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Porsche No. 1

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Porsche No. 1: Porsche designer Erwin Komenda, Ferry Porsche and Dr. Ferdinand Porsche with Porsche No. 1. Credit: Porsche AG
Porsche designer Erwin Komenda, Ferry Porsche and Dr. Ferdinand Porsche with Porsche No. 1. Credit: Porsche AG

Genesis of the Marque of Excellence

THE FIRST AUTOMOBILE to bear the sole Porsche name and badging wasn’t imagined as a “Porsche” at all.  In fact, Porsche No. 1, as it is now cult-like known, was originally designated as a “VW Two-Seater Sports Car” according to the original conceptual-design drawings.

So, early in 1947, what was destined to become Porsche No. 1 was conceived as an open two-seat roadster based in large part on pre-existing Volkswagen engineering, designs and components.

Yet despite ancestral ties to the VW, today all Porsches possess No. 1’s unique, unmistakable DNA, with a singular bloodline stretching all the way back to No. 1’s birthplace at the foot of the Reisseck Mountains — in Austria.

Nestled in the tranquil Malta Valley high in the Austrian Alps along tasty hilly, twisty mountain roads is where it all began for the marque of Porsche — in the secluded Carinthian village of Gmünd . . .

Porsche on the Lamb in Gmünd

In the thick of World War II, conversely, the Allies escalated their devastating air raids.  More and more bombs rained down on the centers of Germany’s mighty industrial complex — which included the bustling industrialized districts of StuttgartZuffenhausen where Porsche headquarters were located.

This dire turn of events became a major cause for concern for the company, which was mainly an industrial/military design firm at the time.

Then it happened.  An Allied bomb scored a direct hit on one of Porsche’s office buildings, destroying all of the company’s archived drawings.  Even though there were duplicate sets of drawings stashed away in two other offsite locations as a sensible precaution, this almost-fatal strike was the last straw.

Restructured earlier as a limited partnership in 1938, Porsche Kommanditgesellschaft (KG) made the covert move to Gmünd in late-autumn 1944 after grappling with the usual wartime red tape.

The company’s clandestine relocation to a rickety old wooden Gmünd sawmill had gone undetected until after the war.  But this wasn’t for any lack of trying on the part of the Allies to ferret out the company whose reputation for superior military design and engineering preceded it among the Allied Forces.

Ferry Porsche — along with only sister Louise Porsche Piëch, who adeptly shared in the running of the company in partnership with her attorney husband, Dr. Anton Piëch — secured a second location for storage purposes in Zell am See, Austria, a stone’s throw from “Schüttgut,” the Porsche family vacation estate.

So, while a small nucleus of managers and employees held down the fort in Zuffenhausen, Ferry Porsche and the company’s upper-echelon designers, executives, engineers and staff had uprooted from Germany, taking with them the homegrown genetic design strands from Stuttgart.

It is a given, then, that no matter where else the company might have relocated, all finished Porsche products would still bear that unique, inherent Stuttgart DNA.

At any rate, deep within the serene, top-secret sanctuary of Gmünd, the creation of successful designs from the house of Porsche resumed largely uninterrupted for almost 6 years.

The cornucopia of projects to surface from that cloistered Austrian sawmill included the Type 360 Cisitalia Grand Prix racecar, as well as prolific designs of engines, tanks and other military vehicles.

Porsche No. 1: Porsche No 1 in front of Porsche Automuseum Gmund. Credit: Pfeifhofer GmbH
The rickety old wooden Gmünd sawmill. Credit: Pfeifhofer GmbH

The penultimate Gmünd designs in terms of importance were of tractors and other farm equipment.  This no doubt was the result of Porsche KG’s shrewd anticipation of looming peacetime edicts that would oblige Germany to revert to an agrarian economy.  Thus the company sourced a new, lucrative revenue stream for the ensuing postwar years.

But the most extraordinary seminal endeavor embarked upon at Gmünd was the timeless iconic design and creation of Porsche No 1.

Porsche No 1: 60K10 - Typ 64 - body shell, low-angle, at Porsche Museum Stuttgart. Credit: Porsche AG
Typ 64, aka 60K10. Credit: Porsche AG

Porsche Beginnings: A Question of Origin of the Species

Yes, some pundits will contend that the true forebear of the Porsche marque is the Type 60K10, also known internally as Typ 64.

The Type 64’s bodywork was chiefly designed by peerless Porsche designer extraordinaire Erwin Franz Komenda, and the 60K10 was purpose-built in early-summer 1939 to capture the world spotlight.  The coachwork builder credited with its construction was Reutter, the coachbuilder of many Porsches to come.

Porsche KG’s grand marketing inspiration was to capitalize on the 60K10 in order to promote the new Volkswagen, or “people’s car.”  In short, the company planned to showcase its design expertise to the automotive industry and marketplace on a global scale.

For some reason, this groundbreaking Porsche design became known in many circles as the Type 64 strangely because it was predicated on the Volkswagen Type 64, which consisted basically of parts originally slated for the Type 64 VW Beetle.

But this detracts from the crucial genetic fact that this is a seminal evolutionary vehicle in its own right — the Typ 60K10.

The international stage on which this marketing coup was to officially debut was the German regime’s hoped-for Third Reich propaganda extravaganza:  The inaugural Berlin-to-Rome Race, set to take place later, in September 1939.

Regrettably for Porsche KG, the much-ballyhooed 800-mile Berlin-Rome race on both new Autobahns and country roads suffered sudden death before it ever began, as World War II rudely intervened, on September 3, 1939.

With three cars already built for the challenge, the 60K10 was also based on the Typ 60 chassis of the rear-engined Volkswagen.  As such, the 60K10 technically epitomizes a dominant Porsche genetic precursor because of the similar drive-train configuration it shares with the Type 60, as well as with the successive first-of-their-kind production Type 356s.

Porsche No 1: 60K10 shell -- aka Typ 64 -- at the Porsche Museum in Stuttgart. Credit: Porsche AG
60K10 shell — aka Typ 64 — at the Porsche Museum in Stuttgart. Credit: Porsche AG

As seen here in hammered aluminum form and not in actual vehicular form, the 60K10 is now commonly referred to as only the Type 64.  It is displayed at the Porsche Museum, and was here in America from March through June 2010 at the High Museum of Art in Atlanta, Georgia, home of Porsche Cars North America.

Porsche No 1: While Type 64 was exhibited in Atlanta, the Porsche Museum displayed this wooden skeleton structure through 2010. Credit: Porsche AG
While Type 64 was exhibited in Atlanta, the Porsche Museum displayed this wooden skeletal structure through June 2010. Credit: Porsche AG

Secondly, the Type 64 constitutes a dominant phenotype of the Porsche genome simply yet elegantly because of Komenda’s unsung design genius, which influences as well as pervades all Porsche styling — The Komenda Touch, in essence.

For instance, one can identify the Type 64’s aerodynamic curves, angles and lines in most Porsches, especially all 911s, as well as in Caymans and Panameras, to this day.

The Type 64, consequently, has come to exemplify Porsche’s proverbial “missing link” between the Volkswagen Type 60 and Porsche No. 1.

Porsche No. 1: Porsche No. 1 model from Porsche Museum Stuttgart. Credit: Porsche AG
The Komenda-designed Porsche No. 1. Credit: Porsche AG

Porsche Automobiles: The Komenda Touch Immortalized

In any case, Porsche No. 1 is bona fide progenitor of each and every Porsche we love to drive — and sometimes red-line too, of course.

First, it’s no coincidence that Erwin Komenda also designed No. 1’s slippery aerodynamic body, an indisputable classic in the Porsche pantheon of design.  Thus there’s no escaping the fact that Komenda’s quintessential Porsche styling organically manifests itself and its vocabulary in nearly every Porsche ever built to present day.

Writer Dan Proudfoot in Excellence magazine* precisely distills the essence of Komenda’s design style down to this:  “Spare with flair.”  StuttgartDNA couldn’t agree with you more, Mr. Proudfoot.

As an interesting side note, this astute deduction might also imbue some substance, sparse though it may or may not be, to the ethereal, inscrutable Porsche Mystique.

For example, in the November 2009 issue of Gabriel’s Horn, the award-winning Porsche Club of America newsletter of the San Gabriel Valley Region outside Los Angeles, columnist Jim Alton II touches on this very issue.  Describing the Panamera, Mr. Alton discerns, “Like most Porsches, the styling looks like it will be handsome forever rather than the beauty of the moment.”

Mr. Alton could be on to something:  That is, what is logical to infer from his pithy observation is that faddish, avant-garde styles come and go, and beauty is fleeting as well as fickle, but thanks to Komenda’s immortal styling, Porsche designs — because they are timeless — will always be stylish.

Indeed, this is elemental to Porsche No 1’s streamlined, spare-with-flair body design.

No. 1’s descendants, moreover — most notably the 550 Spyder, 914, Boxster, and Cayman — all share not only No. 1’s original mid-engine drive-train concept, but also that very same spare-with-flair sensibility.

Finally, as the first car dubbed a “Porsche,” No. 1’s existence actually pre-dates Ferry’s move to add the “Porsche” badging to his personal 60K10 automobile.  It so happens that he did this to publicize the inaugural launch of the first Porsche production cars.

The original Gmünd beauties were the very first Porsche 356s, all aluminum bodied — known as the Gmünd Porsches.  So it stands to reason that Ferry’s course of action was a subtle yet legitimate marketing tactic announcing the fact that these first Porsches were going to market.

Porsche No 1 at rest on track. Credit: Porsche AG
Credit: Porsche AG

Porsche No. 1: Origin of a Marque

But before those 50 Gmϋnd 356s could in fact come to market, they had to be designed, developed and prototyped.  Porsche No. 1 embodies the metamorphosis into that seminal prototype.

Getting there, though, took some doing, beginning in 1947.  Ferry Porsche and Karl Rabe, Chief Engineer of the Porsche Design Office, hatched a plan to get back in the good graces of the Volkswagen Company pursuant to future lucrative automotive deals.

Ferry and Mr. Rabe embarked on a campaign to build the company’s first sports car, deciding that it would be an open two-seater affair, cobbled together from various Volkswagen odds and ends to keep costs as low as possible.

They settled on a mid-engine layout — not unlike today’s Boxster / Cayman configuration — which meant fitment behind the cockpit.  Thus the engine would rest amidships within a tubular space frame, a very costly chassis structure, especially when mass produced.

But this was a prototype after all, so the space frame was ideal both in terms of weight and durability by virtue of its sophisticated design, which deliberately factored in maximum stiffness.

The engine was to be a boxer powerplant, specifically a flat four, placed ahead of the rear axle shaft, with the transaxle trailing behind it.  So the engine sat within the wheelbase and drove the rear wheels.

Naturally, this being the polar opposite of the typical Type 60 Volkswagen configuration, the VW suspension had to be reversed and completely rearranged.

One appreciable benefit was reaped from going to all the trouble:  This novel configuration paved the way for dovetailing the stiffened springs with the mid-engine’s much-better-balanced weight distribution and lower center of gravity to mitigate oversteer, which is the tendency of a vehicle’s rear end to whip outward during a twisty turn, especially a spirited one.

Of course, oversteer is a common phenomenon that many Porsche owners have happily mastered over the generations when driving rear-slung-engined models.

The cobbled-together Volkswagen parts included the:

  • Steering box
  • Clutch
  • Gearbox
  • Headlights
  • Nine-inch-diameter drum brakes which were operated mechanically via a system of tensioned cables

Contrary to conventional wisdom, though, durability of the finished Porsche No 1 was never problematic:  According to Karl Ludvigsen’s masterwork, Porsche: Excellence Was Expected, Ferry Porsche confided, “We had a saying:  ‘If it held up in the Kϋbelwagen, it’ll certainly hold up in the sports car!’”

Porsche No 1, front view, Porsche Museum Stuttgart. Credit: Porsche AG
Porsche No 1, on display at the Porsche Museum Stuttgart. Credit: Porsche AG

Porsche Research and Development:  Cultivating the Marque

Finally built, the chassis of the sports-car prototype was officially christened the Type 356 on June 11, 1947.  The Porsche Design Office fully understood the rich potential of this car.

Ferry Porsche and Karl Rabe embraced the promise that Porsche No. 1 would enable the company to rekindle its favorable relationship with the Volkswagen Company.  As we know, much earlier, Ferdinand Porsche’s entry was awarded Best Design of the “People’s Car” by the state-sponsored German Labor Front.  Ferry and Karl knew they could curry favor once again.

After all, in the years following World War II, the VW Company began enjoying sustained prosperity.  Several thousand VWs were produced each year despite Germany’s deep post-war depression.

Needless to say, Ferry shrewdly negotiated the rights to substantial fees from the engineering and designs of the Volkswagen automobile.  Each and every time a VW rolled off the production lines year in and year out, a royalty was earned.

Ferry invested these royalties right back into the research and development of the Type 356.  He also secured distribution deals whereby the VW Company would retail 356s through its network of dealerships.

Porsche No 1: Porsche 356 No 1 in Gmünd, 1948. Credit: Porsche AG
Porsche 356 No 1 in Gmünd, 1948. Credit: Porsche AG

In March 1948, the Porsche Design Office was ready to test the chassis of Porsche No. 1, now assigned the serial number 356-001.  Komenda’s less-is-more open roadster body was married to chassis in late April.

Ultimately the car wound up with a wheelbase of 84.6 inches, and a dry weight of 1,330 pounds.  Porsche No. 1 was ready for thorough testing at the end of May 1948, already three years after the fall of Germany in the war.

As the Porsche family members were of Austrian descent and not apologists for the Nazi regime, it seems fitting that the inception of the marque of Porsche occurred in Austria.  Later, in 1950, Porsche KG returned to Stuttgart, which had since been cleansed of the stench of Hitler.

It stands to reason, then, that DNA is not a matter of where one is born, but rather how one stays true to one’s genome map.  Thank goodness this applies even to the slow evolution of Porsche automobiles.

But there was more work to be done in serendipitous self-exile.  Renowned throughout Europe as one of the most accomplished international test drivers of automobiles at the time, Ferry Porsche himself put No. 1 through its paces.  Gmünd proved to be an ideal venue for this.

Not only did the surrounding windy foothill roads serve as good proving grounds, but just a dozen miles north of Gmünd there was also the Katschberg Pass.  It consisted of a series of twisty switchbacks with a challenging 32-percent grade.  Much of Porsche No. 1’s robust development and ultimate fine-tuning took place on these tight, steep, meandering roads.

Porsche No 1, right-front, Porsche Museum Stuttgart. Credit: Porsche AG
Porsche No. 1, Porsche Museum Stuttgart. Credit: Porsche AG

The Marque of Porsche is Born

It was on the very date of June 8, 1948, that the government of the State of Carinthia issued a special permit for Porsche No. 1’s official operation on the roadways in and around Gmünd, as well as up and down the Katschberg Pass.

The granting of the governmental permit on this fateful day not only paved the way for the aforementioned rigorous testing and shakedown of Porsche No. 1 — but it also immortalized 8 June 1948 as the official birthdate of the marque of Porsche, celebrated to this very day.

The world was first introduced to the fledgling marque of Porsche at the Swiss Grand Prix on the fourth of July, 1948.

This was a very auspicious debut because such prestigious automotive journalists as Max Troesch of Great Britain’s The Motor and Robert Braunschweig of Switzerland’s Automobil Review tested Porsche No. 1 on the racecourse before the running of the Grand Prix.

These and other automotive writers’ findings were published in their respective automotive journals.  They were virtually unanimous in proclaiming Porsche No. 1’s revolutionary traits:

  • Superb agile handling
  • Tenacious road adhesion
  • Consistent straightaway stability on even the roughest of road surfaces
  • Overall modern road-motoring comfort

A week later, on July 11, 1948, Porsche began its rich racing heritage:

  • The city:   Innsbruck, Austria
  • The race:   Rund um den Hofgarten, a through-the-residential-streets, by-the-seat-of-your-pants hell raiser
  • The historic reverberation through time:  Porsche earning its place in the record books as topping the podium for the very first time in its first automotive race ever
  • The car:  Porsche No. 1

The Austrian Rund um den Hofgarten began Porsche’s long string of racing victories enjoyed to this day after Porsche No. 1 won its class.  Racing victories beget car sales.  Car sales beget Porsche ownership.  Porsche ownership begets a lifetime of utter driving pleasure and just-good-ol’-fashioned happy motoring.

There is no substitute for the sensation experienced while finessing a Porsche through tortuous switchbacks and twisty, hilly back roads anyplace on the planet.  It is simply exhilarating, yet Zen-like — something akin to Komenda’s design philosophy itself.

With the drafting of Work Orders No. 556 and No. 557, Porsche Kommanditgesellschaft (KG) launched the manufacture of the first 50 aluminum-bodied production 356s from Gmünd in March 1948.

The wheels that set these historic beginnings in motion were the first orders from middle-man Rupprecht von Senger and actual financier Bernhard Blank.  Both Swiss nationals keenly recognized the commercial potential of selling the first Porsches, which were designated internally as Type 356/2.

As we all now know, Type 356/2 — and each and every other Porsche since produced — owes its very existence to Type 356-001 – Porsche No. 1.

Porsche No 1: Ferry Porsche is pictured here at the driver's wheel of Porsche No 1. Credit: Porsche AG
Ferry Porsche behind the wheel of Porsche No. 1, which put him behind the wheel of the House of Porsche. The year: 1994. The occasion: Mr. Porsche’s 84th birthday. Credit: Porsche AG

And as they say, the rest is history — a rich, proud, illustrious, triumphant Porsche history that continues to this day and hopefully far, far, far into the future . . .

© 2020-2021 Copyright Larry Domasin / StuttgartDNA.com.  All rights reserved.


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Suggested further bibliographical reading, research and study:

* “About Face” [article about Erwin Komenda] by Dan Proudfoot, Excellence magazine, No. 147, June 2006

The Concise Biography of Ferdinand Porsche by Larry Domasin — StuttgartDNA.com (2020)

The Concise Biography of Ferry Porsche by Larry Domasin — StuttgartDNA.com (2020)

Gabriel’s Horn, November 2009 newsletter issue, Porsche Club of America — San Gabriel Valley Region

Great Cars: Porsche (DVD), Michael Rose Productions (2004)

Porsche: Excellence Was Expected by Karl Ludvigsen — Bentley Publishers (2003)

The Porsche Family Tree — Porsche Club of America (1995)

Porsche: The Incredible Porsche 911 (DVD), The History Channel (1994)

Porsche: Victory by Design (DVD), Goldcroft Films, LLP (2003)

Porsche Taycan to feature Apple Maps EV-charger routing

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Pictured here is an Apple Maps EV routing screen to PECLA. Credit: Porsche AG
Credit: Porsche AG

The Porsche Taycan will feature Apple Maps EV-charger routing to enhance the worry-free travel experience of iPhone users.  The EV routing capability comes to U.S.-based Taycan models directly within Apple CarPlay®.

This new Apple Maps® EV-charger routing feature provides: 

  • Vehicle state of charge (SOC)
  • Exact locations of charging stations along the driver’s plotted route, and
  • Estimated charging times
Pictured here is an Apple Maps EV routing screen to PECLA. Credit: Porsche AG
Credit: Porsche AG

Apple Maps EV-Charger Routing Streamlines Navigation

Porsche Digital, Inc., of Palo Alto, California, gives U.S.-based Taycan owners the ability to navigate and route-plan via Apple Maps within Apple CarPlay. Porsche Digital collaborated with Apple® to make this happen.

Consequently, drivers can remain within the CarPlay ecosystem to plot a direct route. This provides intermediate charging pit stops along the way.

Every Taycan will feature the Porsche Charging Planner (PCP).  PCP optimizes designated charging stops in accordance with anticipated state of charge (SOC) on each arrival. PCP also factors in average speed within the parameters of current traffic conditions.  Thus this affords Taycan owners more leeway in plotting their routes. 

Greater Flexibility in EV Route Planning

“We’ve listened to our customers, and they appreciate flexibility,” states Steffen Haug, Managing Director, Porsche Digital, Inc.

“This integration with a product that they are already familiar with gives more options and confidence in how they use their Taycan, both in day-to-day activities and on longer road trips.”

Apple Maps EV-charger routing furnishes more flexibility via real-time vehicle data to assist drivers with optimal navigation to reach their destinations.  This EV routing analyzes such things as elevation changes and other factors along the route. The EV routing uses this info to identify and recommend charging stations between Points A and B.

Apple Maps and My Porsche App Coordination

In this way, if the vehicle’s charge falls too low at any given point traveled, then the driver is provided with a suitable route to the nearest compatible charging station.

U.S.-based Taycan owners will be able to access Apple Maps EV routing through the latest My Porsche app on their iPhones.  Owners can simply follow a few easy steps in both the My Porsche app in conjunction with Apple Maps to enable this novel feature.

You can learn more about EV routing by going to the Apple Maps EV Routing FAQ as well as the Apple Maps Product Page.

Porsche Cayenne:  the new 2024 Cayenne roll-out

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Porsche Cayenne:  Roll-out of the new 2024 Cayenne: Depicted here is a beautiful light-blue sketch of the Cayenne 2024 design. Credit: Porsche AG
Credit: Porsche AG

The Porsche Cayenne gets a fresh Stuttgart roll-out in the form of the new 2024 Porsche Cayenne.  The 2024 Porsche SUV sports substantial all-new upgrades.  This particular Porsche Cayenne is the third-generation luxury Porsche SUV benefiting from a mid-cycle comprehensive update. 

Enhancements to the Zuffenhausen company’s popular Porsche Cayenne include upgrades improving performance, comfort, styling, and technology too. 

The new Cayenne’s tweaks include:  exterior refreshes, engine power boosts and selection (e.g., return of the V8), select interior enhancements, and chassis improvements.  You can order the 2024 Cayenne now starting at $79,200 plus destination fees, with deliveries arriving this summer 2023 at dealers across the States.

Pictured here is the Cayenne 2024 driver's-view interior. Credit: Porsche AG
Credit: Porsche AG

Updates to the 2024 Porsche Cayenne’s Luxurious Interior

The new Porsche Cayenne gets a totally redesigned interior and dashboard layout.  New to the 2024 luxury Porsche SUV is the concept of the Porsche Driver Experience, optimizing the driver’s control of crucial functions, as its name implies.  This notion was first seen in the Taycan.  It entails improvements concerning driver controls placed right on steering wheel or as close as possible to steering wheel. 

In addition, other vital driver functions are placed on a stalk to the left of and behind the steering wheel.  The gear selector has been moved to the dashboard; this frees up the new center console above the transmission tunnel for a larger A/C and heating climate controller and for a slight increase in storage.

RELATED READ: Porsche Cayenne Control-Arm Recall

The instrument cluster is also new to the Porsche Cayenne 2024.  It consists of a curved, freestanding 12.5-inch digital-analog-combo display screen and variable display options.  An optional head-up display is on offer. 

The standard PCM 12.3-inch infotainment touchscreen includes the latest Porsche Communication Management software — as well as such native apps as Apple Music and Spotify to optimize connectivity in the Porsche SUV.   

Pictured here is the Cayenne-2024 interior Porsche Driver Exp, passenger side. Credit: Porsche AG
Credit: Porsche AG

And then there’s the passenger screen as an option, a 10.9-inch display, which is new for first time to the Cayenne.  Originally seen in the Taycan too, it consists of an infotainment system to stream video while on those sought-after road trips.  Porsche claims its screen utilizes a special concealing optical layer, making the playing video non-visible to the driver.

Artfully photographed here is a Cayenne-2024, left headlight, up close. Credit: Porsche AG
Credit: Porsche AG

Sharper Exterior Design for the 2024 Porsche Cayenne

The new 2024 Porsche Cayenne sports a refreshed front end.  It includes redesigned fenders, hood and headlights, just above the restyled bumper, which features more functional and striking air intakes.  The rear end has been revamped too.  It includes three-dimensional taillights, a new rear fascia with a much better integrated license-plate holder.

New colors have been added to expand the Cayenne’s color palette:  Arctic Grey, Algarve Blue and Montego Blue Metallic.  There is also a fresh, new selection of wheels in 20-, 21- and 22-inch sizes. 

Porsche Cayenne:  Roll-out of the new 2024 Cayenne: Depicted here is a beautiful light-blue sketch of the Cayenne 2024 design. Credit: Porsche AG
Credit: Porsche AG

The 2024 Porsche Cayenne Gets a Beefier Family of Engines and the Return of the V8 — Probably the Last of the Cayenne ICEs

The family of engines for the Porsche Cayenne for 2024 has been beefed up across the board.  This is most likely the last family of Cayenne internal-combustion engines, sadly. In ascending order of model trim, these are the latest upgraded, more powerful engines:

Pictured here is the Cayenne standard base model 3.0L V6 turbo engine. Credit: Porsche AG
Cayenne standard base model 3.0L V6 turbo engine. Credit: Porsche AG

Cayenne — the standard base model

  • Optimized 3.0-liter V6 single-turbo engine
  • 348 horsepower and 368 lb.-ft. of torque, which is 13 hp and 36 lb.-ft. more than the previous model year
Pictured here is the Cayenne S 4.0L V8 twin-turbo engine. Credit: Porsche AG
Cayenne S 4.0L V8 twin-turbo engine. Credit: Porsche AG

Cayenne S

  • Twin-turbo 4.0-liter V8 engine, replacing last year’s 2.9-liter V6 engine
  • 468 horsepower and 442 lb.-ft. of torque, 34 hp and 37 lb.-ft. more than its six-cylinder predecessor
  • Accelerates both the SUV and the SUV Coupé to 60 mph in up to 4.4 seconds when equipped with the Sport Chrono Package
  • Top track speed = 169 mph
Depicted here is the Cayenne E-Hybrid powertrain. Credit: Porsche AG
Cayenne E-Hybrid powertrain. Credit: Porsche AG

Cayenne E-Hybrid

  • Optimized 3.0-liter V6 single-turbo engine from the base model combined with the new 174-hp electric motor
  • 463 combined horsepower
  • New high-voltage battery boasting an increased capacity from 17.9 kWh to 25.9 kWh
  • A new 11 kW on-board AC charger now reduces the charging time at a compatible power source to less than two and a half hours in spite of the enlarged battery capacity

Cayenne Turbo GT, available exclusively as a coupé

  • Twin-turbo 4.0-liter V8 engine
  • 650 horsepower and 626 lb.-ft. of torque, 19 hp more than last year’s model
  • Zero to 60 mph in 3.1 seconds
  • Top track speed = 189 mph

While we’re on the subject of the Cayenne Turbo GT, here are some of its reported standard equipment

  • Porsche Dynamic Chassis Control (PDCC)
  • Porsche Ceramic Composite Brake (PCCB)
  • Rear-axle steering
  • Sport Exhaust system with titanium tailpipes
  • 22-inch GT Design wheels fitted with ultra-high-performance tires
Pictured here is the Cayenne 2024, left corner, tooling along a road. Credit: Porsche AG
Credit: Porsche AG

Chassis Refinements on the 2024 Porsche Cayenne

New-and-improved chassis features further enhance the 2024 Porsche Cayenne.  Now coming standard on the new Porsche Cayenne are Porsche’s PASM adaptive dampers.  They comprise a new two-valve suspension for compression as well as rebound. 

Adaptive air suspension comes optional but is standard equipment on the Turbo GT.  Tweaked rear torque-vectoring and rear-axle steering systems appreciably improve road-and-track handling. 

Depicted here is the Cayenne 2024 parked on a mountain incline. Credit: Porsche AG
Credit: Porsche AG

Concluding Thoughts on the Upgraded 2024 Porsche Cayenne

The Porsche Cayenne 2024 grants all of the aforementioned tweaks, and then some.  The Cayenne’s base wheels have been increased from last year’s 19 inches in diameter to 20 inches, for example.  This expands the contact patch and thus increases mechanical grip.  How bad can that be? 

Pictured here is the Cayenne 2024, left side, in studio. Credit: Porsche AG
Credit: Porsche AG

Porsche Cayenne Standard Equipment

The Porsche Cayenne models for 2024 come with some of the following expanded standard equipment

  • Comfort Access keyless entry
  • Lane Change Assist
  • Lane Keep Assist
  • Matrix Design LED headlights
  • Porsche Active Suspension Management
  • Smartphone tray with inductive charging at up to 15 watts
Pictured here is the Cayenne 2024, right-rear, in studio. Credit: Porsche AG
Credit: Porsche AG

Porsche Cayenne Pricing

Pricing for the 2024 Porsche Cayenne models (all include the $1,650 Delivery, Processing and Handling Fee)

Cayenne SUVs

  • 2024 Porsche Cayenne base — $80,850
  • 2024 Porsche Cayenne E-Hybrid — $93,350
  • 2024 Porsche Cayenne S — $97,350

Cayenne Coupés

  • 2024 Porsche Cayenne Coupé base — $85,950
  • 2024 Porsche Cayenne E-Hybrid Coupé  — $97,350
  • 2024 Porsche Cayenne S Coupé  — $103,750
  • 2024 Porsche Cayenne Turbo GT — $197,950

The new Porsche Design Golf Collection

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Depicted here is a Golfer carrying Porsche Design golf bag. Credit: Porsche Design
Credit: Porsche Design

The New Porsche Design Golf Collection could be just the ticket for both avid Porschephile golfers and ardent non-Porschephile golfers alike.  Porsche Design’s Golf Collection offers up the basics — albeit the most stylish, sophisticated “basics” for which the PD brand is world-renowned: 

The PD Golf Collection presents a golf cart bag and a bag with a stand.  Also presented is a golf travel bag in which to stow your golf bag and clubs when traveling to play, say, the most prestigious golf courses round the planet. 

Pictured here is the Porsche Design Cart Golf Bag with the "Porsche" lettering on the right side. Credit: Porsche Design
Golf Cart Bag Sport. Credit: Porsche Design
Seen here is the Porsche Design Stand Golf Bag, facing Porsche lettering. Credit: Porsche Design
Stand Golf Bag. Credit: Porsche Design

Two Stylish yet Functional Porsche Design Golf Bags for your Choosing

The two golf bags on offer are, as dubbed by PD: 

Both golf bags share the following features: 

  • Comfortable, balanced and adjustable carrying system
  • Glove, umbrella and towel holder
  • 4-way divider compartment for your golf clubs
  • Constructed of 100% water-repellent nylon
  • Waterproof rain hood, and best of all
  • “PORSCHE” silicone lettering on the side

Whether you drive a Porsche 911, Boxster, Cayenne, Cayman, Macan or Taycan — or even some other vehicle manufactured outside the city limits of Zuffenhausen — these gems in the Porsche Design Golf Collection are perfect for the golfing enthusiast. 

But don’t be selfish.  Porsche Design’s golf bags could also serve as perfect golf gifts for men, or golf gifts for women too. 

And as they say . . . “but wait, there’s more . . . “

Seen here is the Porsche Design Golf Travel Bag. Credit: Porsche Design
Golf Travel Bag Sport. Credit: Porsche Design

A Porsche Design Golf Travel Bag to Transport Your Golf Bag and Clubs

The new Porsche Design Golf Collection also smartly includes a golf travel bag in which to stow your golf bag and clubs when globetrotting to play some of the best golf resorts offered internationally. 

Porsche Design’s Golf Travel Bag — Sport boasts the following features:

  • Internal storage pockets
  • Ball-bearing skate wheels enabling easy transport
  • Water-repellent cover to protect your golf bag and gear
  • Protective foam shell and padded side walls
  • Suitable for bags bearing a maximum top diameter of 11 inches
  • Constructed of 100% tarpaulin/nylon, and, again, best of all
  • “PORSCHE” silicone lettering on front

Concluding Thoughts on Par (and More)

So what’s not to like about the latest Porsche Design Golf Collection?  It introduces a nice choice of awesome golf bags and a “form-as-well-as-functional” golf travel bag.   

Again, each gem in the collection can also serve as coveted golf gifts for men, as well as golf gifts for women.  The lucky recipients will be forever grateful. 

Heck, there’s even a nifty “PORSCHE”-woven gym-and-golf towel on offer. 

Here’s the pricing, in case you have to ask;-)

  • Golf Cart Bag — Sport:  USD $565.00
  • Golf Stand Bag — Sport:  USD $500.00
  • Golf Travel Bag — Sport:  USD $400.00
  • Gym Towel:  USD $110.00

Car Phone Holder Buying Guide

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Groovy Porsche Gear Store: Car Phone Holder Buying Guide: Seen here are two Lisen car phone mounts attached to A/C vent fins. Credit: Amazon

Our StuttgartDNA Car Phone Holder Buying Guide will help you sort through all types, styles and features of car phone holders and car phone mounts. You will be able to make much more intelligent decisions and choices by the time you finish this article.

There is a dizzying array of cell phone holders, mounts and cradles in the marketplace. So you’ve come to the right place. We’ll assist you in zeroing in on phone car mounts most suitable to your own unique needs.

Smartphones have become indispensable in our everyday lives. Our cell phones in effect rule almost every waking moment of our lives — for school, work, pleasure, you name it. They have become virtual appendages — even infiltrating our cars, SUVs and trucks.

We use our smartphones in our vehicles for navigation, information, entertainment and communication.

smartphone car technology phone
Photo by Pixabay on Pexels.com

So how best to mount and use our cell phones as safely as possible on the road? Here we show you some of the best ways to do just that.

A proper car phone holder serves one vital function: allowing you to use your phone with the least distraction possible while on the road — with both hands on the wheel and eyes on the road.

The aim of a good phone mount is to align you field of vision as narrowly as possible — keeping your line of sight on the road within the shortest distance possible to your phone.

Finally, it is imperative to install a phone holder in cars that didn’t come with the option of an integrated navigation system. A suitable car phone mount will aid you in this case with the following tasks:

  • Making safe phone calls
  • Calling via your phone’s voice assistant
  • Getting audible turn-by-turn directions

So we’re here to help you find that ideal car phone holder to suit all of your smartphone vehicle needs. Let’s get started.

As an Amazon Associate, StuttgartDNA may earn a modest commission via links on our site from your secure purchases on Amazon.com — but at absolutely no additional cost to you. Thanks for your support!

Three Basic Car Phone Holder Types

These basic types of cell phone holders for car, SUV or truck involve how the holder attaches inside your car. 

EXAMPLE

1. Vent-Mount Car Phone Holder

Car Phone Holder Buying Guide: Depicted here is the Belkin F7U017bt Car Vent Mount attached in a car. Credit: Amazon
Credit: Amazon

Belkin F7U017bt Car Vent Mount

  • Vent Mount — snaps on to the fins of your A/C and heating vents, such as the Belkin F7U017bt Car Vent Mount example above
    • This type of mount ideally sits high enough to keep your phone in your field of vision while driving with your eyes on the road
    • Your smartphone itself is mounted to this holder either by magnets or clamps
    • The phone car holder itself may or may not enable wireless charging
    • Cons:
      • Reduced A/C airflow
      • Potential damage to your vent fins

EXAMPLE

2. Dash- or Window-Mount Car Phone Holder

Car Phone Holder Buying Guide: Pictured here is the Kenu Airbase Car Phone Mount attached to a car dashboard. Credit: Amazon
Credit: Amazon

Kenu Airbase Car Phone Mount – Dashboard, Windshield

  • Dash or Window Mount — attaches either to your dash top or windshield, such as the Kenu Airbase Car Phone Mount – Windshield, Dashboard example above
    • Enables shortest distance in your line of sight between the road and your phone
    • Could reduce your visibility by blocking some of your vision of the road
    • Greatest mounting versatility
    • Cons:
      • Suction cup adhesion to windshield could be insecure
      • Mounting on your dash may require sticky, damaging adhesive

EXAMPLE

3. Cupholder Car Phone Holder

Car Phone Holder Buying Guide: Pictured here is a WeatherTech CupFone Two View shown in a car's cupholder. Credit: Amazon
Credit: Amazon

WeatherTech CupFone Two View with Extension

  • Cupholder — sits inside one of your cupholders, with no need for adhesion to any surface or vent, such as the WeatherTech CupFone example above
    • Most effective if  your cupholders are set high in your dashboard
    • Cons:
      • Least effective if your cupholders are set low in your car, causing your phone to sit well below your road line of sight
      • Takes up space of another drink or coffee

EXAMPLE

CD Slot-Mounted Car Phone Holder

Car Phone Holder Buying Guide: Depicted here is the iOttie Easy One Touch 5 CD Slot Mount cell phone holder. Credit: Amazon
Credit: Amazon

iOttie Easy One Touch 5 CD Slot Mount

A forth, but relatively rare, basic car phone holder type mounts within your car’s CD slot, if your car has one. Chances are, it does not nowadays. See the iOttie Easy One Touch 5 CD Slot Mount example above. 

Two Vent-Mount and Dash- or Window-Mount Sub-types

There are two sub-types of attaching mechanisms holding the phone itself to the car phone mounts that follow. 

EXAMPLE

Magnetic- or adhesive-attached mounts

Car Phone Holder Buying Guide: Here we see depicted the Scosche MPWDB MagicMount Pro Magnetic car phone holder. Credit: Amazon
Credit: Amazon

Scosche MagicMount Pro Magnetic Car Phone Holder

  • Magnetic- or adhesive-attached mounts — your phone connects to the car phone holder with a magnet; however, the magnet may have to be attached to your phone or phone case with a sticky adhesive substance.  See the Scosche MPWDB MagicMount Pro Magnetic Car Phone Holder example above.
    • Very easy to operate
    • The magnet itself will probably not harm your smartphone’s innards because today’s phones consist of mostly non-metallic circuitry
    • Cons:
      • If magnetic-based, may require attachment of a small metal plate to your case or to the back of your phone
      • If adhesive-based, may require permanent placement which could damage the surface to which it’s adhered with glue; could also prevent transfer between vehicles
      • May interfere with wireless charging if it obstructs your phone’s charging coil

EXAMPLE

Tension Arm-Attached Mounted Car Phone Holder

Car Phone Holder Buying Guide: What we have pictured here is the iOttie Easy One Touch 4 Car Phone Mount. Credit: Amazon
Credit: Amazon

iOttie Easy One Touch 4 Dash & Windshield Car Phone Mount

Tension-arm mounts function in the following manner, in most cases:  The extendable right tension arm can be pushed outward wide enough for your phone to fit; then it can be released to snugly secure your phone in the cradle.  

However, be aware of the fact that tension-arm-type mounts make it a little more difficult to attach and remove your phone. 

Desirable Features

Here are features that you should look for in car phone mounts during your search.  Try to round up as many of these features in your phone-holder candidates as you can for the best fit. 

Size Versatility

It is important to obtain a phone mount that can accommodate the size of your smartphone.  This is especially important if you plan to use your phone with a case.  What good will a phone mount do if you have to keep removing your case to fit your phone in the cradle once you get in your vehicle? 

Mounting Stability

Keep in mind that your chosen car phone holder should hold your phone quite snugly and securely inside your car.  This is especially critical to make sure your phone stays put over any type of rough terrain on which you might be traveling. 

Maneuverability

Be sure to seek out phone mount candidates that allow you to easily adjust the phone screen.  You should be able to rotate and/or swivel the screen well within your field of vision — yet without obstructing your view of the road ahead. 

In other words, your car phone holder should allow for ample vertical and horizontal rotation and about 45 degrees of movement tilting back and forth or to the sides. 

Ease of Use

Look for phone holders that allow you to attach, remove and adjust your phone with ease — especially with one free hand.  This could make all the difference in the world in helping you keep your eyes on the road, and at least one hand on the wheel at all times. 

Factors to Consider

Versatility in moving from car to car

Do you wish to use your car phone mount in only one vehicle?  Or do you need to move your car phone holder from on vehicle to another? 

Strength of magnets

If you are leaning toward magnetic attachments for your phone, will the magnets be strong enough to keep your smartphone very secure in its place? 

Location of where to mount your car phone

Have you thought about where, exactly, you would like to locate your phone mount in your car?  If so, are you considering how it will be best attached in that chosen location? 

Adhesion to textured vs. smooth surfaces

If you are planning to obtain a car phone mount with a suction cup to attach it to your windshield or dashboard, will its suction be strong enough to hold fast on the targeted surface?  And will the suction cup adhere firmly to textured surfaces, if that is the case in your vehicle? 

Reusability of adhesive pad

Are you leaning toward a car phone mount that requires an adhesive material for attachment?  If so, consider the difficulty factor in being able to remove the mount in the future.  Also, think about the ability to reuse it.  Or will you need a new car phone holder for reattachment in another vehicle or in a new position?  

Attaching your car phone mount to your windshield

Beware!  Do your state and local jurisdictions allow you to mount, or prohibit you from mounting, your phone holder to your windshield?  Be sure to check you state and local ordinances first before purchasing. 

Maneuverability of your car phone holder

Will you need to adjust the screen to view from different angles?  Or is one relatively rigid position satisfactory? 

Stability of Phone Mount

Is your chosen phone mount sturdy and stable enough to hold your phone firmly in place?  Or does your selected car phone holder compel you to take your hands off the wheel to constantly readjust your phone’s position, and/or to take your eyes off the road?  It is critical for your safety that your phone and phone mount do not distract you. 

Conclusion

Be mindful of all the features that go into making a very safe car phone mount to use.  Do your best to seek out as many of those features as possible.  Then search for the best phone mount that suits your unique needs the best.

Hopefully, you are now forearmed and forewarned to go out there and shop for that car phone holder that you really want and really need. 

Porsche Penske 963 wins IMSA Long Beach

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Depicted here is the Porsche Penske No 6 leading the Long Beach pack. Credit: Porsche AG
Credit: Porsche AG

The Porsche Penske Motorsport 963 wins IMSA Long Beach, driven by Nick Tandy (UK) and Mathieu Jaminet (F).  The No. 6 car’s GTP class win marks the Porsche 963 hybrid prototype’s inaugural victory during Round 3 of the IMSA WeatherTech SportsCar Championship. 

Team members Matt Campbell (AUS) and Felipe Nasr (BR) in the 963 No. 7 car also rose to the podium.  Both drivers took third place in the 100-minute sprint through the SoCal streets of balmy, sunny Long Beach, just south of Los Angeles. 

Porsche claimed another podium in the GTD-Pro class.  Klaus Bachler (A) and Patrick Pilet (F) muscled their No. 9 Porsche 911 GT3 R across the finish line in third place for Pfaff Motorsports from Canada. 

Made in acclaimed Flacht, the two Porsche Penske Motorsport 963 hybrid prototypes displayed vast improvements over their performances in the previous 24 Hours of Daytona (Round 1) and 12 Hours of Sebring (Round 2) of the 2023 IMSA WeatherTech SportsCar Championship. 

The Porsche Penske Motorsport No. 7 car of Campbell and Nasr qualified in sixth place.  The Porsche Penske Motorsport No. 6 car of Tandy and Jaminet started the race in eighth place on Long Beach’s narrow street circuit along the sun-drenched Pacific coast. 

Credit: Porsche AG

Critical Keys to the Porsche 963 Prototypes Staying in the Hunt

Good fortune began flowing Porsche’s way from the get-go:  At barely 9 seconds in, Sebastien Bourdais (F) in the No. 1 Cadillac unfortunately spun and crashed into the wall; this mishap paved the way for the No. 6 and No. 7 Porsche GTP cars to advance to second and fifth place, respectively. 

Another beneficial turning point, one of the strategic variety, occurred during the first scheduled service and driver change.  After scrapping fiercely to hang on to their positions in the field, Nick Tandy and Felipe Nasr, the first-stint drivers, boxed the two Porsche 963 in the middle of the race.

Once the two sister cars were in the pits, the Porsche Penske Motorsport works team executed a bold calculated ploy:  Instead of changing tires at all four corners like the rest of the GTP field, the Porsche works team double-stinted their tires on both cars — testament to Porsche’s trust in the race-tested durability of Michelin tires.

Sure enough, those precious seconds saved in the pits catapulted the two Porsche hybrid prototypes to the front of the field.

Credit: Porsche AG

Porsche Penske’s Turning of the Tide on the Long Beach Shores

But then in the race’s latter stages, Campbell in his No. 7 Porsche was busier than a one-legged man in a butt-kickin’ contest.  The Australian came under relentless assault from his GTP-class competitors.  Yet Campbell was ruthless in countering this onslaught of attempted overtakes. 

Then it looked like Campbell’s pluck as well as his luck were finally running out.  Not only did his No. 7 Porsche sustain rear downforce damage in a non-lethal paint-trading collision, but his tires also deteriorated dramatically during the last ten laps.

Meanwhile, Jaminet in his No. 6 Porsche was way out in front in clean air.  He seemed impossible to catch.  But seasoned Ricky Tailor (USA) in his No. 10 Acura didn’t quite see it that way.  In fact, the Acura kept relentlessly closing the gap, lap after lap. 

Credit: Porsche AG

Porsche Penske’s Final GTP Hurdle to Long Beach’s Victory Lane

Then it happened.  Taylor finally caught up to the rear of Jaminet’s Porsche.  Taylor went in for the kill, just about passing Jaminet — but misjudged the braking zone in this do-or-die effort.  The dare-devil move for all the marbles caused him to crash his Acura into tire barriers that, ironically, were draped in end-to-end-to-end “Acura” banners. 

Jaminet would later recall, “When the Acura appeared in my rear-view mirror towards the end, I knew he was going to attack – after all, I was on the back foot with significantly older tires.  He tried to out-brake me in the first corner. 

“I immediately realized he wasn’t going to make the corner and I took evasive action while he landed in the tire barriers.  That was some real nail-biting stuff at the end of the race.”

 Prior to that accident, though, Campbell had lost two positions as a result of the previous collision and his shredded tires.  There were nine minutes left on the clock. 

But then Ricky Taylor’s sudden crash enabled Campbell to recapture his third-place position.  Ultimately, because of that Acura wild encounter with the tire barriers, the race came to a docile but utterly satisfying end under a full-course yellow behind the safety car. 

Thus the two Porsche Penske 963 hybrid prototypes triumphantly podiumed in first and third place, respectively. 

Credit: Porsche AG

Porsche Penske Motorsport Savors Its Historic Inaugural GTP Win

“What an exciting and fantastic race,” enthused a delighted Thomas Laudenbach, Vice President, Porsche Motorsport.  “It was a spectacle from the first to the last lap.  Our team chose an optimal strategy and did a perfect job with the pit stops.

“Our drivers gave their utmost and drove flawlessly without exception despite coming under enormous pressure.  This performance was deservedly rewarded with our first victory.”

Jonathan Diuguid, Managing Director, Porsche Penske Motorsport, also asserted in elation, “This day will go down in the history of our team.  The first victory with the Porsche 963 is incredibly important to us.  We put in so much energy and work to be able to celebrate such a success.  We owe this triumph to every single person in the team.”

This Round 3 Long Beach victory garners the lead for Tandy and Jaminet in the drivers’ championship.  The win also places Porsche in third-place ranking in the GTP-class manufacturer’s classification.

Credit: Porsche AG

Porsche Also Podiums in the GTD-Pro Class

Behind the wheel of the new Porsche 911 GT3 R No. 9 car, Patrick Pilet (F) and Klaus Bachler (A) muscled their way up to the podium’s third-place step for Pfaff Motorsports.  The GTD-Pro class race was just as thrilling as the GTP class race as a result of Pilet and Bachler’s near-perfect drives and the Pfaff team’s solid support.  

In the GTD class, identical Porsche 911 GT3 R models managed by Wright Motorsports and Kelly-Moss by Riley completed the race uneventfully in tenth, twelfth and thirteenth places.

Credit: Porsche AG

What’s Next for the Porsche Penske Motorsport Team? 

No rest for the weary:  On the following day, Sunday, the Porsche Penske Motorsport team contested Round 2 of the FIA World Endurance Championship WEC at the six-hour race in Portimão, Portugal.  Two of the factory squad’s Porsche 963 competed in the Hypercar class.

Still hanging out in balmy California, Round 4 of the IMSA WeatherTech SportsCar Championship plays out on legendary Laguna Seca Raceway, spiraling down the notorious Corkscrew, on May 14, 2023.

Porsche Penske 963 under-perform in Daytona 24h debut

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Porsche prototype race cars in pit stop

The two Penske Porsche 963 Hybrid Prototypes did not perform quite as planned in their IMSA debut during last week’s Rolex 24 Hours of Daytona.  The Porsche Penske Motorsport factory team prepared long and hard in the pre-season.  But a spin-out and mechanical issues, respectively, dropped both the No. 6 and No. 7 Hybrid Prototypes far down the field during their maiden voyage at the 61st running of the venerable Daytona 24h endurance classic. 

Yet, despite lengthy repairs dropping both 963 prototypes back down in the field, the two cars managed to chalk up critical points in the IMSA WeatherTech SportsCar Championship. 

Seen here is the No. 7 Porsche 963 beneath a Daytona 24 waving US flag. Credit: Porsche AG
The No. 7 Penske Porsche 963 Hybrid Prototype of Matt Campbell (Australia), Felipe Nasr (Brazil) and Michael Christensen (Denmark). Credit: Porsche AG

Gremlins Wreaked Their Usual Enduro Havoc on the 963 No. 7 Prototype

But then, at approximately 7:00 pm local time on Saturday, it happened:  Just over five hours in, the hybrid system’s telemetry went haywire.  The pit team urged the No. 7 car to box for repairs behind the wall in the garage.  The mechanics feverishly replaced the high-voltage battery pack that went kaput. 

After all of that hard work, though, the No. 7 car of Matt Campbell (Australia), Felipe Nasr (Brazil) and Michael Christensen (Denmark) then sustained further near-catastrophic damage to its cooling system.  This forced the prototype to head back into the Porsche Penske Motorsport garage for more time-consuming, nail-biting repairs. 

RELATED: 18 overall Porsche wins at the 24 Hours of Daytona

RELATED: History of Porsche’s 19 overall wins at 24 Hours of Le Mans

Depicted here in this sunset shot is the No. 6 Porsche 963 running on the 2023 Daytona 24 track. Credit: Porsche AG
The No. 6 Penske Porsche 963 Hybrid Prototype of Nick Tandy (UK), Mathieu Jaminet (France) and Dane Cameron (USA). Credit: Porsche AG

The 963 No. 6 Prototype Ultimately Suffered a Dreaded DNF

The No. 6 Hybrid of Nick Tandy (UK), Mathieu Jaminet (France) and Dane Cameron (USA) got off to a very promising start. Beginning the race from P9, Nick Tandy, factory team returnee and 2015 outright Le Mans winner in the Porsche 919 Hybrid, zoomed full steam ahead to run with the lead pack after night fell. He and his two teammates even led the field from time to time.

Then the No. 6 Prototype suffered a major setback when Tandy spun out. This freak mishap cost Tandy and the boys big-time, as the No. 6 car lost three whole laps. Nevertheless, the Porsche 963 fought its way back within striking distance of the top dogs at the front.

Tandy’s valiant efforts turned out to be all in vain, however. His car began experiencing braking issues emanating from the “degenerating” regenerative braking system mounted on the rear axle. He began careening deeper and deeper into the track’s braking zones, as the Prototype’s brakes continued to progressively fade.

Adding insult to injury, the car subsequently began spewing billows of white smoke. Thus, not unlike doomed Sisyphus and his tumbling boulder rolling down the hill, the No. 6 Porsche 963 started falling further and further back down the field: The gremlins struck for the final time — catastrophic gearbox failure.

So, after 700 laps, just 83 laps shy of reaching the checkers, the No. 6 Hybrid Prototype was forced to retire — Porsche’s first DNF of the young Championship season.

The No. 7 Prototype’s “Pyrrhic Victory”

The No. 7 car of Campbell, Nasr and Cameron suffered a Pyrrhic victory insofar as not scoring a podium, but exhibiting promise to be competitive in future IMSA Championship rounds. The Prototype took the GTP-class flag in seventh place overall in the Daytona 24h classic, a disheartening 34 laps down.

Consequently, it wasn’t in the cards this year for Porsche to turn this outing into the nineteenth win to increase Porsche’s previous 18 overall Porsche wins at the 24 Hours of Daytona — but there is always the next race for the first win of the year at the 12 Hours of Sebring on Saturday, March 18, 2023.

GTP Class Race Results:

1. Blomqvist/Braun/Castroneves/Pagenaud (UK/USA/BR/F), Acura ARX-06 No. 60, 783 laps

2. Taylor/Albuquerque/Deletraz/Hartley (USA/P/CH/NZ), Acura ARX-06 No. 10, 783 laps

3. Bourdais/van der Zande/Dixon (F/NL/NZ), Cadillac V-LMDh No. 01, 783 laps

7. Campbell/Nasr/Christensen (AUS/BR/DK), Porsche 963 No. 7, 749 laps

DNF — Tandy/Jaminet/Cameron (UK/F/USA), Porsche 963 No. 6, 700 laps

18 overall Porsche wins at the 24 Hours of Daytona

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18 overall Porsche wins at the 24 Hours of Daytona: 2016 Daytona 24 grass lettering fisheye view. Credit: Porsche AG
Credit: Porsche AG

PORSCHE TENACIOUSLY WON 18 OVERALL WINS at the 24 Hours of Daytona, as of this writing. However, Porsche will again clash with its competitors for that coveted No. 19 win at this weekend’s 2023 running of the 24-hour immortal race classic.

As usual, the endurance race runs at Florida’s venerable Daytona International Speedway in Florida, which first opened in 1959.

2016 911 & 912 at 2016 Daytona Roar, side-by-side on track. Credit: Porsche AG
Credit: Porsche AG

So How Many Total Porsche Wins during the 24 Hours of Daytona?

Porsche has doggedly fought for and garnered 18 overall wins to date as a constructor at the Daytona 24. In addition, Porsche has won four wins as an engine partner. If that isn’t enough, the automobile manufacturer from Stuttgart boasts an additional 80 class wins so far.

It’s interesting to note that, by comparison, Porsche’s 18 Daytona-24 overall victories are just one shy of its 19 overall wins at the 24 Hours of Le Mans. Not bad, not bad at all.

Porsche unveils official Rennsport Reunion VI poster - Rennsport Reunion V: We see here Porsche Gulf-liveried 917s and other Porsche racecars winding down Laguna Seca's famed Corkscrew at the 5th Reunion. Credit: Porsche AG
Rennsport Reunion V: Porsche Gulf-liveried 917s and other Porsche race cars winding down Laguna Seca’s famed Corkscrew. Credit: Porsche AG

What Cars Won Those 18 Overall Daytona Victories? And Who Were the Drivers Behind the Wheel?

See how many answers to these questions you can recall. Test your own knowledge. Then compare your answers against the table below. But don’t cheat…!

YEARDRIVERS DURING THE 24 HOURS OF DAYTONARACE CAR
1968Elford / Neerpasch / Stommelen / Herrmann / SiffertPorsche 907 LH
1970Rodríguez / Kinnunen / RedmanPorsche 917 K
1971Rodríguez / OliverPorsche 917 K
1973Gregg / HaywoodPorsche Carrera RSR
1975Gregg / HaywoodPorsche Carrera RSR
1977Graves / Haywood / HelmickPorsche Carrera RSR
1978Gregg / Hezemans / StommelenPorsche 935
1979Field / Haywood / OngaisPorsche 935
1980Merl / Joest / StommelenPorsche 935
1981Rahal / Garretson / RedmanPorsche 935
1982Paul Sr. / Paul Jr. / StommelenPorsche 935
1983Foyt / Ballot-Léna / Wolleck / HennPorsche 935
1985Foyt / Unser / Wolleck / BoutsenPorsche 962
1986Holbert / Bell / UnserPorsche 962
1987Holbert / Bell / Unser / RobinsonPorsche 962
1989Andretti / Bell / WolleckPorsche 962
1991Jelinski / Haywood / Wolleck / Pescarolo / “Winter”Porsche 962
2003Buckler / Schrom / Bernhard / BergmeisterPorsche 911 GT3 RS
Simply click on a driver’s name above to learn more about him. Also click on any Porsche listed above to learn more about each winning race car.
Seen here at the 2023 24 Hours of Daytona are the Porsche 963, Porsche Penske Motorsport (#7), of Felipe Nasr (BR), Matt Campbell (AUS), Michael Christensen (DK); and the Porsche Penske Motorsport (#6), of Nick Tandy (UK), Mathieu Jaminet (F), Dane Cameron (USA). Credit: Porsche AG
At the 2023 24 Hours of Daytona seen here are the Porsche 963, Porsche Penske Motorsport (#7), of Felipe Nasr (BR), Matt Campbell (AUS), Michael Christensen (DK); and the Porsche Penske Motorsport (#6), of Nick Tandy (UK), Mathieu Jaminet (F), Dane Cameron (USA). Credit: Porsche AG

As you can see in the table above, Porsche hasn’t garnered an overall win since 2003 — exactly a long 20 years ago. Let’s hope this weekend will end that two-decade drought, with Porsche earning its 19th win – hopefully courtesy of Team Penske Motorsport. Fingers crossed . . .