SLR 0 40 DISC WheelSystem

Dive into the world of cycling with Giant's SLR 0 40 DISC. This premium cycling machine provides a seamless experience that lifts your rides to new heights. Made with emphasis on high-end technology, the SLR 0 40 DISC is a manifestation of Giant's commitment to innovation and quality.

Optimized Carbon Lay-Up Technology

The bicycle utilizes an optimized reinforced layup, strategically placing addtional high-strength carbon fibre only where it's most needed, thereby enhancing the robustness of the structure without adding extra weight. This clever utilization ensures an unmatched balance between stiffness and lightness.

Dynamic Balanced Lacing

Embrace a perfectly balanced ride with Giant's Dynamic Balanced Lacing (DBL) technology. Introduced in 2015, DBL ensures that the spokes are set for optimal tension when under dynamic load, thus boosting durability and improving pedaling efficiency. The enlarged DBL hub flange increases the spoke bracing angles, enhancing overall stiffness for better power transfer and stability during sprints.

Low Friction Hub

Power loss becomes a thing of the past with Giant's low friction hub. By employing precision-machined internals, Giant has eliminated power loss that usually occurs through the pressure from the hub internals on the bearings. This reduces friction and minimises rolling resistance, ensuring a smoother ride for the cyclist.

Hookless Rim Design

Immerse yourself in a ride that's not just smooth but also durable with the hookless rim design. This technological marvel widens the inner rim width without adding extra weight - enhancing grip, handling and sidewall support during cornering. Additionally, the absence of the rim hook creates a more seamless airflow between the tire and the sidewall of the rim, yielding less drag and improved aero performance, relative to standard hook-type rims.

In conclusion, the SLR 0 40 DISC from Giant embodies innovation, efficiency and performance. A stellar ride awaits with this forward-thinking cycling gear.