Pinarello Dogma F 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.

Pinarello Dogma F 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
430 502 mm published352 mm published69.5 ° derived74.4 ° derived500 mm derived407 mm derived974 mm derived576 mm derived67 mm derived76.6 mm derived47 mm published red
1 of 2 checks flagged — Reach Reconciliation shows 7.7mm discrepancy
465 517 mm published365 mm published70.5 ° derived74.4 ° derived515 mm derived407 mm derived978 mm derived582 mm derived72 mm derived70.2 mm derived47 mm published yellow
1 of 2 checks flagged — Reach Reconciliation shows 4.7mm discrepancy
500 525 mm published372 mm published71.4 ° derived74.0 ° derived525 mm derived407 mm derived977 mm derived581 mm derived72 mm derived64.5 mm derived47 mm published green
All 2 consistency checks passed
515 532 mm published378 mm published72.0 ° derived73.7 ° derived535 mm derived407 mm derived979 mm derived583 mm derived72 mm derived60.7 mm derived47 mm published green
All 2 consistency checks passed
530 542 mm published383 mm published72.5 ° derived73.7 ° derived545 mm derived407 mm derived984 mm derived588 mm derived72 mm derived57.6 mm derived47 mm published yellow
1 of 2 checks flagged — Reach Reconciliation shows 3mm discrepancy
540 551 mm published385 mm published72.8 ° derived73.4 ° derived550 mm derived408 mm derived985 mm derived588 mm derived72 mm derived55.7 mm derived47 mm published green
All 2 consistency checks passed
550 562 mm published389 mm published72.8 ° derived73.4 ° derived557 mm derived408 mm derived992 mm derived595 mm derived72 mm derived55.7 mm derived47 mm published green
All 2 consistency checks passed
560 570 mm published391 mm published73.2 ° derived73.0 ° derived565 mm derived409 mm derived993 mm derived595 mm derived72 mm derived53.3 mm derived47 mm published green
All 2 consistency checks passed
575 585 mm published397 mm published73.7 ° derived73.0 ° derived575 mm derived409 mm derived998 mm derived600 mm derived72 mm derived50.2 mm derived47 mm published green
All 2 consistency checks passed
595 613 mm published393 mm published73.4 ° derived72.4 ° derived587 mm derived409 mm derived1008 mm derived608 mm derived67 mm derived52.0 mm derived47 mm published green
All 2 consistency checks passed
620 652 mm published410 mm published73.4 ° derived72.0 ° derived620 mm derived411 mm derived1037 mm derived635 mm derived67 mm derived52.0 mm derived47 mm published green
All 2 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.

Geometry reconciliation applies a 7mm integrated headset top cap correction to both stack and reach before comparison against the engine's forward-model calculations. Stack reconciles within ±1mm engineering tolerance across all eleven sizes. Reach shows a 7.7mm data inaccuracy in the published value on size 430, a 4.7mm data inaccuracy on size 465, and a 3.0mm data inaccuracy on size 530; sizes 500, 515, and 540–620 reconcile within ±1mm engineering tolerance. The systematic reach discrepancies on the smaller sizes indicate internal inconsistency in the published geometry — the root cause cannot be determined from the published geometry data alone.

Next steps

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