The Man Who Owns Every Porsche Legend: Johan Dirickx on 911R & RS History

The Porsche 356 is the early, air-cooled Porsche that helped establish the brand’s sports-car identity. In collector circles, it’s often treated as a foundational “legend” model, which is why it gets grouped with later 911-era cars.

“Mid-engine” means the engine is placed near the center of the car, typically between the front and rear axles. That layout helps balance weight distribution, which can improve steering feel and traction compared with front- or rear-engine designs.

A “transaxle” combines the transmission and final drive (differential) into one unit, often mounted at the rear or in a mid-engine location. In Porsche usage, it’s part of how certain models achieve better weight balance and packaging for handling.

Goodwood is a famous British motorsport venue and event area known for track days and racing history. When Porsche owners talk about going to Goodwood, they’re usually referring to high-profile track events where cars are driven hard in a controlled setting.

Le Mans Classic is a periodic historic-racing event held at the Circuit de la Sarthe in Le Mans, France. It’s focused on classic cars, so it’s a natural fit for collectors talking about “legend” Porsche models being driven in period-correct ways.

RentSport Reunion is a motorsport gathering/event name that Porsche collectors reference when talking about where they’ve shown or driven their cars. It’s the kind of reunion where enthusiasts meet and cars are displayed or run, helping preserve community knowledge around specific models.

“Shifting gears” is the act of changing the transmission ratio to keep the engine in a useful power band for acceleration, cruising, or cornering. Johan lists it as part of the driving technique he enjoys mastering.

Braking is the process of slowing the car by converting kinetic energy into heat through the brake system. Johan includes it as part of the driving technique he wants to improve.

The Jaguar E-Type is a classic British sports car known for its long hood, sleek bodywork, and iconic 1960s design. In this episode, Johan Dirickx connects it to his childhood “dream team” in the family garage.

The “MK2” refers to the Jaguar Mark 2, a mid-size British saloon/coupe from the 1960s. Johan Dirickx mentions it alongside the Jaguar E-Type to describe the matching “dream team” cars his grandparents owned.

The Chevrolet Corvette is a performance sports car from Chevrolet, known for offering strong speed and driving feel at a relatively accessible price compared with many high-end sports cars. It often comes up in “what would you buy” conversations because it’s a mainstream, iconic alternative when someone is choosing between American and European performance. In a Porsche-focused podcast, it’s likely mentioned as a direct choice point for enthusiasts.

The Porsche 911 Turbo is the 911’s forced-induction performance version, known for using a turbocharger to dramatically increase power compared with naturally aspirated models. The speaker highlights that the grandfather bought the first turbo in Belgium, underscoring how significant and rare that early turbo 911 was.

Rust is corrosion of metal, and on classic cars it can be a major factor in both safety and restoration cost. Here, the speaker points out that the RS was a used, driven car with rust, which helped explain why it sold for relatively little money at the time.

Top speed is the maximum speed a car can reach under ideal conditions, and it’s often used as a headline performance metric. The speaker claims the car could do 245 (implying km/h) and describes driving it at that level repeatedly, emphasizing how performance expectations shaped daily use.

The “24 hours of Daytona” refers to the endurance race format where cars run continuously for a full day, testing durability and consistency. In this segment, the host uses Daytona as the proof point for the race-bred “RS”/RSR 911s, saying the first major event after the car came out was Daytona. Winning there is treated as a major milestone for Porsche’s racing reputation.

Putting the engine behind the rear axle describes Porsche’s classic 911 layout, where the engine sits at the back of the car rather than in front. This rear-engine placement strongly influences handling balance, weight distribution, and how the car behaves at corner entry and exit. The host calls it “anachronism” to emphasize how unusual it is compared with most cars.

The Nissan Quest is a minivan built for family transportation, emphasizing passenger space and practicality. It’s mentioned in the context of collecting and acquiring specific models, suggesting it’s part of a broader “complete the set” mindset rather than a performance discussion. In a podcast about cars, it can come up as an example of a particular vehicle someone wants to own for their collection.

The Porsche 992 GT3 RS is a track-focused 911 variant built to feel like a race car while still being road-legal. Dirickx highlights its lack of practical “street” compromises (like luggage space) and emphasizes that it brings racing tech—specifically DRS—into a road car.

DRS (Drag Reduction System) is a motorsport feature that temporarily reduces aerodynamic drag to improve straight-line speed. Dirickx is making the point that a road car having DRS is extremely unusual—he claims it’s essentially the only one he knows of and likely the only one ever produced with it.

The Porsche GT3 Touring is a GT3 variant that aims to keep the performance and track heritage of the GT3 while making it more livable for road use. In this segment, it’s grouped with other 911 derivatives as part of the same racing “descendants” lineage, but positioned as not as race-like as the GT3 RS.

The Ferrari Daytona SP3 is a modern Ferrari supercar designed to evoke the brand’s classic Daytona-era styling and spirit. It’s notable because it’s a limited-production, high-performance car that’s meant to feel like a tribute to Ferrari’s past while still being a current engineering package. The podcast context suggests it’s being discussed as a “car of youth” choice—something that connects nostalgia with a specific Ferrari model.

The Lamborghini Miura is one of the most influential early supercars, known for its dramatic styling and mid-engine layout. The guest name-drops it as a childhood inspiration, which helps explain his broader point about why certain classic cars become “blue-chip” collector targets.

Historical provenance means the documented history of a car—where it’s been, how it was maintained, and what parts or specifications it has retained. The guest says he’s a “stickler” for provenance, which matters because collector value often depends on originality and verifiable authenticity.

“Blue-chip” is a finance term used here to describe classic cars that are seen as safe, high-demand investments. The guest contrasts “great examples” with “bad examples” of these high-value cars, implying that condition and authenticity strongly affect whether a car deserves that premium.

Tour de France is referenced here as part of a broader set of big, high-profile events that attract wealthy participants. In this context it’s used to support the idea that modern historic racing and event culture increases demand for eligible cars.

In historic racing, “eligible” means a car meets the event’s rules for what it can be (correct model/variant, period specification, and documentation). The host argues that as eligibility standards and demand rise, it becomes harder to find cars that qualify and are still available.

“Matching numbers” means the engine (and sometimes other major components) are the original ones that correspond to the car’s documented identity. The host contrasts race-car priorities—where matching numbers often mattered less—with collector priorities, where finding the original engine can make the car more valuable and historically satisfying.

“Homologation” (here misheard as “hologation”) is the process of building a limited number of road cars so they qualify to race in a specific category. When the host says “RS-homologation” and “one of 17,” they’re describing a rare RS variant produced to meet racing rules.

Antwerp is a city in Belgium, and here it’s relevant because the car was delivered in the dealership there. For collectors, the delivery location can help confirm provenance—where the car started its life.

Paul is identified as the first owner who took delivery of the RS and then raced it. The key enthusiast detail is that he became Belgian champion multiple times with the car, which strongly supports the car’s racing provenance.

Annie is the widow who kept the RS after Paul’s death and later controlled the decision to sell. In collector terms, named custodians like this help establish provenance and continuity of ownership.

“Lightweight” here refers to a Porsche built with reduced mass—typically via thinner materials and weight-saving construction. The host contrasts “light steel”/thin gauge steel with a standard car, and ties that to the RSH’s purpose of being homologated against the regular series. This is why he values the car so highly.

Chassis numbers are the unique identifiers assigned to each car, used to track build details and (in this case) what was homologated. The host says the factory only has a few chassis numbers where it can confirm homologation information, implying that documentation varies by car. That’s why he can’t fully determine the homologation parts on his specific example.

A “restored car” is one that has been repaired and brought back toward a previous condition, often with replacement parts or rework. Here, the host says he wanted a car that can drive, and he’s less worried about minor damage because it can be restored again. That changes how he weighs risk versus enjoyment.

In enthusiast usage, an “original car” means it retains its factory configuration and hasn’t been restored or significantly altered. The host contrasts that with a restored car he’s willing to drive, because damage to an original example would permanently remove originality. He frames restoration as a way to preserve usability without permanently losing the car’s value.

“Originality” here means keeping the car’s original, unmodified state rather than re-restoring it. For collectors, redoing work can reduce provenance and authenticity, so they may choose to drive the car sparingly instead of changing it.

The transcript emphasizes preserving “originality,” which in Porsche collecting often overlaps with the idea of keeping major components consistent with the car’s original specification. That’s commonly discussed as “numbers matching,” where key parts correspond to the car’s original records.

Prodrive is a motorsport and engineering company known for building and supporting race programs. Here, it’s mentioned because the guest bought Prodrive’s archive containing detailed rally notes tied to specific Porsche chassis.

Rallies are motorsport events where cars compete on public or semi-public roads (often closed for the event) in timed stages. For rare Porsche race cars, rally records are a key part of tracing provenance—who drove which chassis, and how the car was set up.

Abbeville is a town in France that the guest references as the location for organizing a 25-year reunion. In enthusiast circles, reunions like this often help connect owners, drivers, and historians to reconstruct the history of rare cars.

The Porsche 911 R is a special, lightweight 911 built to feel like a race car for the road. In this episode it’s treated as a high point of early Porsche engineering, and the host connects its design DNA to later “race 911” models. The discussion also frames it as part of Porsche’s shift from rallying with street-based cars to purpose-built race-car development.

The Monte Carlo rally refers to the famous motorsport event where cars compete on public roads and challenging winter conditions around Monaco. In this episode, it’s used to explain that Porsche’s early rally efforts were based on street cars rather than being purpose-built race cars. That contrast sets up why Porsche later pushed to create a race car out of the 911.

Ferdinand Piech is a key Porsche executive/engineer figure credited here with pushing the idea of turning a 911 into a race car. In this segment, he’s described as arriving at the factory and being tasked with making a race car out of the 911—starting the broader program. The host also credits him with creating the lightest 911 up to that point and with the plan to build a limited run of cars.

A prototype category is a racing class for purpose-built race cars that aren’t based on production models. The host contrasts the Porsche 911 R running as a prototype competitor against other cars (including V12-powered entries), which explains why it struggled versus the top factory prototypes.

“V12s” means cars powered by a V12 engine layout—12 cylinders arranged in a V shape. The host is contrasting the Porsche 911 R’s performance against V12-powered competitors, implying the R was fast but not at the same level as the top V12 prototypes.

Mugello is a famous racing circuit in Italy, used by Porsche and other marques to test and race performance cars. In this segment, it’s specifically referenced for the first race outing of the Porsche 911 R entry.

This phrase points to a record attempt at Monza, with “67” indicating the year. Monza is a high-speed Italian circuit, so record runs there are often used to demonstrate straight-line pace and overall race-car efficiency.

In this context, “polyester” refers to body or aerodynamic components made from polyester-based composites. The host is describing lightweight or specialized materials used on the Porsche 911 R to create race-focused tweaks beyond what most people notice visually.

Homologation is the process of meeting racing rules by building a road-legal version of a race car (or a closely related version) in sufficient numbers. In this context, it explains why Porsche’s 2.7 RS is described as a homologated race car—because it was made to qualify for competition.

The Porsche 911 S is a more mainstream performance 911 compared with the more extreme, rare 911 R. Johan uses it as a pricing and desirability benchmark, saying the 911 R he bought was about 10 times the price of a 911 S at the time. That contrast helps listeners understand how special and collectible the 911 R is.

“Driven it sideways” describes intentionally oversteering so the car rotates and the rear steps out, creating a controlled slide. It’s a driving technique often associated with track driving and car control skills rather than everyday driving. Johan’s point is that he didn’t just own the 911 R—he actively used it in a performance way on track.

Dr. Daolio is mentioned as the first owner of the specific Porsche 911 R Johan acquired. That kind of provenance—who owned the car first and how it was used—matters a lot for rare collector cars. Johan’s point is that he contacted the original owner to gather history and context for the car’s story.

Ronsoni is referenced as the driver of one of the cars connected to Johan’s Porsche 911 R ownership history. Johan says he spoke with Ronsoni’s son, tying the car’s provenance to real people who drove it. For collectors, that kind of firsthand connection can be as valuable as paperwork.

The Porsche 935 is a legendary 1970s-era race car built around Porsche’s 911 platform, famous for its purpose-built aerodynamics and turbocharged power. In this segment, the host highlights the “single turbo” first-generation setup and the distinctive “slam nose” front end that became an era-defining look.

“Brake horsepower” (often abbreviated as bhp) is a measure of engine power measured at the engine output, typically on a dynamometer. The host mentions it in the context of rear-wheel output (“on the rear wheels”), which is a reminder that different measurement methods can yield different numbers.

A “slam nose” is a low, aggressive front-end aerodynamic design—typically with a very pointed or lowered nose—to improve airflow and reduce drag. The host credits the Porsche 935’s slam-nose look as a key part of its identity and says it was a product of pre-computer aerodynamic thinking.

“Single turbo” means the engine uses one turbocharger to pressurize the intake air, rather than splitting the work between two turbos. The host argues that the single-turbo Porsche 935 drives differently from the more-discussed twin-turbo version, which affects how power arrives and how the car feels on track.

“Double turbos” refers to a twin-turbo arrangement where two turbochargers are used to boost engine airflow. In this context, the host contrasts it with the single-turbo 935, claiming the twin-turbo cars drive better while the single-turbo cars behave differently.

Norbert Singer is a prominent Porsche race-car engineer known for designing cars that exploited racing regulations through clever aerodynamic solutions. Here, the host credits Singer with finding a “loophole” in the rules that helped create the Porsche 935’s distinctive front-end and overall aero package.

In racing, a “loophole in the regulations” means exploiting ambiguities or specific rule wording to gain an advantage that the rules didn’t intend. The host frames Singer’s work as finding a regulatory path that competitors (BMW, Ford) couldn’t match, leading to the Porsche 935’s distinctive effectiveness.

The Porsche 956 is a mid-1980s Porsche Group C prototype race car that competed at the top level of endurance racing. Here it’s mentioned as an alternative to the 935, with the guest arguing that the 911-based approach was more gratifying. The point is the contrast between purpose-built prototypes and race cars derived from the 911.

The Porsche 962 is the successor to the 956 in Porsche’s Group C prototype era, also designed for endurance racing. In this segment, it’s grouped with the 956 as “amazing cars,” but the guest still argues that the 911-derived 935 story is more compelling. It’s part of the broader comparison between prototypes and 911-based race cars.

The Porsche 935 is a legendary 1970s race car built around the 911 platform, but heavily developed for endurance racing. In this segment, Johan Dirickx contrasts it with prototype race cars and argues that turning a 911 into a successful race weapon (like the 935) is especially satisfying. He also calls out its “slam nose” look and describes it as a tremendous, if somewhat divisive, car.

“Y-side axle” appears to refer to a specific axle arrangement on the Porsche 993 that affects how the rear suspension locates the wheels. In the segment, the guest uses it to explain why the 993’s chassis isn’t as “easygoing” as the 964/earlier feel. It’s a chassis/handling detail rather than an engine or powertrain topic.

Road holding is how well a car maintains grip and stability while cornering—especially how confidently the tires stay planted under load. The speaker uses it to compare the 964 3.8’s chassis behavior to the 993 and the 3.6 narrowbody, arguing the 3.8 feels better planted without extra “gimmicks.”

Oversteer is when the rear of the car loses grip more than the front, causing the car to rotate and potentially slide. The speaker describes how the rear behavior feels and how the nose becomes more predictable and planted, which is essentially a discussion of how the car manages oversteer at the limit.

In this context, “drift” means intentionally driving with the car rotated relative to its direction of travel—typically a controlled oversteer slide. The speaker contrasts how far you can push the 964 3.8 versus the 3.6 narrowbody, and notes that the 3.8 is easier to get back under control.