RUF Automobile GmbH, well known for its specialization in Porsches, has come out with a unique model inspired by the legendary Porsche 906. Known as Project RBS, or ‘Bergmeister’, it also has inspiration from the 909 Bergspyder and the 718 RS 60 Spyder hill-climb cars.
The Project RBS is the work of Tony Hatter, a British designer who was with Porsche at one time. Hatter conceived the Bergmeister as an all-carbon skinned roadster which combines the best of classic design and modern engineering in a package ready to master both road and track.
Most people have their smartphones with them all the time, and as these devices show the time and date, the watch may seem unnecessary. Nevertheless, it still has a place in our lives and sales still continue. Now Porsche owners will also find more reason to wear watch – specifically the new TAG Heuer Connected Calibre E4 – Porsche Edition.
This is a new luxury connected timepiece that does more than just show the time and other information usually found on the more sophisticated (and expensive) watches. It has Wear OS which can show information from Porsche vehicles on its face, turning it into a more useful accessory.
The watch follows the launch of the TAG Heuer x Porsche Carrera Chronograph, which celebrated the two companies’ rich history of motor racing heritage and the launch of their global partnership in 2021.
Both the physical watch and the software have design features used in the all-electric Taycan, which evokes the car’s exterior. The watch face was inspired by printed circuit boards and racing circuits, offering an animated visual effect which connects Porsche’s models and TAG Heuer watches with a feeling of technology and speed.
Car-related design The design of the TAG Heuer Connected Calibre E4 – Porsche Edition has numerous features inspired by the frozen blue lacquered Taycan electric sportscar. For example, the large 45 mm case in black titanium is highlighted with details in the distinctive metallic shade seen on the car. The case is sandblasted black titanium, giving the watch a light, sporty feel and the black ceramic polished bezel has a dedicated scale going from zero to 400, referencing a Porsche car’s speed, which can be used to read functions relating to the car or to display metrics like heart rate.
The ceramic bezel of the watch gives it the feel of a traditional high-end timepiece. The crown has a large diameter, and stands out from the watch, so there’s lots of room for a finger to access the crown, making it easy to access apps on the go.
The pushers have a mechanical feel, highlighting TAG Heuer’s 162 years of heritage in making high-end mechanical watches. Running a customised version of Google’s Wear OS system, the watch offers a range of exclusive timers and sport and wellness apps which highlight TAG Heuer’s expertise in sports timing, including motorsports.
Connection to the car Owners of specific Porsche models will be able to connect their watch to their vehicle. When connected, they will see information displayed in ‘complications’ on the watch face. At the time of launch this week, there are four complications available.
The first shows how much energy is left in the car’s battery pack and works with both fully electric as well as hybrid models. The second shows ‘car autonomy’ information, displaying how many kilometres remain before the battery pack or fuel tank are empty.
The third is a shortcut to the Wear OS My Porsche app which enables users to control their vehicle heating and air conditioning. The last complication shows the total mileage driven. To activate these features, users need to have Porsche ID, Porsche Connect Subscription and the My Porsche app on the watch and phone.
The Taycan electric sportscar is one of the models that can be connected to the TAG Heuer Connected Calibre E4 – Porsche Edition.
Porsche and TAG Heuer Although Porsche and TAG Heuer a strategic partnership in February last year, the two companies have been associated various times for over 50 years. Similarities of heritage can be traced all the way back to the entrepreneurs of the companies whose visions changed their chosen fields forever. Edouard Heuer was responsible for the first manufactured chronograph and Ferdinand Porsche constructed a new electric wheel hub motor. Both these accomplishments earned medals at World Fairs held in Paris 11 years apart.
The true cornerstones of today’s partnership, however, are descendants of the brands’ founders. In 1963, the first Heuer Carrera chronograph was introduced, designed to let drivers tell the time at a glance in the heat of action. Jack Heuer, the great-grandson of the founder, was also responsible for the Heuer Monaco, the first square-faced, water-resistant automatic chronograph watch. Its name evoked the Monaco Grand Prix as well as the renowned Monte Carlo Rally which Porsche won in from 1968 to 1970 with its 911 model.
With its sale to the TAG Group, Heuer became TAG Heuer in the mid-1980s. At this time, Porsche and TAG Heuer jointly developed and produced the TAG Turbo Engine that enabled the McLaren team to win three consecutive F1 world titles.
The Porsche 99X used in the all-electric single-seater Formula E World Championship.
In 1999, the relationship between Porsche and TAG Heuer grew even stronger – from the Porsche Carrera Cup and Supercup competitions, followed by the Endurance World Championship and more was yet to come. Porsche created its own Formula E team with TAG Heuer as title and timing partner in 2019.
Porsche has long distinguished itself in endurance events and together with TAG Heuer, its GT Team has competed in the World Endurance Championship. In addition to physical competitions, TAG Heuer also engages in virtual racing by supporting the Porsche TAG Heuer Esports Supercup. More recently, both companies have partnered in Formula E, the all-electric single-seater world championship.
Porsche and Pixar Animation Studios have revealed a special Porsche inspired by one of the most beloved 911 models of all – Sally Carrera, from Disney and Pixar’s Cars. Named the ‘911 Sally Special’, the sportscar is like Sally Carrera herself – unique. Only one 911 Sally Special will ever be made – and its creation marks the first time Pixar has collaborated on such a project.
The project, which began in November 2021, reunited members of the original Cars team who created both the movie car and the life-size Sally Carrera based on a 2002 Porsche 911 Carrera two decades ago. They were joined by key members of Porsche Exclusive Manufaktur’s Sonderwunsch team and designers from Style Porsche in Germany, as well as from Porsche Cars North America. Over a span of 10 months, the team worked together to create just one unique car.
“The Sally Special is based on the fastest, most engaging and agile 911 Carrera there is – the 473 bhp 911 Carrera GTS – equipped with a manual gearbox to appeal to those who love driving, just like Sally Carrera. The changes to transform it into the ‘Sally Special’ proved to be extensive,” explained Boris Apenbrink, Director Porsche Exclusive Manufaktur Vehicles.
“This was one of the most intense, emotional and detailed Sonderwunsch projects our team has ever worked on. For example, the car is finished in a new and unique colour – Sally Blue Metallic – developed specifically for the 911 Sally Special. Taking our inspiration from Sally Carrera, we finished as much of the car as possible in the new colour, meaning dozens of tiny changes, many of which were carried out by hand, such were their intricacy. Of course, we didn’t forget about Sally’s pinstripe tattoo, which was an interesting challenge,” he said.
The ‘Turbo’ inspired wheels have been redesigned by Style Porsche designers in Weissach and created specifically for the 911 Sally Special. The 5-spoke design has been subtly modified to match the 20/21-inch diameter of current-generation 911 wheels, but remain true to the Type 996 Porsche.
Porsche designer Daniela Milosevic led the team working with Pixar to develop not only the unique paint colour but also almost every surface inside the car. All of which was either re-trimmed or changed in some way. “We had a completely blank canvas to work from, which was great! In the movie, Sally was a former-lawyer from California who appreciated style and elegance. But she was also down to earth and had a sense of fun,” said Milosevic. “We continued the Sally Blue Metallic theme inside the car, with the obvious highlights and much more subtle elements too –many little touches that will hopefully make the winning bidder smile.”
“Everything had to be usable and practical – we really want this car to be driven. We created special cloth trim for this car and wove subtle blue highlights into it. Then we matched this with Chalk leather and Speed Blue and Chalk stitching. The best part has definitely been working on the details – including many little nods to the movie Cars, and to Sally Carrera herself,” Milosevic added.
“Vehicles need a face and a story. And Pixar’s film Cars did just that, by bringing them to life on the big screen,” said Dr. Sebastian Rudolph, Vice President Communications, Sustainability and Politics at Porsche AG. “The story conveys values such as friendship, love and mutual support – and in the middle of it all is a Porsche: Sally Carrera. Together with Pixar, we have brought the spirit of Sally to life in a new way, not on the screen, but off the screen. With this one-off street legal 911, the Sally Special, which we are auctioning for charity, we want to help people who urgently need support, quite in keeping with the spirit of the film character.”
Two charities will be the beneficiaries of the sale of the 911 Sally Special, with the entirety of the sale price being donated. The project will also support USA for UNHCR, the UN Refugee Agency, which is working to provide urgent help to nearly 6.2 million refugees who have been displaced across Europe since the outbreak of war in Ukraine.
In addition to the car itself, the auction also includes a unique chronograph by Porsche Design, also created in collaboration with Pixar. Like the car itself, the coloured ring is painted in Sally Blue metallic. The chalk-coloured leather strap with Speed Blue stitching can be quickly and easily swapped out for a second strap in Speed Blue with chalk-coloured stitchings. Like the sportscar, the chronograph has a limited edition marking on the back of the case.
The Cayenne was Porsche’s first SUV and has been extremely successful over the 20 years it has been on sale. The success of the Cayenne brought forth the smaller Macan, which has also been selling very well.
While the Cayenne has remained in its 5-door SUV form all this while, there was a period in the early years when other bodystyles were considered – a coupe, a version stretched by 20 cm with an additional row of seats, and even a convertible. And surprisingly, what might have appeared the least conventional option – a Cayenne-based convertible approximately 4.8-metres long – was not immediately discarded. In fact, it was even built.
Today, there is still a single example of the open-top Cayenne kept in storage at the Porsche Museum. It is not a roadgoing prototype, however, but what is known as a Package Function Model – or PFM for short. The designers had the roof removed, but dispensed with the body-stiffening measures necessary for a convertible. Incapable of providing a safe and stable drive, the vehicle is transported to its destination when required. Test drives were never planned, as the convertible PFM was only built to assess four criteria.
The criteria were: Is the seating comfortable throughout the vehicle when the roof tapers in a more coupé-like way towards the rear and when the windscreen and A-pillars are shortened? How practical is the Cayenne as a 2-door model with doors which are 20 cm longer? Is it possible to accommodate an elegant, high-quality soft top that can also be folded quickly? And how should the rear end be designed?
There was still disagreement on the final issue in 2002, and two different rear sections were designed for the Package Function Model. The left-hand tail light was set low on the rear of the car, while the right-hand one was noticeably higher.
Had the car reached production, a single rear design would, of course, have been settled on in the end, and the technical issues would undoubtedly have been resolved. A now-familiar soft-top mechanism was envisaged: the luggage compartment lid of the Cayenne-PFM was attached at the front and rear, allowing it to be opened in both directions. The roof would travel over the fixed roll-over bar and be ‘swallowed’ in the rear by the luggage compartment lid, which opened in the opposite direction, folding in a z-pattern.
It has worked in a very similar way to this on the 911 Targa since the 991-generation model. The mechanism never got past the computer simulation stage for the Cayenne convertible, however, and was never fully constructed. Today, the fabric top is stowed in the luggage compartment of the museum piece and must be fitted manually if required.
While the coupe idea of 2002 was later taken up again and implemented in 2019 in a production model, Porsche did not pursue the convertible idea further. Forecasts regarding profitability were not particularly promising and doubts remained as to whether the car would look as appealing as a Porsche should.
“An SUV as a convertible is a challenge both aesthetically and formally,” said Michael Mauer, who was not yet in office in 2002, looking at the concept today. “An SUV always has a large and heavy body. You combine this with a small top half and then cut off the roof – you get very strange shapes emerging from that!”
As the pace of automotive development speeds up, improvements to many areas of a car occur much faster than before. During the period of one generation of a model, there can be many technical changes which can enhance performance or efficiency. In the past, carmakers might wait for the next generation to incorporate these changes as they might involve changing hardware, which can be costly and time-consuming.
With modern cars having many more electronic systems, the process of updating doesn’t have to wait so long. New software can be loaded into the system ECUs and the car can be updated right away. That’s what Porsche will be doing with the more than 75,000 Taycan electric sportscars now in use around the world. And instead of incremental updates, it is making one comprehensive update that will make all those cars similar in software status to the 2023 model year. It’s just like the updates you get for your smartphone which sometimes introduce new or improved features.
Improvements in many areas
Depending on when their vehicle was delivered and the specific features, owners will benefit from an increase in powertrain efficiency as well as new functions and improvements in the Porsche Communication Management (PCM), Porsche Connect and assistance systems. The uPdate also includes the option of having additional functions and equipment unlocked after purchase (known as ‘function on demand’ or FoD), an approach now being market-tested by some carmakers.
“This campaign will allow our customers to benefit from the continuous further development of the Taycan. We have extensively optimized the model series in almost every respect since 2019,” said Kevin Giek, Vice-President Model Line Taycan, during a media briefing online two days ago. “New functions have been added and others have been revised or tweaked to further enhance the customer experience.”
The uPdate is free for owners but they have to bring their Taycan to an authorized Porsche service centre. It’s probably too extensive for an over-the-air (OTA) update which would not require the visit, but Mr. Giek said that this uPdate will enhance the OTA capability of all Taycan models. Presumably, that means that later updates can be broadcast to owners so they don’t need to go to the service centre.
The precise scope of the uPdate, and the duration of the service centre visit, will depend on the model year. Since the car was launched in 2019, many improvements have been made and for the older cars, more software may need to be updated.
Main uPdates at a glance Powertrain: While in the ‘Normal’ and ‘Range’ driving modes in all-wheel drive models, during partial load operation, the front electric motor is almost completely disconnected and de-energised. While coasting and at a standstill, both axles are free of drive torque. The electric freewheel reduces frictional drag losses which can increase the range.
The all-wheel drive indicator is now shown as an energy-flow indicator in the central display. This makes the current operating status of the drives easier to see. The energy recuperation strategy has also been optimized. The automatic recuperation setting is retained even when the driver changes the driving programme.
Thermal management: The battery packs are sensitive to temperatures and operate at their best within a certain temperature range. The new software will enable better conditioning of the battery pack, especially at low outside temperatures. This will enable the Taycan to be rapidly charged more frequently overall and over a wider range of battery charge levels. The waste heat from the electrical components is used even more than before for this conditioning. For those Taycans of the 2020 and 2021 model years, the improvement will be in greater range and shorter charging times.
Porsche Communication Management (PCM) and Porsche Connect: These systems get new functions, a colourful tile design on the start screen, and even greater ease of use. For the 2020/2021 models and up to mid-February 2022 production, the uPdate optimizes the voice control and integrates the Spotify app. Android Auto is also available wirelessly.
Charging stations can be filtered and selected in the navigation system based on charging capacity. Drivers of 2021 Taycan with a head-up display will also have an optimized view of the navigation map, among other elements. The display contents have been expanded, presenting additional information. For all Taycan models prior to the 2023 model year, the on-board operating instructions can now also be used via voice control.
Assistance systems: The uPdate will adjust some systems to support the driver in even more situations. For example, the sensors of the ParkAssist function will work with a greater range. The search for available parking spaces has been improved as well, so that even smaller spaces are offered to the driver as an option.
Onboard charger retrofit
The 22 kW onboard charger has now become available for retrofitting as an extra-cost offering. With up to 22 kW of charging capacity, the more powerful variant charges the battery significantly faster. In Europe and North America, the retrofit also includes activation of the Plug & Charge function. This enables convenient charging and payment without a card or app. As soon as the charging cable is plugged in, the Taycan establishes encrypted communication with the Plug & Charge-compatible charging station. The charging and payment processes then start automatically.
“An exercise as big and comprehensive as this one has never been done before for any of our combustion engine models. Following this uPdate, anyone driving a Taycan from early in the car’s production run will be pleasantly surprised by how much has developed on the vehicle side since then,” said Mr. Giek, adding that, internally, Porsche refers to this as the ‘uPdate’ (with a capital ‘P’) because the 2023 model year, which started in July 2022, bears the letter ‘P’.
Ferry Porsche predicted it back in 1989: “If we build an off-road model according to our standards of quality – and it has a Porsche crest on the front – people will buy it.” He would go on to be proved right. Since 2002, the Cayenne has been one of the top selling models of the carmaker, a success globally and now, it is even being assembled in Malaysia.
The decision to develop a SUV after decades of making sportcars was influenced by the recommendation of the sales organisation in the USA – Porsche’s largest market at the time. While a people-carrier had been under consideration, the company opted for an off-road vehicle as it was increasing in popularity in North America. BMW and Mercedes-Benz had even set up new factories there to build their first SUVs in the second half of the 1990s.
A new type of Porsche that was not a sportscar joined the carmaker’s range in 2002.
Crucial decision for Porsche
The decision was a crucial one because, at the beginning of the decade, the company found itself in one of the most significant economic crises in its history. It was in the red and delivered only 23,060 cars in the 1991/92 financial year. While the Boxster (launched in 1996) helped Porsche out of its downturn, it was clear that the legendary 911 and the new mid-engined model would not be enough to ensure a secure future. A ‘third Porsche’ was therefore necessary and this would eventually be a SUV.
This saw the start of the Colorado project, a massive undertaking tackled as part of a joint project with Volkswagen and announced in June 1998. However, Porsche was not content merely to build just another SUV but aimed to give the top competitors in the off-road segment a strong rival. In fact, in early advertising, it even suggested that the Cayenne not be considered just ‘another SUV’ but rather, another Porsche.
First design sketches of the Cayenne in the late 1990s. The model was developed as a joint project with Volkswagen which called its SUV the Touareg (below).
Like BMW with its X5, Porsche could not offer a product that did not also have the brand’s DNA of superior driving dynamics. Thought the platform was shared with the Volkswagen Touareg, each company initially used their own engines and developed their own chassis set-ups. Porsche was responsible for developing the joint platform, while Volkswagen contributed its production expertise for large volumes.
A very different type of Porsche
It was the first time in Porsche’s history that, instead of a sportscar, a blueprint for an SUV was required. This was, in a way, the exact opposite of a sportscar layout – a big, high-roofed car with 4 doors and room for 5 people and their luggage. Additionally, the Cayenne needed much greater ground clearance than a classic sportscar, as it was expected to count among the best when driving off-road as well.
“Of course, it wasn’t at all easy to express the identity of the Porsche brand in a car that had absolutely nothing in common with the existing models made by our company,” said Harm Lagaay, head of the design department. The designer spent a whole year on the headlights alone. It wasn’t just that they had to incorporate the low and high beams and the cornering light while preserving the clear lines of the Cayenne body – these were among the components that guaranteed the brand identity.
Porsche board members looking over a Cayenne prototype in 2001.
Even today, the face of the 996-generation 911 can be seen in the face of the first Cayenne. This impression was reinforced by what is referred to as the topography of the front section. The highest point of the wings and the headlights is above that of the bonnet. This is a distinguishing feature for a Porsche, because these contours are a clear visual reference to the design of the iconic 911. However, it was significantly more difficult to incorporate this specific element in the Cayenne, which would have a big V8 engine under the bonnet.
The Porsche product became a brand
Another feature of the 911-style bonnet is its noticeable taper towards the front. The designers also wanted to adopt this for the Cayenne, but the engineers initially suggested a square engine bonnet. This would make it easier to access the air filter and the headlights. The designers prevailed on this point, but they also worked with the car’s engineering team on areas that were not visible. For example, they worked together to find an optimised arrangement of the air filter.
Michael Mauer, who took over Lagaay’s position later, was also pleased that Porsche was willing to invest so much in design and construction. “For me, the Cayenne is about a fundamental question. No matter which type of vehicle concept would have been used to enhance the 911 and Boxster sportscar lines, the step to the third Porsche made a brand out of the product. And the design gave the car, the proportions of which take it as far away from the sportscar as it is possible to go, a Porsche identity that transcends the brand name,” he explained.
This remains evident today in the distinctive shoulder at the back of the original Cayenne – in which Ferdinand Alexander Porsche played a significant design role – as well as the smooth surfaces of the body and the omission of a traditional radiator grille between the headlights.
These classic Porsche characteristics also reduced the significance of the comparatively large air intakes in the front apron. A front-mounted engine requires air for combustion and cooling. And Porsche customers were already used to front air intakes from the sportscars. In this case, though, they are responsible for cooling the brakes.
The biggest design challenge
Mauer remembers the side profile of the car as the most difficult design challenge. The Cayenne was created together with the Volkswagen model, which is why the windscreens and all 4 doors of the two SUVs are identical. “It’s easy to underestimate how much the doors define the side of a car. Behind the rear door, we’ve got maybe another metre, and only a little more at the front, so there is not a lot of room to do very much,” said Mauer, who first worked on the Porsche SUV for the first generation facelift which appeared in 2007.
“With the facelift, we gave the whole car more visual sharpness and definition,” he recalled. However, the door issue was still there, along with the difficulty of designing a fastback-style rear – one that would taper diagonally to the rear like a sportscar. At Porsche, this is known as the ‘flyline’.
However, if the doors cannot be changed to prevent the roofline from dropping, there is little space left at the rear to create a flyline that the customer recognises as a characteristic feature. The options that remained to solve this were a more sloping design of the rigid side windows behind the rear doors, and the addition of a spoiler to extend the roof line.
Compromises within
Overall, even from today’s perspective, the first Cayenne with its formal clarity and emphasis on characteristic Porsche elements was a worthy and consistent member of the model range. The interior was, however, strongly influenced by Volkswagen.
“The interior can hardly deny its kinship with the Touareg,” said Markus Auerbach, Head of Interior Design Style at Porsche. This is where Porsche had to make compromises; one example was on the brand’s customary 5-tube design for the instrument cluster. While five interlinked rings can be seen in front of the steering wheel, the tachometer is not positioned in the middle as is usual for Porsche, but on the left.
To obtain the usual Porsche arrangement, developing a new instrument cluster would have been necessary – an unplanned investment for the first Cayenne. However, Porsche was still able to include a number of characteristic elements: its own 3-spoke steering wheel, hand-grips on the centre console, and the ignition lock that can be found in the same place as in every Porsche – to the left of the steering wheel.
After its launch, the Cayenne was shown worldwide and in places like Malaysia, its off-road capabilities were convincingly demonstrated as this picture shows. The rough and muddy course near the Sepang Circuit was used during the Porsche Roadshow in 2003.
An early advertisement introducing Porsche’s new SUV in America.
Shortly after its world premiere at the Paris Motor Show in September 2002, the Cayenne became a worldwide success, exceeding sales expectations. Originally, Porsche expected to sell 25,000 units a year but in the 8 model years of the first generation, 276,652 SUVs were sold – just under 35,000 vehicles per year. By 2020, the one-millionth Cayenne left the factory. In 2021, just over 83,000 units were delivered worldwide, with the US market alone taking around 21,000 units.
Motorsport is an expensive sport to start with and for teams that participate professionally, it can be very expensive. In the upper reaches of the sport, like Formula 1 and endurance racing, it has become so expensive that the FIA and other organisations have looked for ways to control the costs – while still enabling the teams to innovate to be competitive and advance.
Endurance racing from this year sees the birth of the Le Mans Hypercar (LMH) and Le Mans Daytona hybrid (LMDh) classes which have many things in common. This will allow the cars to race in the American series run by IMSA as well as the European events like the Le Mans 24-Hours. This extends the scope of racing for teams who can now look at more events to take part in.
The Porsche Penske Motorsport team has developed the new Porsche 963 to take advantage of this. From 2023, two of the hybrid LMDh-spec prototypes will be entered in both the World Endurance Championship (WEC) and the IMSA WeatherTech SportsCar Championship.
The racing car which was unveiled yesterday at the Goodwood Festival of Speed in England is being developed at two locations – in Germany for the WEc and in the USA for the IMSA series. The exchange of data between the high-tech centres of Porsche Penske Motorsport occurs almost in real-time.
The official race debut of the 963 is planned to take place in January 2023 at the 24 Hours of Daytona in the USA. In the meantime, the WEC has opened the door for testing as part of the upcoming world championship races this year. Porsche Penske Motorsport is aiming for a non-competitive dress rehearsal at the final round of the season in Bahrain this November.
In compliance with the LMDh regulations, the 963 is based on an LMP2-category chassis. This newly developed chassis is supplied by the Canadian high-tech company Multimatic. Bosch, Williams Advanced Engineering and Xtrac contribute the standard hybrid components to all teams. At the heart of the powertrain lies a 4.6-litre V8 Biturbo, the engine based on the 918 Spyder hybrid sportscar. Its DNA goes back to the RS Spyder racing car, with which Porsche and Team Penske collected many victories between 2005 and 2008.
“Over the past few months, our people at Porsche Motorsport and Team Penske have grown into an efficient and committed squad – the Porsche Penske Motorsport Team,” said Urs Kuratle, Director Factory Motorsport LMDh. “We’ll have powerful driver crews in the 4 factory cars. The collaboration with our long-standing tyre partner Michelin and the chassis manufacturer Multimatic works flawlessly. The Porsche 963 should be homologated this autumn. Until then, we want to make further progress with test drives and gain additional insights. We can hardly wait for our first outing.”
The design of the new 963 echoes the victorious 956 and 962 classics from the 1980s. A continuous strip of lighting at the rear echoes the distinctive feature of the latest 992-generation 911. The white-red-black vehicle design is a salute to Porsche’s successful racing cars. And another tradition lives on: the new Porsche racer will be available to customers from the first year of competition.
“After 7,889 test kilometres during the first half of 2022, we’re on a very good path but there is still work to be done before the start of next season,” said Thomas Laudenbach, Vice-President Motorsport. “Our new Porsche 963 should continue the legacy of legendary models such as the 917, 935, 956, 962 and the 919 Hybrid. I’m positive that we’ll be well-positioned when it comes to technology and we’ve also created the relevant team structures to set us up for wins in the thrilling competition between many manufacturers and different concepts.”
“Top Gun: Maverick” – the sequel to the 1986 movie – will finally screen this week after its release was delayed due to the COVID-19 pandemic. For those who love planes and flying action, it’s one of the greatest all-time movies and from the trailers shown in the past months, we are assured of lots of fantastic action – and they’re with real planes, not CGI.
Car enthusiasts will remember that the original Top Gun had a Porsche which appeared a number of times in various scenes. It was driven by ‘Charlie’, the girlfriend of ‘Maverick’ (Tom Cruise) and the first time we saw it in action was when she sped across an intersection chasing after him.
That Porsche was a classic model, a 1958 Speedster… but it was actually a replica, not one of the original 3,676 cars built. The one in the movie was made by Intermeccanica and had a fibreglass body resembling the model. Looked pretty authentic anyway.
The Porsche Speedster in the 1986 ‘Top Gun’ movie.
In the new movie, another Porsche will also appear for brief moments and its presence was already spotted in the commercial that Porsche showed at the Super Bowl 2022 event in February. Apart from the other Porsche models shown, there is one which is a late 1970s 911 S with Maverick and Penny Benjamin, another character who is his girlfriend. What a coincidence that both girlfriends had Porsches!
It’s a very beautiful image of the car which could have come out of a catalogue. The car actually appears earlier than this picture and we would suggest you keep your eyes on the background during one of the night scenes when Maverick and Penny are on the bike.
There’s another small Porsche as well and it’s on Maverick’s wrist. It’s not so clear what model it is but in 1986, many people noticed that Maverick wore a Porsche Design Chronograph which had a black PVD coating. It was on him all the time and fans wonder if it could be the same watch used again… after all, that would be a collectors’ item.
If you saw the original movie and remember it well, you will see many lines, gestures and actions that are recreated in ‘Top Gun: Maverick’. In fact, these recreations can be seen right from the opening scenes and the movie also closes in the same way.
Bike fans will also remember that Maverick was on a Kawasaki GPZ900R Ninja. Guess he didn’t keep the bike for 30 years and instead got a new one – the Kawasaki Ninja H2 (the carbon edition) – which has a supercharged 998 cc engine and is considered a ‘hyperbike’. As the trailers have shown, he again races along the road alongside the runway, seemingly racing with a fighter jet taking off.
In 1986, Maverick has a Kawasaki GPZ900R Ninja (above) and for the new movie, he has switched to the Ninja H2 hyperbike (below).
For those who still don’t know what this new movie is about, the storyline continues from the original a few decades later. Maverick remains a captain and ‘despite the best efforts, refuses to die. He is recalled to train ‘the best of the best’ pilots at Top Gun for a secret and very dangerous mission. Just as he was a cocky pilot when he was a student at Top Gun in 1986, so too are those he has to train. But they also show professionalism and know that they have to put aside personal feelings when it comes to flying jets at over 1,500 km/h.
Top Gun: Maverick will start screening in Malaysian cinemas from Wednesday May 25, 2022.
At the 2021 IAA Mobility event in Germany last year, Porsche displayed a conceptual study that was the vision of a fully-electric GT racing car. Called the Mission R, it was intended to show a possible model for customer motorsport in the future.
The sportscar maker has now begun testing the technology components of the Mission R with the 718 Cayman GT4 ePerformance as a test vehicle. Like the Mission R, the all-wheel drive racer uses the chassis of the 718 Cayman GT4 Clubsport with the entire electric motor and battery technology from the IAA conceptual study.
Mission R
The powertrain has a maximum output of 735 kW (1,000 ps) and can generate still more. In simulated racing, a steady 450 kW (612 ps) is available for 30 minutes – equivalent to the duration of a Carrera Cup race. In terms of lap times and top speed, the 718 Cayman GT4 ePerformance is on par with the performance of the current 992-generation 911 GT3 Cup.
“With the Mission R, we’ve shown how Porsche envisages sustainable customer motor racing in the future. The 718 Cayman GT4 ePerformance now demonstrates that this vision works impressively on the racetrack,” revealed Matthias Scholz, GT racing vehicle project manager. “We’re very excited about the response because a one-make cup with electric racing cars would be an important addition to our existing customer racing programme.”
By 2030, Porsche aims to be CO2 neutral across the entire value chain and lifecycle of its new cars sold. By then, the proportion of all new vehicles featuring all-electric drive should be more than 80%. This development is there important in the light of moving towards greater electrification.
The fully-electric drivetrain has electric motors on front and rear axles for all-wheel drive. The direct oil cooling of the e-motors and battery pack developed by Porsche counteracts thermally induced derating.
“The integration of oil cooling has significantly impacted the vehicle concept,” explained Bjorn Forster, GT4 ePerformance project manager. “With experts in the fields of aerodynamics and thermodynamics as well as high-voltage and bodywork specialists, the development team created an architecture to tap the full potential of the battery cells for the first time, since there is no thermal derating. In this way, the power output in racing mode remains constant for half an hour.”
Mission R drivetrain has e-motors on front and rear axles for all-wheel drive.
Thanks to 900-volt technology, the state of charge of the battery at full charging capacity jumps from 5% to 80% in about 15 minutes. This is important in future races which may have long durations.
Under the direction of designer Grant Larson, a team from Porsche Style came up with the shape of the 718 Cayman GT4 ePerformance. The racing car is 14 cm wider than a 718 Cayman GT4 Clubsport. About 6,000 parts were designed from scratch and the body is made of natural fibre composite materials. The production is intended to generate fewer emissions than the production of comparable synthetic materials. Recycled carbonfibres are also used for testing purposes.
Compared to the 718 Cayman GT4 Clubsport, the flared fenders allow more room for the wider 18-inch racing tyres from Michelin. Renewable materials make up a particularly high proportion of the tyres.
The GT4 ePerformance Tour
The 718 Cayman GT4 ePerformance will make a dynamic debut at the Goodwood Festival of Speed next month. At the famous motorsport festival in southern England, the concept racing car will take part in the traditional 1.9-km hillclimb event.
Its second outing will be in August at the Porsche factory in Leipzig on the occasion of the factory’s 20th anniversary. The facility boasts a 3.7-km circuit with sections reproducing world-famous racetracks.
The two 718 Cayman GT4 ePerformance demo vehicles will travel through various European countries before heading to North America in early 2023. The world tour concludes in the Asia-Pacific region where it will tour until mid-2024. It’s almost a certainty we will see it at the Sepang International Circuit which is frequently used by Porsche for events.
“The 718 Cayman GT4 ePerformance blazes a trail to Porsche customer racing with electrically-powered racing cars. As a first step, we will unveil this concept to our global partners,” says Oliver Schwab, Project Manager Sales of the 718 Cayman GT4 ePerformance. “With drivers, teams, organisers, authorities and other interested parties, we’re also gathering ideas for Porsche racing formats in the future.”
Besides having a works team in the Formula E World Championship for single-seater all-electric racing cars, Porsche also has a second car that sometimes leads in the races. It’s a Taycan which the sportscar maker has supplied for use as the Official Safety Car and it’s most appropriate since it too has a fully electric powertrain.
As the Official Safety Car, the Taycan is deployed from the pitlane whenever there is an incident to manage the cars on the track. This is to allow marshals to remove a car that has had an accident or to carry out other duties in safety, and the cars must follow behind the Safety Car.
First season for the Taycan
Porsche supplied two units of the Taycan Turbo S which began their duties at the first round of the latest season in Saudi Arabia in January. It is designed to be more than just the Formula E Safety Car and the striking paintwork flies the colours of all 11 teams competing in the championship, as well as the colours of the FIA and Formula E. The number 22 acknowledges the performance of the 22 drivers who contest the series this season.
“We’re proud that Formula E has entrusted a Porsche with this task – one that is important for the safety of its drivers,” said Thomas Laudenbach, Vice-President Porsche Motorsport. “With the Taycan Turbo S as the Official Safety Car, we’re making an important contribution to track safety and also underlining the importance of Formula E for Porsche Motorsport. The distinctive design illustrates our commitment to the successful future of this innovative racing series. Although we’re rivals out on the track, we’re spreading this message to the world together. What’s more, we hope that this also enables us to appeal to a younger target audience who are not yet motorsport fans.”
High performance necessary for Safety Car
A Safety Car must have a level of performance which enables it to lead the racing cars around at a brisk pace, and also have driving dynamics that allows it to negotiate a track at high speeds. The Taycan definitely meets this requirement with its driveability as well as its output of up to 560 kW (761 ps). With Launch Control, the flagship model of the Taycan range can go from 0 to 100 km/h in 2.8 seconds and reach a top speed of 260 km/h.
To prepare the Taycan Turbo S for its role as a Safety Car required the installation of a roll-cage and racing bucket seats with 6-point seatbelts for the crew. Additionally, wire harnesses for the Safety Car lighting and the Marelli Logger System were needed and flashing lights were integrated into the bumpers. The new workplace of Bruno Correia, the long-standing Formula E Safety Car driver, was also equipped with a fire extinguisher and a high-tech communications system.
Porsche team on home ground
The Porsche Taycan Safety Car will be seen at the historic Tempelhof airport in Berlin this weekend, on standby at rounds 7 and 8 of Season 8 of the Formula E World Championship. TAG Heuer Porsche Formula E Team drivers Pascal Wehrlein and Andre Lotterer will be aiming to build on the historic 1-2 achieved at round 3 in Mexico City, the first ever win for the team.
“For us as a German team, the races in Berlin are the most important of the year. I have good memories of the event and was already on the podium there,” said Lotterer. “Driving races at home and especially in front of the home fans is a very special motivation. It would be fantastic to get another win, this time on home soil,” added Wehrlein.
In earlier years, the BMW i8 (above) was used as the Official Safety Car and more recently, the MINI Electric Pacesetter inspired by JCW (below) took on the role.
