Photorealistic AI illustration created locally with Exas, inspired by the Ducati Superleggera V4 Centenario. Not a photograph; design details may differ from the actual motorcycle.

A modern motorbike has much less space than a car in which to hide its engineering. On the Ducati Superleggera V4 Centenario, the structure, wheels and aerodynamic surfaces are central to the story: this is a project built around careful choices of material and mass.

A rare anniversary project

Ducati announced 500 numbered Superleggera V4 Centenario motorcycles for its hundredth anniversary in 2026. Its announcement separately identifies another 100 Tricolore editions. The standard red Centenario is therefore a 500-bike series; describing the entire Centenario family as only 500 would leave out the additional edition. See Ducati’s announcement.

Carbon fibre beyond the body panels

The model overview describes a carbon-fibre frame, swingarm and subframe, together with carbon-fibre front-fork outers. It also highlights carbon-ceramic brake discs. These are structural and braking components, not merely a decorative carbon finish.

That distinction matters. A material’s role depends on where it is used and what forces it must withstand. A lighter cover and a lighter structural component are different engineering decisions, even when both have the same familiar woven appearance.

Read the power and weight figures together

Ducati quotes 228 hp for the Euro 5+ road configuration and 247 hp with the racing exhaust and specified Ducati Corse Performance oil. Its model page lists 173 kg wet weight without fuel for the road configuration, compared with 167 kg in racing configuration.

The larger power figure and lower weight therefore refer to a particular setup. Keeping those conditions attached to the numbers gives a clearer comparison than presenting the most dramatic values as though they describe every version.

Aerodynamics and the limits of the specification

Ducati describes wings related to its WorldSBK Panigale V4 R and sidepods derived from its MotoGP programme. For an engineering reader, the interesting question is how body shape, material choices and mechanical systems are made to work together on a compact machine.

The manufacturer’s model page notes ongoing homologation and says specifications and prototype details may change. This article therefore treats the figures as published manufacturer specifications, without claiming that every announced bike has been built, delivered or approved in every market.

Sources and editorial note

Specifications and announced production limits were checked against manufacturer publications on 18 October 2026. This is an independently written engineering feature developed with AI assistance and editorial review, not a hands-on road test or a manufacturer endorsement.

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