Cannondale SuperSix EVO CX/SE 2026 geometry

A size-by-size geometry profile with manufacturer provenance and RideDNA consistency-audit context. Use the complete table to compare fit and handling before opening the interactive tools.

Cannondale SuperSix EVO CX/SE 2026 geometry chart

Source: Manufacturer geometry source

This profile is available for riders, but it is not currently indexed because its published geometry is not fully independently verified. Values marked derived are calculated by RideDNA; values marked published are transcribed from the manufacturer chart.

Published geometry by size

Provenance: published is present in the manufacturer data; derived is calculated by RideDNA; manual is a staff-entered reference rather than a manufacturer-chart value. “Not published” means the manufacturer did not provide a value for that size.

SizeStackReachHTASTAETTChainstayWheelbaseFront centerBB dropTrailFork offsetAudit context
46 515 mm published365 mm published70.0 ° derived73.9 ° derived507 mm derived422 mm derived1002 mm published590 mm published70 mm derived69.0 mm published55 mm published red
All 5 consistency checks passed
51 535 mm published371 mm published71.0 ° derived73.1 ° derived524 mm derived422 mm derived1005 mm published593 mm published70 mm derived62.0 mm published55 mm published red
All 5 consistency checks passed
54 555 mm published378 mm published71.0 ° derived73.1 ° derived537 mm derived422 mm derived1020 mm published607 mm published69 mm derived62.0 mm published55 mm published red
All 5 consistency checks passed
56 575 mm published385 mm published71.0 ° derived72.7 ° derived555 mm derived422 mm derived1034 mm published621 mm published69 mm derived62.0 mm published55 mm published red
All 5 consistency checks passed
58 595 mm published392 mm published71.0 ° derived72.7 ° derived568 mm derived422 mm derived1048 mm published635 mm published68 mm derived62.0 mm published55 mm published red
All 5 consistency checks passed

Audit context

Overall consistency: red. This context is shown alongside the table so a rider can distinguish a complete published specification from a value that RideDNA had to derive or could not independently verify.

The RideDNA engine detected a geometric inconsistency between the manufacturer's published Effective Top Tube (ETT) values and the dimensional relationships implied by their published Reach, Wheelbase, and Front Center specifications across all five sizes. Because ETT is the sole dimension anchoring BB horizontal position in the forward model, an incorrect ETT produces simultaneous lockstep discrepancies in all three ETT-derived audit checks—Reach, Wheelbase, and Front Center—rather than three independent failures. Stack and Trail remained unaffected, consistent with the ETT-anchor hypothesis. Corrected ETT values were applied; the Published Geometry table retains the original published values and the Calculated Geometry table shows the corrected values in blue. The corrected ETT values range from 6.6mm to 9.6mm higher than the manufacturer's published specification, representing a significant data inaccuracy in the published ETT dimension.

Next steps

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