Porsche 911 S 2.0
The Porsche 911 S, introduced for the 1967 model year, represented the first step in what would become a decades-long tradition of offering a sportier, more powerful variant of the standard 911. Where the base 911 produced 130 horsepower and the 911 L offered 110 in a detuned configuration, the S extracted a remarkable 160 horsepower from its two-liter air-cooled flat-six, making it the undisputed performance leader of the early 911 range.
The additional power came through a careful program of engine enhancements. Porsche's engineers specified larger valves, revised porting, higher compression pistons raising the ratio to 9.8:1, and Weber 40 IDS triple-throat carburetors that replaced the Solex units found on lesser models. The result was an engine that revved with an eagerness and mechanical purity that set the standard for sports car powerplants. The 2.0-liter flat-six would spin to its 7,300 RPM redline with a characteristic howl that became the soundtrack of 1960s European sports car culture.
The 911 S was also the first 911 to wear the now-legendary Fuchs forged alloy wheels. Designed by Porsche designer Heinrich Klie and manufactured by Otto Fuchs KG, these five-spoke wheels were not merely decorative. At just 5.1 kilograms per wheel, they were significantly lighter than the steel wheels fitted to other 911 models, reducing unsprung weight and improving both ride quality and handling response. The Fuchs wheel would remain in production for decades and remains one of the most recognizable automotive wheel designs ever created.
Braking was another area where the S led the 911 lineup. It was the first 911 to receive ventilated disc brakes at all four corners, a significant improvement over the solid discs fitted to the standard car. Given the 911's rear-engine weight distribution and the additional performance available from the tuned engine, the improved braking was more than welcome.
The chassis of the 911 S received the attention expected of a performance flagship. Koni shock absorbers replaced the standard Boge units, and a front anti-roll bar was standard equipment. Rear anti-roll bars were fitted to later cars. The combination of reduced unsprung mass from the Fuchs wheels, firmer damping, and the inherent balance of the torsion-bar suspension gave the 911 S handling that was both challenging and rewarding in equal measure.
Inside, the 911 S featured a leather-wrapped steering wheel, additional instrumentation, and trim details that distinguished it from lesser models. However, the real character of the S was experienced through the driving position, the feel of the controls, and the mechanical connection between driver and machine. The dogleg-pattern five-speed gearbox required precise inputs but rewarded them with satisfying engagement, while the steering communicated every nuance of the road surface.
The 911 S quickly established itself in competition. It formed the basis for numerous racing variants and proved its durability in endurance events. The most famous competition achievement of the early 911 S era came at the 1967 Marathon de la Route at the Nurburgring, where Vic Elford and other drivers piloted a 911 R, a stripped-out variant sharing many S components, to an outright victory in the grueling 84-hour race.
For the 1969 model year, the 911 S received a displacement increase to 2.2 liters, producing 180 horsepower, and in 1972 it grew again to 2.4 liters with 190 horsepower. However, it is the original 2.0-liter 911 S that holds a special place in 911 history. It was the car that established the S badge as a mark of sporting distinction, a tradition that Porsche maintains to this day. The 1967 911 S proved that the 911 platform had immense development potential, laying the foundation for fifty-plus years of continuous evolution that would eventually produce the most successful sports car dynasty in automotive history.
Matching numbers are critical for value — verify engine, transmission, and color code against the Porsche Certificate of Authenticity. Rust is the primary concern: check battery box area, front trunk floor, longitudinal members, and kidney areas around rear wheel arches. The magnesium crankcase can develop through-bolt stud corrosion. Weber carburetors should be properly synchronized and jetted. Fuchs wheels should be inspected for cracks, especially around the center hub. Chain tensioner failure can cause catastrophic engine damage — ensure the mechanical tensioners have been updated. Electrical system uses generators on early cars, later switched to alternators. Values have risen sharply; expect $180,000-$450,000 depending on condition and documentation.
Approximately 4,691 units of the 2.0-liter 911 S were produced between 1967 and 1969 model years. The 1967 model year was the first to feature the S designation. Early 1967 models had a slightly different dashboard compared to later production. US-market cars received different emissions equipment that marginally affected performance. The Targa body style was also available as a 911 S from 1967.