Some cars define their era. Others make their era look obsolete.
In 1986, the Porsche 959 did the latter.
To understand just how extraordinary it was, forget for a moment what came afterwards. Forget the Bugatti Veyron, Ferrari LaFerrari, Porsche 918 Spyder and the modern idea of the hypercar as a rolling laboratory of technology.
Go back to the middle of the 1980s.
The Ferrari Testarossa was new. Lamborghini was still building the Countach. Turbocharging could be brutal and unpredictable. Four-wheel drive belonged largely to rally cars and off-roaders. Electronic control systems were primitive by modern standards.
And then Porsche produced this.
A 317 km/h road car with electronically controlled variable all-wheel drive, sequential twin turbochargers, adjustable suspension, self-levelling ride height, ABS, tyre-pressure monitoring and a lightweight body constructed partly from advanced composite materials.
It sounds impressive now.
In 1986, it sounded impossible.
Frankfurt Motor Show 1983
Born for Group B
The story of the 959 did not begin with the intention of creating an exotic road car. It began with competition.
When the FIA introduced Group B regulations in 1982, manufacturers were suddenly given an extraordinary amount of freedom. Audi, Lancia, Peugeot, Ford and others would eventually create some of the most violent and spectacular competition cars ever built.
Porsche saw something else. An opportunity.
At the Frankfurt Motor Show in 1983, Porsche unveiled a prototype simply called Gruppe B. Beneath its familiar silhouette was the beginning of an engineering programme that would allow Porsche to explore technologies far beyond the contemporary 911.
The objective was not merely to build a faster Porsche. It was to investigate what the next Porsche could become.
Four-wheel drive would be central to that idea.
So would turbocharging.
So would electronics.
The 959 was effectively a laboratory with number plates.
C29 Prototype (959) aerodynamic testing
A 911 From Another World
Look at a 959 today and its ancestry is obvious.
The windscreen. The cabin. The basic proportions. The unmistakable arc of the roof.
There is a 911 inside it.
But everything around that familiar architecture appears to have been stretched, smoothed and reconsidered.
The bumpers became part of the body. The rear wing flowed organically from the rear quarters. The underside was extensively enclosed. Air was managed rather than simply pushed aside.
The result was a drag coefficient of just 0.31.
Its construction was equally exotic. Porsche used Kevlar and glass-fibre-reinforced materials for sections of the outer body, while aluminium was used for the doors and bonnet.
This wasn't styling for theatre.
Almost everything existed because engineering demanded it.
And beneath that body was the real revolution.
Two 959 prototypes in Weissach, Porsche’s R&D department
2.85 Litres. Two Turbos. 450 PS.
The numbers alone don't explain the 959.
Its 2.85-litre flat-six produced 450 PS, an extraordinary figure for a production car in the mid-1980s.
But Porsche was interested in more than maximum power.
Turbocharged cars of the period could have notoriously dramatic power delivery. Nothing. Nothing. Nothing.
Then everything.
Porsche attacked the problem with sequential turbocharging.
Rather than having both turbochargers working identically throughout the rev range, the 959 brought them into operation progressively. The idea was to improve response at lower engine speeds while still delivering enormous power higher in the rev range.
The engine itself carried serious racing DNA, closely related to the units used in Porsche's dominant 956 and 962 competition cars.
The result was a machine capable of accelerating from rest with an intensity that belonged to another category of automobile.
And then there was the top speed. 317 km/h.
At its introduction, the 959 became the fastest series-production sports car in the world.
But speed was almost the least interesting thing about it.
The Intelligent Supercar
The defining achievement of the 959 was not that it had four-wheel drive.
It was what Porsche did with it.
Its electronically controlled system could vary the distribution of torque between the front and rear axles according to conditions. The driver could also select programmes appropriate to different surfaces.
Today, sophisticated torque distribution is expected from high-performance machinery.
Four decades ago, it was extraordinary.
The 959 also featured speed-sensitive adjustable dampers and self-levelling suspension, allowing the car to alter its behaviour according to the circumstances.
There was ABS. Tyre-pressure monitoring. Electronic management everywhere.
Porsche wasn't using technology to isolate the driver.
It was using technology to make previously inaccessible performance usable.
That distinction matters.
Because the 959 quietly established a philosophy that would eventually spread throughout the performance-car world:
Power alone was no longer enough. Intelligence mattered too.
The 959 2.85-litre flat-six twin-turbo engine
R&D electronics and microprocessor-controlled mechanical parts
From Autobahn to Africa
And then Porsche did something that seems almost absurd today. It took its technological masterpiece to the Dakar.
The desert was not a publicity backdrop. It was a laboratory of another kind.
Heat. Sand. Rocks. Water crossings. Thousands of kilometres of punishment across Africa.
In 1985, three early 959s entered the event with normally aspirated 911-derived engines because the intended twin-turbo units were not yet ready. None finished.
Porsche returned.
In 1986, the cars had the proper 2.85-litre twin-turbo engines.
This time, René Metge and Dominique Lemoyne won.
Jacky Ickx and Claude Brasseur finished second.
The third Porsche, driven by engineer Roland Kussmaul and Wolf-Hendrik Unger, finished sixth.
First. Second. Sixth.
Three 959s started.
Three 959s finished.
Across roughly 14,000 kilometres of Africa.
There may be no better demonstration of what made the 959 different.
This was a car capable of becoming the fastest production machine of its time on asphalt, whose underlying engineering could also conquer the Dakar.
The 959 didn't simply have performance.
It had range.
The 959 conquering Africa, Paris-Dakar, 1986
And Then, Le Mans
Porsche wasn't finished.
The racing derivative of the 959 became the 961.
In 1986, it went to Le Mans.
With approximately 680 PS available in racing specification, the 961 finished seventh overall and won its IMSA/GTX class. More significantly, it became the first four-wheel-drive car to finish the 24 Hours of Le Mans.
Think about the journey.
Group B.
Dakar.
Autobahn.
Le Mans.
Few road cars have ever had an engineering story that moved so naturally between such radically different worlds.
The 959 holy trinity: The rallye car, the road car and the track car
The Supercar That Lost Money
There was another extraordinary detail.
Porsche charged 420,000 Deutsche Mark for the 959.
An enormous amount of money.
And yet the complexity of developing and producing the car meant its price did not truly reflect what it cost Porsche to create it. That perhaps explains the 959 better than any performance figure.
It was not conceived primarily as a profit machine.
It was an investment in knowledge.
Porsche built only 292 series-production examples. There was also an even rarer 959 S, lighter and more powerful, with 515 PS; just 29 examples of that version were sold.
But counting cars misses the point.
Because Porsche effectively distributed pieces of its research-and-development programme to customers.
The 959 Effect
The real importance of the 959 becomes clearer when you look at what happened afterwards.
Four-wheel drive became part of Porsche's road-car vocabulary. The 964-generation 911 Carrera 4 arrived soon afterwards, transferring the principle into series production on a much larger scale.
Turbocharging became increasingly sophisticated.
Electronic chassis management evolved.
Composite construction spread.
Supercars became technological flagships rather than simply large engines wrapped in dramatic bodies.
Decades later, when Porsche created the Carrera GT and then the 918 Spyder, the philosophy was familiar.
Build something extraordinary.
Use it to explore the limits of what is technically possible.
Then allow what you learn to influence everything that follows.
The bloodline did not begin with the 918.
It began much earlier.
Three generations of Porsche’s halo cars: 959, Carrera GT and 918 Spyder
The Other Side of the Bedroom Wall
The 1980s gave us two very different visions of the supercar.
One was theatrical.
Low. Wide. Loud. Almost impossibly dramatic.
The kind of machine designed to stop a twelve-year-old in front of a bedroom poster.
The 959 offered something different.
It was almost restrained.
There were no scissor doors. No enormous V12 visible beneath glass. No styling designed purely to provoke.
Its shape was familiar enough that someone who knew little about cars might simply have thought it was an unusual Porsche.
That was part of its magic. The revolution was hidden underneath.
Perhaps that is why the 959 has aged so differently from many of its contemporaries.
It doesn't feel like an artefact from the 1980s.
It feels like an early prototype of the world we live in now.
The Car That Knew What Was Coming
There are faster cars today. Far faster.
Cars with a thousand horsepower. Active aerodynamics. Hybrid systems. Torque vectoring. Carbon-fibre structures. Computers making thousands of calculations every second.
Against them, the raw numbers of the Porsche 959 are no longer shocking.
Its ideas are.
Because so much of what we now accept as normal in an ultra-high-performance car can be traced back to the same philosophy Porsche demonstrated with the 959:
Make power usable.
Make the chassis intelligent.
Use electronics to expand capability rather than replace the driver.
Take technology proven in competition and find a way to put it on the road.
The Porsche 959 was supposed to be Porsche's answer to Group B. Group B disappeared before the car could truly fulfil that mission.
It didn't matter.
The 959 had already become something far more important. It wasn't Porsche's vision of the ultimate car of 1986.
It was Porsche's vision of what the performance car would eventually become.
The rest of the world simply needed time to catch up.
