911 Turbo S

911 Turbo S (Type 991.1) records one precise Porsche performance-car configuration from 2013–2016. The 991.1 Turbo S introduced rear-axle steering and active aerodynamics to the Turbo flagship while establishing a distinct 560 PS launch specification. The familiar badge is not enough by itself: this page binds the name to a generation, engine architecture, transmission and documented publication boundary.

At its centre is a 3,800 cc flat-6 identified as 3.8-litre VTG biturbo flat-six. Porsche publishes 412 kW (560 PS) for this scope and 700 Nm. The first 991 Turbo S combined petrol-engine VTG twin turbochargers, active all-wheel drive, rear-axle steering, active aerodynamics and seven-speed PDK. The figures are not borrowed from an adjacent update or competition derivative.

The engine sits in a longitudinal rear-engine, all-wheel drive layout and drives through a 7-speed Porsche Doppelkupplung. Those facts matter acoustically as well as technically: engine position, driveline length, gearing and cabin structure change which mechanical, induction and exhaust sounds reach a listener.

Its nearest published lineage neighbour is the 911 R (991.1). The relationship is useful for chronology, but each passport keeps its own engine output, date boundary and production context. Porsche often reused a model family while changing boost systems, cooling, driven wheels or production purpose.

The archive uses the listening cues VTG biturbo, sound symposer, PDK, all-wheel drive as orientation, not as proof. A cold start can expose idle control and mechanical texture; acceleration can document induction, boost response and gear changes; a fly-by can place exhaust and tyre sound in an exterior context. None of those capture types establishes factory condition without supporting configuration evidence.

The focus here is the 412 kW pre-facelift 991.1 Turbo S coupé specification. It excludes the Cabriolet, regular Turbo, 427 kW 991.2 update and modified cars. This boundary is especially important because many surviving performance Porsches have period upgrades or later modifications. An openly licensed recording can still contribute to the historical record when its exact state is uncertain, but it will carry a visible Unregistered note until documentary evidence resolves the match.

It asks the community for cold start, acceleration and fly-by recordings, together with photos, source documents and corrections.

The documentary image follows the same discipline. The picture illustrates the exact model without being treated as evidence for the specification of every surviving car.

Preservation here means keeping claims separable and correctable. Manufacturer sources establish the technical baseline; an independent exact-model reference checks how the identity is described outside the factory archive; claim dispositions disclose remaining uncertainty. Readers can appreciate the car as engineering history while contributors can strengthen the page without silently replacing facts or weakening rights controls.