, excellent fatigue resistance and long-term reliability.
At Mavic, the aluminium wheel is not a “standard” product. It is a complete system designed to meet precise specifications.
We develop the wheel as a whole — rim profile, treatment and machining, spoke pattern, tension consistency, hub, tyre/rim interface — then we validate the result through checks and tests.
The objective is clear: a wheel that responds quickly when accelerating, remains stable under load, and, above all, performs consistently after thousands of kilometres.
Designed, manufactured and tested in our factory
A wheel’s consistency depends on the quality of its construction: geometry, truing, wobble/bob, and above all, uniform tension. Every Mavic aluminium road wheel is designed, manufactured and tested in our factory to our standards.
On the road, this translates into ‘clean’ handling: precise steering, a wheel that retains its alignment, and a ride feel that doesn’t deteriorate over time.

KSYRIUM SL DISC HERITAGE (PAIR) €699.00
KSYRIUM SL DISC (PAIR) €699.00
KSYRIUM S DISC (PAIR) €499.00
KSYRIUM 30 DISC (PAIR) €429.00
AKSIUM 1 DISC (PAIR) €299.00
KSYRIUM SL HERITAGE (PAIR) €699.00
KSYRIUM SL (PAIR) €699.00
KSYRIUM S (PAIR) €499.00
AKSIUM (PAIR) €299.00
E-SPEEDCITY 1 700 (PAIR) €329.00
E-SPEEDCITY 1 650B (PAIR) €329.00
Welded rims: structural continuity and consistency
A rim is subjected to constant cyclic stresses. Mastery of welded rims contributes to better structural continuity and a more uniform rim. The result: a more consistent, more stable wheel with a clean finish — a hallmark of quality when seeking lasting performance.
ISM4D: material optimisation, effective stiffness
This is the key technology that perfectly illustrates Mavic’s mastery of aluminium.
With ISM4D, machining follows a simple principle: removing material where it does not provide useful strength, and retaining it in areas under high stress. This optimisation improves the weight-to-stiffness-to-strength ratio: a wheel that responds more sharply to changes in pace and is just as enjoyable to ride as wheels with carbon rims.
FORE: external drilling, assembly stability… and the basis of ‘true’ tubeless
FORE technology is based on drilling carried out solely from the outside of the rim. From an engineering perspective, this allows for a cleaner and more robust design, and an assembly designed to remain consistent over time (tensions, stability).
Above all, FORE is the key to our “true tubeless” approach: a rim designed to be tubeless without a rim liner. Fewer components, fewer risks associated with the rim liner (delamination, micro-leaks, ageing), and a tyre/rim interface designed for reliability.
Tubeless with or without a rim liner: control, performance and peace of mind
On wheels such as the Ksyrium SL, tubeless without a rim liner simplifies the system and improves durability. Combined with the right tyre and consistent pressure, tubeless often offers:
- better control on rough surfaces (optimised pressure)
- a more consistent feel on gravelly roads
- true peace of mind for everyday use (fewer ‘weak’ points in the assembly)
Mavic hubs: the cornerstone of reliability
A wheel is not just the rim: the hub determines the smoothness, engagement and longevity of the bearings. Our aluminium wheels are based on a complete mastery of the hub-and-spoke assembly (architecture, tensions, stability) to guarantee consistent performance and long-lasting mechanical integrity, even as the miles pile up week after week.
Disc or rim brakes: same philosophy, same high standards
Whether you ride with disc brakes or rim brakes, you’ll find the same Mavic approach: a wheel designed as a coherent whole, validated by testing, with technical choices focused on stability, reliability and long-lasting performance.