Cannondale SuperSix EVO Gen 5: The new benchmark for lightness and integration

Technical analysis of the fifth-generation Cannondale SuperSix EVO 2026. 728g LAB71 frame, new SystemBar cockpits, and updated Euro price list for Italy.

 

 

New Cannondale SuperSix EVO 2026: Technical Data, Weights, and Euro Prices

Cannondale SuperSix EVO Gen 5: The new benchmark for lightness and integration

Technical analysis of the fifth-generation Cannondale SuperSix EVO 2026. 728g LAB71 frame, new SystemBar cockpits, and updated Euro price list for Italy.

Cannondale SuperSix EVO Gen 5: Functional Evolution

The Cannondale SuperSix EVO 2026 represents the fifth iteration of a project that has redefined the "all-rounder" concept. With the launch of Gen 5, Cannondale did not seek to revolutionize an already established aesthetic; instead, it applied engineering refinements aimed at eliminating every structural inefficiency.
The result is a frameset that maintains the balance between aerodynamic capability and climbing agility while improving critical parameters such as weight and front-end airflow through new proprietary integration systems.

Weight Analysis: The Primacy of the LAB71 Series

Weight reduction is the cornerstone of this fifth generation. Thanks to an optimized carbon fiber distribution and a reduction of material in low-torsional-stress areas, the SuperSix EVO 2026 sets new records for disc brake frames.

Frame Weights (Size 56, painted):

Series 0 LAB71: approx. 728 g

Hi-MOD: approx. 781 g

Standard Carbon: approx. 910 g

Forks feature weights ranging from 392 g to 427 g depending on the carbon modulus used, confirming the goal of keeping the total mass of the bike (in top-tier builds) near the UCI limit of 6.8 kg, even with 45-50 mm rim profiles.

Aerodynamics and Delta Integration

The aerodynamics of the Gen 5 focus on "cleaning" the leading edge. The head tube and fork crown have been slimmed down, utilizing truncated NACA profiles to minimize turbulence.
The main innovation is the shift away from previous integrated cockpits in favor of two new proprietary solutions utilizing the Delta steerer system:

SystemBar Road: Developed for maximum aerodynamic efficiency, featuring a reduced top section to minimize frontal area exposure.

SystemBar Road SL: A climber-oriented version with a claimed weight of just 265 grams, maximizing weight savings without sacrificing full internal cable routing.

The transition to these new cockpits has optimized the junction between the handlebar and frame, reducing overall drag in real-world wind conditions.

Technical Specifications and 2026 Standards

The SuperSix EVO 2026 meets the demands of modern cycling with versatile standards:

Tire Clearance: Certified clearance for up to 32 mm tires, ideal for maximizing comfort and traction on uneven surfaces.

Bottom Bracket: Reconfirmation of the threaded BSA standard for greater reliability and ease of maintenance.

Drivetrains: Designed for electronic systems, with a range spanning from Shimano 105 Di2 groupsets to the top-tier Dura-Ace and SRAM RED options.

2026 Prices and Builds (European/Italian Market)

Note: Prices are based on the expected price lists for the EU market and may vary according to VAT and local specifications.
Version Indicative Build Estimated Price (€)
SuperSix EVO 6 Shimano 105 Mechanical / Alloy Wheels € 3,299
SuperSix EVO 4/5 Shimano 105 Di2 / SRAM Rival AXS € 5,200 - € 5,800
SuperSix EVO 2 Shimano Ultegra Di2 / SRAM Force AXS € 6.999
SuperSix EVO 1 SL Ultralight Build € 9,499
SuperSix EVO LAB71 Dura-Ace Di2 / SRAM RED AXS € 13,999

Frameset Options:

LAB71 SuperSix EVO: approx. € 6,200

Hi-MOD SuperSix EVO: approx. € 4,700

User Summary

The fifth generation of the SuperSix EVO confirms its status as the definitive "race bike" for those who refuse to choose between an aero bike and a climbing bike. The weight reduction in the LAB71 frame and the new integrated cockpit management make this model one of the most competitive of 2026. Furthermore, 32 mm tire compatibility extends its use from competitive racing to long-distance endurance rides.