bike geometry

Cannondale SuperSix EVO 2026

Compare size-specific bike geometry, including reach, stack, angles, wheelbase and the measurements that influence fit and handling.

Cannondale › SuperSix EVO › Standard › SuperSix EVO

SuperSix EVO geometry measurements

Choose the recorded size and configuration. Geometry figures can change by size; RideDNA does not collapse those values into one misleading answer.

What is the reach of the Cannondale SuperSix EVO 2026?

Reach is the horizontal distance from the bottom bracket to the top of the head tube. Also searched as frame reach.

Configuration	Size	Reach	Source
SuperSix EVO geometry	50	379.9 mm	RideDNA-derived
SuperSix EVO geometry	52	383.1 mm	RideDNA-derived
SuperSix EVO geometry	61	406 mm	Manufacturer-published
SuperSix EVO geometry	44	372.6 mm	RideDNA-derived
SuperSix EVO geometry	48	376.4 mm	RideDNA-derived
SuperSix EVO geometry	54	387.6 mm	RideDNA-derived
SuperSix EVO geometry	56	392.4 mm	RideDNA-derived
SuperSix EVO geometry	58	398 mm	Manufacturer-published

What is the stack of the Cannondale SuperSix EVO 2026?

Stack is the vertical distance from the bottom bracket to the top of the head tube. Also searched as frame stack.

Configuration	Size	Stack	Source
SuperSix EVO geometry	50	520.1 mm	RideDNA-derived
SuperSix EVO geometry	52	533.3 mm	RideDNA-derived
SuperSix EVO geometry	61	615.3 mm	RideDNA-derived
SuperSix EVO geometry	44	495.4 mm	RideDNA-derived
SuperSix EVO geometry	48	507.8 mm	RideDNA-derived
SuperSix EVO geometry	54	545.6 mm	RideDNA-derived
SuperSix EVO geometry	56	565.7 mm	RideDNA-derived
SuperSix EVO geometry	58	585.6 mm	RideDNA-derived

What is the effective top tube of the Cannondale SuperSix EVO 2026?

Effective top tube is the horizontal distance between the head-tube and seat-tube centerlines. Also searched as ETT, virtual top tube, horizontal top tube.

Configuration	Size	Effective top tube	Source
SuperSix EVO geometry	50	529 mm	Recorded geometry
SuperSix EVO geometry	52	536 mm	Recorded geometry
SuperSix EVO geometry	61	600 mm	Recorded geometry
SuperSix EVO geometry	44	510 mm	Recorded geometry
SuperSix EVO geometry	48	522 mm	Recorded geometry
SuperSix EVO geometry	54	544 mm	Recorded geometry
SuperSix EVO geometry	56	560 mm	Recorded geometry
SuperSix EVO geometry	58	577 mm	Recorded geometry

What is the head tube angle of the Cannondale SuperSix EVO 2026?

Head tube angle describes the steering-axis angle relative to the ground. Also searched as HTA, head angle, steering angle.

Configuration	Size	Head tube angle	Source
SuperSix EVO geometry	50	71.2 °	Recorded geometry
SuperSix EVO geometry	52	71.2 °	Recorded geometry
SuperSix EVO geometry	61	73 °	Recorded geometry
SuperSix EVO geometry	44	70.9 °	Recorded geometry
SuperSix EVO geometry	48	71.2 °	Recorded geometry
SuperSix EVO geometry	54	71.2 °	Recorded geometry
SuperSix EVO geometry	56	73 °	Recorded geometry
SuperSix EVO geometry	58	73 °	Recorded geometry

What is the seat tube angle of the Cannondale SuperSix EVO 2026?

Seat tube angle describes the seat-tube angle relative to the ground. Also searched as STA, seat angle, effective seat angle.

Configuration	Size	Seat tube angle	Source
SuperSix EVO geometry	50	74 °	Recorded geometry
SuperSix EVO geometry	52	74 °	Recorded geometry
SuperSix EVO geometry	61	72.5 °	Recorded geometry
SuperSix EVO geometry	44	74.5 °	Recorded geometry
SuperSix EVO geometry	48	74 °	Recorded geometry
SuperSix EVO geometry	54	74 °	Recorded geometry
SuperSix EVO geometry	56	73.5 °	Recorded geometry
SuperSix EVO geometry	58	73 °	Recorded geometry

What is the trail of the Cannondale SuperSix EVO 2026?

Trail is the ground distance between the steering-axis intercept and the front tire contact point. Also searched as fork trail, mechanical trail.

Configuration	Size	Trail	Source
SuperSix EVO geometry	50	57.6 mm	RideDNA-derived
SuperSix EVO geometry	52	57.6 mm	RideDNA-derived
SuperSix EVO geometry	61	56.9 mm	RideDNA-derived
SuperSix EVO geometry	44	59.5 mm	RideDNA-derived
SuperSix EVO geometry	48	57.6 mm	RideDNA-derived
SuperSix EVO geometry	54	57.6 mm	RideDNA-derived
SuperSix EVO geometry	56	56.9 mm	RideDNA-derived
SuperSix EVO geometry	58	56.9 mm	RideDNA-derived

What is the wheelbase of the Cannondale SuperSix EVO 2026?

Wheelbase is the distance between the front and rear wheel axles. Also searched as axle-to-axle length.

Configuration	Size	Wheelbase	Source
SuperSix EVO geometry	50	993.1 mm	RideDNA-derived
SuperSix EVO geometry	52	1001.8 mm	RideDNA-derived
SuperSix EVO geometry	61	1024.2 mm	RideDNA-derived
SuperSix EVO geometry	44	980 mm	Manufacturer-published
SuperSix EVO geometry	48	985.4 mm	RideDNA-derived
SuperSix EVO geometry	54	1010.5 mm	RideDNA-derived
SuperSix EVO geometry	56	994.1 mm	RideDNA-derived
SuperSix EVO geometry	58	1007.1 mm	RideDNA-derived

What is the chainstay length of the Cannondale SuperSix EVO 2026?

Chainstay length, also called rear center, is the distance from the bottom bracket to the rear axle. Also searched as Chainstay, rear center, rear centre.

Configuration	Size	Chainstay length	Source
SuperSix EVO geometry	50	410 mm	Recorded geometry
SuperSix EVO geometry	52	410 mm	Recorded geometry
SuperSix EVO geometry	61	410 mm	Recorded geometry
SuperSix EVO geometry	44	410 mm	Recorded geometry
SuperSix EVO geometry	48	410 mm	Recorded geometry
SuperSix EVO geometry	54	410 mm	Recorded geometry
SuperSix EVO geometry	56	410 mm	Recorded geometry
SuperSix EVO geometry	58	410 mm	Recorded geometry

What is the bottom bracket drop of the Cannondale SuperSix EVO 2026?

Bottom bracket drop is the vertical distance from the wheel-axle line down to the bottom bracket. Also searched as BB drop.

Configuration	Size	Bottom bracket drop	Source
SuperSix EVO geometry	50	74 mm	Recorded geometry
SuperSix EVO geometry	52	72 mm	Recorded geometry
SuperSix EVO geometry	61	69 mm	Recorded geometry
SuperSix EVO geometry	44	74 mm	Recorded geometry
SuperSix EVO geometry	48	74 mm	Recorded geometry
SuperSix EVO geometry	54	72 mm	Recorded geometry
SuperSix EVO geometry	56	72 mm	Recorded geometry
SuperSix EVO geometry	58	69 mm	Recorded geometry

What is the bottom bracket height of the Cannondale SuperSix EVO 2026?

Bottom bracket height is the vertical distance from the ground to the bottom bracket. Also searched as BB height.

Configuration	Size	Bottom bracket height	Source
SuperSix EVO geometry	50	266 mm	RideDNA-derived
SuperSix EVO geometry	52	268 mm	RideDNA-derived
SuperSix EVO geometry	61	271 mm	RideDNA-derived
SuperSix EVO geometry	44	266 mm	RideDNA-derived
SuperSix EVO geometry	48	266 mm	RideDNA-derived
SuperSix EVO geometry	54	268 mm	RideDNA-derived
SuperSix EVO geometry	56	268 mm	RideDNA-derived
SuperSix EVO geometry	58	271 mm	RideDNA-derived

What is the front center of the Cannondale SuperSix EVO 2026?

Front center is the distance from the bottom bracket to the front wheel axle. Also searched as front centre.

Configuration	Size	Front center	Source
SuperSix EVO geometry	50	594.5 mm	RideDNA-derived
SuperSix EVO geometry	52	602.5 mm	RideDNA-derived
SuperSix EVO geometry	61	623.9 mm	RideDNA-derived
SuperSix EVO geometry	44	581.5 mm	RideDNA-derived
SuperSix EVO geometry	48	586.9 mm	RideDNA-derived
SuperSix EVO geometry	54	611.1 mm	RideDNA-derived
SuperSix EVO geometry	56	594.8 mm	RideDNA-derived
SuperSix EVO geometry	58	606.9 mm	RideDNA-derived

What is the fork offset of the Cannondale SuperSix EVO 2026?

Fork offset is the perpendicular distance between the steering axis and the front axle. Also searched as fork rake, rake.

Configuration	Size	Fork offset	Source
SuperSix EVO geometry	50	55 mm	Manufacturer-published
SuperSix EVO geometry	52	55 mm	Manufacturer-published
SuperSix EVO geometry	61	45 mm	Manufacturer-published
SuperSix EVO geometry	44	55 mm	Manufacturer-published
SuperSix EVO geometry	48	55 mm	Manufacturer-published
SuperSix EVO geometry	54	55 mm	Manufacturer-published
SuperSix EVO geometry	56	45 mm	Manufacturer-published
SuperSix EVO geometry	58	45 mm	Manufacturer-published

What is the head tube length of the Cannondale SuperSix EVO 2026?

Head tube length is the measured length of the frame's head tube. Also searched as Head tube, head tube.

Configuration	Size	Head tube length	Source
SuperSix EVO geometry	50	114 mm	Recorded geometry
SuperSix EVO geometry	52	130 mm	Recorded geometry
SuperSix EVO geometry	61	209 mm	Recorded geometry
SuperSix EVO geometry	44	89 mm	Recorded geometry
SuperSix EVO geometry	48	101 mm	Recorded geometry
SuperSix EVO geometry	54	143 mm	Recorded geometry
SuperSix EVO geometry	56	154 mm	Recorded geometry
SuperSix EVO geometry	58	178 mm	Recorded geometry

What is the seat tube length of the Cannondale SuperSix EVO 2026?

Seat tube length is the recorded length of the frame's seat tube; measurement conventions can differ by manufacturer. Also searched as Seat tube, seat tube, frame size.

Configuration	Size	Seat tube length	Source
SuperSix EVO geometry	50	448 mm	Recorded geometry
SuperSix EVO geometry	52	467 mm	Recorded geometry
SuperSix EVO geometry	61	570 mm	Recorded geometry
SuperSix EVO geometry	44	400 mm	Recorded geometry
SuperSix EVO geometry	48	429 mm	Recorded geometry
SuperSix EVO geometry	54	490 mm	Recorded geometry
SuperSix EVO geometry	56	510 mm	Recorded geometry
SuperSix EVO geometry	58	532 mm	Recorded geometry

What is the standover height of the Cannondale SuperSix EVO 2026?

Standover height is the ground-to-top-tube height at the manufacturer's stated measurement point. Also searched as Standover, stand over height, standover clearance.

Configuration	Size	Standover height	Source
SuperSix EVO geometry	50	715 mm	RideDNA-derived
SuperSix EVO geometry	52	732.7 mm	RideDNA-derived
SuperSix EVO geometry	61	824.2 mm	RideDNA-derived
SuperSix EVO geometry	44	679.9 mm	RideDNA-derived
SuperSix EVO geometry	48	699.7 mm	RideDNA-derived
SuperSix EVO geometry	54	749.9 mm	RideDNA-derived
SuperSix EVO geometry	56	769 mm	RideDNA-derived
SuperSix EVO geometry	58	791.9 mm	RideDNA-derived

What is the fork length of the Cannondale SuperSix EVO 2026?

Fork length is the axle-to-crown distance recorded for the fork. Also searched as axle to crown, A2C.

Configuration	Size	Fork length	Source
SuperSix EVO geometry	50	376 mm	Manufacturer-published
SuperSix EVO geometry	52	376 mm	Manufacturer-published
SuperSix EVO geometry	61	376 mm	Manufacturer-published
SuperSix EVO geometry	44	376 mm	Manufacturer-published
SuperSix EVO geometry	48	376 mm	Manufacturer-published
SuperSix EVO geometry	54	376 mm	Manufacturer-published
SuperSix EVO geometry	56	376 mm	Manufacturer-published
SuperSix EVO geometry	58	376 mm	Manufacturer-published

What is the wheel flop of the Cannondale SuperSix EVO 2026?

Wheel flop is a calculated steering-geometry value based on trail and head tube angle. Also searched as flop.

Configuration	Size	Wheel flop	Source
SuperSix EVO geometry	50	17.6 mm	RideDNA-derived
SuperSix EVO geometry	52	17.6 mm	RideDNA-derived
SuperSix EVO geometry	61	15.9 mm	RideDNA-derived
SuperSix EVO geometry	44	18.4 mm	RideDNA-derived
SuperSix EVO geometry	48	17.6 mm	RideDNA-derived
SuperSix EVO geometry	54	17.6 mm	RideDNA-derived
SuperSix EVO geometry	56	15.9 mm	RideDNA-derived
SuperSix EVO geometry	58	15.9 mm	RideDNA-derived

Geometry

Available sizes: 50, 52, 61, 44, 48, 54, 56, 58.

SuperSix EVO geometry

Jump to size: 44 · 48 · 50 · 52 · 54 · 56 · 58 · 61

SuperSix EVO geometry geometry by size
Size	Reach	Stack	ETT	HTA	STA	Trail	Wheelbase	Chainstay	BB drop	BB height	Front center	Fork offset	Head tube	Seat tube	Standover	Fork length	Wheel flop	Max tire
44	372.6 mm^*	495.4 mm^*	510 mm^‡	70.9 °^‡	74.5 °^‡	59.5 mm^*	980 mm	410 mm^‡	74 mm^‡†	266 mm^*†	581.5 mm^*	55 mm	89 mm^‡	400 mm^‡	679.9 mm^*	376 mm	18.4 mm^*†	†
48	376.4 mm^*	507.8 mm^*	522 mm^‡	71.2 °^‡	74 °^‡	57.6 mm^*	985.4 mm^*	410 mm^‡	74 mm^‡†	266 mm^*†	586.9 mm^*	55 mm	101 mm^‡	429 mm^‡	699.7 mm^*	376 mm	17.6 mm^*†	†
50	379.9 mm^*	520.1 mm^*	529 mm^‡	71.2 °^‡	74 °^‡	57.6 mm^*	993.1 mm^*	410 mm^‡	74 mm^‡†	266 mm^*†	594.5 mm^*	55 mm	114 mm^‡	448 mm^‡	715 mm^*	376 mm	17.6 mm^*†	†
52	383.1 mm^*	533.3 mm^*	536 mm^‡	71.2 °^‡	74 °^‡	57.6 mm^*	1001.8 mm^*	410 mm^‡	72 mm^‡†	268 mm^*†	602.5 mm^*	55 mm	130 mm^‡	467 mm^‡	732.7 mm^*	376 mm	17.6 mm^*†	†
54	387.6 mm^*	545.6 mm^*	544 mm^‡	71.2 °^‡	74 °^‡	57.6 mm^*	1010.5 mm^*	410 mm^‡	72 mm^‡†	268 mm^*†	611.1 mm^*	55 mm	143 mm^‡	490 mm^‡	749.9 mm^*	376 mm	17.6 mm^*†	†
56	392.4 mm^*	565.7 mm^*	560 mm^‡	73 °^‡	73.5 °^‡	56.9 mm^*	994.1 mm^*	410 mm^‡	72 mm^‡†	268 mm^*†	594.8 mm^*	45 mm	154 mm^‡	510 mm^‡	769 mm^*	376 mm	15.9 mm^*†	†
58	398 mm	585.6 mm^*	577 mm^‡	73 °^‡	73 °^‡	56.9 mm^*	1007.1 mm^*	410 mm^‡	69 mm^‡†	271 mm^*†	606.9 mm^*	45 mm	178 mm^‡	532 mm^‡	791.9 mm^*	376 mm	15.9 mm^*†	†
61	406 mm	615.3 mm^*	600 mm^‡	73 °^‡	72.5 °^‡	56.9 mm^*	1024.2 mm^*	410 mm^‡	69 mm^‡†	271 mm^*†	623.9 mm^*	45 mm	209 mm^‡	570 mm^‡	824.2 mm^*	376 mm	15.9 mm^*†	†

Length measurements are in millimeters; HTA and STA are in degrees. ETT means effective top tube. Values prioritize RideDNA calculations. * RideDNA calculated (including corrections where published values differ). Unmarked values are manufacturer-published; matching independently calculated values are identified in their source notes. † Manufacturer did not publish this dimension; † alone means no reliable value is available. ‡ Staff reference or source not confirmed; see the source note. Open Geometry Audit for the original published values, calculated geometry, and deltas.

Size-to-size changes

Differences are calculated from the recorded values; they are not fit recommendations.

SuperSix EVO geometry: 44 → 48 — Reach +3.8 mm, Stack +12.4 mm, ETT +12 mm, HTA +0.3 °, STA -0.5 °, Trail -1.9 mm, Wheelbase +5.4 mm, Chainstay +0 mm, BB drop +0 mm, BB height +0 mm, Front center +5.4 mm, Fork offset +0 mm, Head tube +12 mm, Seat tube +29 mm, Standover +19.8 mm, Fork length +0 mm, Wheel flop -0.8 mm
SuperSix EVO geometry: 48 → 50 — Reach +3.5 mm, Stack +12.3 mm, ETT +7 mm, HTA +0 °, STA +0 °, Trail +0 mm, Wheelbase +7.7 mm, Chainstay +0 mm, BB drop +0 mm, BB height +0 mm, Front center +7.6 mm, Fork offset +0 mm, Head tube +13 mm, Seat tube +19 mm, Standover +15.3 mm, Fork length +0 mm, Wheel flop +0 mm
SuperSix EVO geometry: 50 → 52 — Reach +3.2 mm, Stack +13.2 mm, ETT +7 mm, HTA +0 °, STA +0 °, Trail +0 mm, Wheelbase +8.7 mm, Chainstay +0 mm, BB drop -2 mm, BB height +2 mm, Front center +8 mm, Fork offset +0 mm, Head tube +16 mm, Seat tube +19 mm, Standover +17.7 mm, Fork length +0 mm, Wheel flop +0 mm
SuperSix EVO geometry: 52 → 54 — Reach +4.5 mm, Stack +12.3 mm, ETT +8 mm, HTA +0 °, STA +0 °, Trail +0 mm, Wheelbase +8.7 mm, Chainstay +0 mm, BB drop +0 mm, BB height +0 mm, Front center +8.6 mm, Fork offset +0 mm, Head tube +13 mm, Seat tube +23 mm, Standover +17.2 mm, Fork length +0 mm, Wheel flop +0 mm
SuperSix EVO geometry: 54 → 56 — Reach +4.8 mm, Stack +20.1 mm, ETT +16 mm, HTA +1.8 °, STA -0.5 °, Trail -0.7 mm, Wheelbase -16.4 mm, Chainstay +0 mm, BB drop +0 mm, BB height +0 mm, Front center -16.3 mm, Fork offset -10 mm, Head tube +11 mm, Seat tube +20 mm, Standover +19.1 mm, Fork length +0 mm, Wheel flop -1.7 mm
SuperSix EVO geometry: 56 → 58 — Reach +5.6 mm, Stack +19.9 mm, ETT +17 mm, HTA +0 °, STA -0.5 °, Trail +0 mm, Wheelbase +13 mm, Chainstay +0 mm, BB drop -3 mm, BB height +3 mm, Front center +12.1 mm, Fork offset +0 mm, Head tube +24 mm, Seat tube +22 mm, Standover +22.9 mm, Fork length +0 mm, Wheel flop +0 mm
SuperSix EVO geometry: 58 → 61 — Reach +8 mm, Stack +29.7 mm, ETT +23 mm, HTA +0 °, STA -0.5 °, Trail +0 mm, Wheelbase +17.1 mm, Chainstay +0 mm, BB drop +0 mm, BB height +0 mm, Front center +17 mm, Fork offset +0 mm, Head tube +31 mm, Seat tube +38 mm, Standover +32.3 mm, Fork length +0 mm, Wheel flop +0 mm

RideDNA-derived values

These deterministic calculations use the recorded inputs above. They are separate from recorded facts and are not fit recommendations.

SuperSix EVO geometry size 50 stack Reach Ratio: 1.37
SuperSix EVO geometry size 52 stack Reach Ratio: 1.39
SuperSix EVO geometry size 61 stack Reach Ratio: 1.52
SuperSix EVO geometry size 44 stack Reach Ratio: 1.33
SuperSix EVO geometry size 48 stack Reach Ratio: 1.35
SuperSix EVO geometry size 54 stack Reach Ratio: 1.41
SuperSix EVO geometry size 56 stack Reach Ratio: 1.44
SuperSix EVO geometry size 58 stack Reach Ratio: 1.47