automotivebriefs
10:36in productionCh. 1 · Homologation First/ 10:36 · ceiling 15 min
Supercars · Rally

Porsche 959

Helmuth Bott · 1986

The 959 wasn’t a supercar—it was Porsche’s first real-world test of what a high-performance AWD sports car must do.

The Porsche 959 is a homologation special turned benchmark: the first pure high-performance sports car with all-wheel drive and sequential twin-turbos. It redefined what a street-legal performance car could do—and forced Porsche to adopt those systems across its turbo range.

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Chapters & takeaways4
  1. 0:57
    Homologation First

    Born from Group B rallying, the 959 was engineered to win—and then adapted to satisfy a rule.

  2. 2:58
    Speed and Systems

    It was the fastest street-legal car at launch—and the most technically complex road car of its era.

  3. 4:36
    The AWD Mandate

    It gave Porsche the confidence to make AWD standard on every turbo 911 after the 993.

  4. 6:32
    Turbo Logic

    Its twin-turbo architecture became the template for every turbocharged Porsche sports car that followed.

Worth your time?

Yes. Drive the whole thing.

4.5/ 5
What works
  • all-wheel drive integration
  • twin-turbo power delivery
  • aerodynamic efficiency
  • lightweight composite construction
What does not
  • everyday usability
  • broad service support
  • modern driver aids
Drive it if
  • engineers
  • Porsche historians
  • rally-tech enthusiasts
Skip it if
  • daily drivers
  • new collectors
  • enthusiasts seeking comfort or convenience
The written brief2 min read

What the car is and where it came from

A Group B rally car adapted into a road-legal production model between 1986 and 1988. Developed from 1981 under Peter Schutz to meet FIA homologation rules requiring at least 200 units. Built as a technological demonstrator—not a volume model.

How it works, in terms someone would actually use

It sends power to all four wheels through the PSK system, which varies torque front-to-rear depending on grip. The sequential twin-turbo flat-six delivers power in two stages: one turbo for low revs, the second kicking in higher up. Its aluminium-Aramid composite body is light and stiff. The driver feels a precise, race-derived chassis with high-speed stability and all-weather traction.

What it gets right

It gets right the integration of race-derived systems into a street-legal package: AWD for grip across conditions, twin-turbos for usable power delivery, aerodynamic efficiency (Cd 0.31), and a lightweight composite structure. It delivers on its core brief—being the fastest street-legal car at launch while remaining driveable in rain or snow.

What it does not

It does not offer everyday usability by modern standards. It was never built for daily commuting, long-haul comfort or service network support. Its complexity was purpose-built for homologation, not longevity or accessibility.

What it changed

It made all-wheel drive standard on turbocharged 911s from the 993 onward. Its twin-turbo layout became standard on future turbocharged Porsche sports cars. It proved that rally-bred AWD could work in a road car without sacrificing performance or drivability.

Who it is for, and who it is not

It is for engineers, historians and enthusiasts who want to understand where Porsche’s AWD and turbo strategies began. It is not for collectors seeking usability, drivers wanting modern infotainment or buyers expecting broad dealer support.

Is it worth your time

Yes—if you care about how all-wheel drive, turbocharging and lightweight composites entered the sports-car mainstream. It is not a car to own or drive today, but a machine whose engineering logic still shapes Porsche’s thinking.

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