Beyond the world's lightest. Defined by a different standard

Velix-Evo2.0

Velix-Evo2 not designed merely to be “lighter.” It exists to deliver the performance needed in those decisive moments when a race truly begins to split apart.

As the race enters its high-intensity phase, speed gains are no longer linear.

Power output starts to fluctuate.

Air resistance becomes far more punishing.

The cohesion of the group begins to break down.

At this stage, the vast majority of wheelsets start to show instability.

The Velix-Evo2, however, allows you to keep accelerating through this critical phase and overtake your opponents before the next corner.

Performance Core

Velix-Evo 2.0 integrates three critical performance attributes into one cohesive, high-level structural system:

Aerodynamic efficiency (in dynamic, real-world conditions)

Structural rigidity (under peak loads)

Instantaneous response (at the moment of torque changes)

Starting from795g per pair | 61mm depth: 1020g per pair

It doesn’t compromise or balance between these metrics — it delivers top-tier performance across all of them simultaneously.

Technical Reinforcement

Velix-Evo 2.0 adopts a integrated T1100 high-modulus carbon fiber monocoque structure.

Its design philosophy is not about chasing extreme lightness, but about achieving:

- Controllable structural rigidity  

- More direct energy transmission paths  

- More stable response under high loads  

ArcCore Reinforced Structure

By reconstructing internal stress paths through an arched reinforcement architecture:

- Radial deformation reduced to 0.6–0.8 mm  

- Stress concentration decreased by 12–18%  

- Lateral stiffness increased to 45 N/mm  

The result is more direct pedal feedback and rock-solid high-speed support.

Riding Performance

In real racing conditions, the difference is consistent and noticeable:

- Faster acceleration into cruising speed  

- Better speed retention under sustained high power  

- More direct and responsive handling during group accelerations and surges  

When the race reaches critical breakaway or pulling phases — the advantage is no longer a “subtle improvement.” It’s a completely different level.

Validation System

Developed and validated through a multi-layered engineering verification process:

- CFD Aerodynamic Simulation  

- FEA Structural Analysis  

- Wind Tunnel Testing  

- Cyclic Load Testing  

Impact Strength Validation: 110J (2.75× UCI standard)