Page 775

by -

As part of a media trip to Porsche Germany, we were given the rare opportunity to be shown around the Porsche Museum. Opened earlier this year on 31st January 2009, the Porsche Museum is a treasure trove of all Porsche cars ever built. Situated right in the heart of the Porsche production facility where the 911 has been built for the last 60 or so years, the museum boasts of exhibits that are all in running condition, and can be driven around if required.

Touring the museum is like taking a journey through time; here you can see the humble beginnings of the company, founded by Ferdinand Porsche, and it outlines the history of the brand with no holds barred. There are some models that were prototypes that never made it to the production line; not all cars ever designed were successes, but in the failures, there were many lessons to be learnt, and Porsche are not afraid to share even their failures along with their triumphs. Here, we share with you the most significant museum exhibits:-

Type 64 (re-built)
Year of production: 1939
Power unit: four-cylinder boxer engine
Capacity: 1131 cc
Output: 33 bhp (24 kW)
Top speed: 140 km/h (87 mph)
It was beautiful, dynamic and fast – and it quickly became Ferdinand Porsche’s great passion: Although this unique sports car built for the Berlin-Rome long-distance race bore nothing but the simple model designation “Type 64”, it is acknowledged as the “original Porsche”, the “great-grandfather” of all Porsches to follow. Within and beneath its streamlined aluminium body, Type 64 boasts the trendsetting concepts so characteristic of all Porsche sports cars following in the years to come. In terms of design and aerodynamics this unique Coupé was far ahead of its time, the symbiosis of motorsport qualities and production features creating an ideal grand touring car. On public roads Type 64 reached a top speed of no less than 130 km/h or 81 mph. Ferdinand Porsche often drove this car himself, showing his deep satisfaction by presenting the Porsche family name on the car itself.

VW Beetle
Year of production: 1950
Power unit: four-cylinder boxer engine
Capacity: 1131 cc
Output: 25 bhp (18 kW)
Top speed: 105 km/h (65 mph)
When Ferdinand Porsche presented his “Study for the Construction of a German People’s Car” in January 1934, this was the eighth small car built under his guidance. Creating this compact model, Porsche and the engineers at his Construction Office offered highlights such as an air-cooled four-cylinder engine mounted at the rear, a crank arm axle, torsion bar suspension, and the subdivision of the car’s structure into a floorplate and the body itself. Through its design, the Beetle combined superior streamlining with sufficient space for four persons, in the process creating the famous Beetle silhouette. Total production of the Beetle by Volkswagen AG up to the year 2003 amounted to 21.5 million units worldwide.

Porsche 356 “No. 1” Roadster
Year of production: 1948
Power unit: four-cylinder boxer engine
Capacity: 1131 cc
Output: 35 bhp (26 kW)
Top speed: 135 km/h (84 mph)
The first sports car to bear the name Porsche was built in spring 1948 in the small Austrian town of Gmünd (Province of Carinthia). Creating this unique vehicle, Ferry Porsche for the first time lived out his idea of a truly modern sports car. The prototype Porsche Type 356 “No. 1” was ready to go on 8 June and the Carinthian State Government issued a special permit for testing on public roads. This mid-engined sports car was powered by a VW engine increased in its output to 35 bhp. Weighing 585 kg or 1,290 lb, the Porsche 356 “No. 1” achieved a top speed of 135 km/h (84 mph). In August 1948 the car clearly proved its sporting qualities in the Innsbruck City Race.

Porsche 356 Coupé “Ferdinand”
Year of production: 1950
Power unit: four-cylinder boxer engine
Capacity: 1086 cc
Output: 40 bhp (29 kW)
Top speed: 140 km/h (87 mph)
A new chapter in the history of Porsche started on the Thursday before Easter 1950 when the first Type 356 built in Stuttgart came out of the production hall. With all test cars by tradition receiving a name at Porsche, the model on display in the new Museum was called “Ferdinand” and was a gift for Ferdinand Porsche on his 75th birthday on 3 September 1950. The car was subsequently used as a “rolling test vehicle”.

Porsche 356 America Roadster
Year of production: 1953
Power unit: four-cylinder-boxer engine
Capacity: 1488 cc
Output: 70 bhp (51 kW)
Top speed: 177 km/h (110 mph)
A special roadster built exclusively for the North American market and significantly lighter than the other models in the 356 series produced at the same time.
The car reached its ideal weight of 605 kg or 1,334 lb through its extra-light aluminium body with low door cutouts, stick-on side windows and an emergency roof. This truly spartan forerunner to the 356 Speedster was conceived specifically for motorsport.

Porsche 550 A Spyder
Year of production: 1956
Power unit: four-cylinder boxer engine
Capacity: 1498 cc
Output: 135 bhp (99 kW)
Top speed: 240 km/h (149 mph)
“Little Bastard” was the name that legendary US film star James Dean gave his Porsche 550 intentionally built with all the aggressive attributes required for motorsport. Just 24 years old, Dean died in his private Spyder in 1955 on his way to the race track in Salinas, California, when another driver took his right of way.

Type 754 “T7”
Year of production: 1959
Power unit: four-cylinder boxer engine
Capacity: 1966 cc
Output: 130 bhp (96 kW)
Top speed: 200 km/h (124 mph)
Ferdinand Alexander Porsche’s T7 styling study was a milestone on the way to the final design of the 911. Since Ferry Porsche refused to build a regular four-seater, “T7” never entered standard production. But Ferry Porsche did have the car re-built as a 2+2-seater, jump seats at the rear maintaining the typical look of a fastback coupé.

356 B 2000 GS Carrera GT
Year of production: 1960
Power unit: four-cylinder boxer engine
Capacity: 1966 cc
Output: 175 bhp (129 kW)
Top speed: 220 km/h (136 mph)
The Porsche 356 not only came with a new face, but also with innovative technology. The moving body parts made of aluminium are indeed a good example of such innovations. Other trendsetting features are the safety steering with hydraulic dampers and the optimised brake cooling system. The availability of various transmission ratios was likewise new. The additional name “Carrera” was borne as of 1955 on all models with a racing engine.

Porsche 911 2.0 Coupé
Year of production: 1964
Power unit: six-cylinder boxer engine
Capacity: 1991 cc
Output: 130 bhp (96 kW)
Top speed: 210 km/h (130 mph)
In 1963 Porsche proudly presented the successor to the 356 at the Frankfurt Motor Show: the original 911. The 911 differed in many respects from its predecessor, not only through its fast-revving six-cylinder power unit. And Ferry Porsche was happy “to be able at last to fit his golf set into the car without a problem.” Originally code-named the 901, the model designation had to be changed into the magical numbers 911, since Peugeot claimed the right to all three-digit numbers with a zero in the middle.

Porsche 914/8
Year of production: 1969
Power unit: eight-cylinder boxer engine
Capacity: 2997 cc
Output: 300 bhp (221 kW)
Top speed: 250 km/h (155 mph)
In the late ‘60s the close connection between Porsche and Volkswagen, which had grown consistently in the course of time, led to the construction of the VW-Porsche 914 – a dynamic but economical sports car. Apart from the four-cylinder VW version, there was a six-cylinder version of this very agile mid-engined sports car built exclusively for Porsche. And there were two cars with an eight-cylinder power unit carried over from motorsport, one of which was given to Ferry Porsche as a gift for his 60th birthday.

Porsche 911 S 2.2 Targa
Year of production: 1970
Power unit: six-cylinder boxer engine
Capacity: 2195 cc
Output: 180 bhp (132 kW)
Top speed: 230 km/h (143 mph)
In response to new, strict legislation in the USA, Porsche built the first production safety convertible in the world to meet this challenge: In the mid-60s Porsche’s engineers created a special version of the 911 positioned in between the Cabriolet and the Coupé, inventing the Targa principle. This Targa version with its stable, removable roof quickly won over the hearts of a very special group of customers. Even the most powerful S-model (S for Sport) was available with the typical rollbar.

Porsche 908/03 Spyder
Year of production: 1970
Power unit: eight-cylinder boxer engine
Capacity: 2997 cc
Output: 350 bhp (257 kW)
Top speed: 275 km/h (171 mph)
Weighing just 545 kg or 1,202 lb, the Spyder was an extreme rendition of lightweight technology, the body made of reinforced-foam plastic weighing just 12 kilos or 26.5 lb. To ensure even better weight distribution, the driver and the power unit were moved to the front. The 908/3 Spyder to be admired here was raced only four times by the Works Team and won three races in the process, including its first race in the 1970 Targa Florio on Sicily with Jo Siffert and Brian Redman at the wheel.

Porsche 917 Short-Tail Coupé
Year of production: 1971
Power unit: twelve-cylinder boxer engine
Capacity: 4907 cc
Output: 600 bhp (441 kW)
Top speed: 360 km/h (223 mph)
In 1971 Gijs van Lennep and Helmut Marko set up a track record destined to go down in history. Averaging 222.30 km/h or 137.83 mph, they covered a distance of 5,335.16 kilometres (3,315.31 miles) in the 24 Hours of Le Mans.
Once again Porsche’s engineers had gone for nothing but the best in terms of streamlining and low weight. The short-rear version of the 917 comes with shark fins on both sides of the rear hood, the frame is made of extra-light magnesium.

Porsche 917/30 Spyder
Year of production: 1973
Power unit: twelve-cylinder boxer engine, turbocharged
Capacity: 5374 cc
Output: 1200 bhp (882 kW)
Top speed: 385 km/h (239 mph)
It is referred to as the “most powerful racing car of all times” – the upgraded twelve-cylinder power unit which dominated race tracks all around the world. With Mark Donohue at the wheel a Porsche brought home superior victory in the CanAm Series also the second time around, way ahead of McLaren. For the first time the turbocharged power unit also showed its merits on a winding track.

Porsche 911 Carrera RS 2.7 Coupé
Year of production: 1973
Power unit: six-cylinder boxer engine
Capacity: 2687 cc
Output: 210 bhp (154 kW)
Top speed: 240 km/h (149 mph)
The fastest German production car of its time was characterised by its unique rear spoiler referred to in popular terms as the “ducktail”. Introducing all kinds of aerodynamic improvements, Porsche set an important trend through this particular model, this spartan coupé living out the concept of “more power through more displacement and less weight” without the slightest compromise. The RS 2.7 was the first 911 to bear the name “Carrera” derived from the classic Carrera Panamericana road race.

Porsche 924
Year of production: 1974
Power unit: four-cylinder inline
Capacity: 1984 cc
Output: 125 bhp (92 kW)
Top speed: 200 km/h (124 mph)
Responding to the energy crisis in the mid-70s, VW decided to cancel a joint sports car project planned with Porsche. As a result Porsche created the 924 as its own entry-level model leading into the range. Right from the start, the first model was characterised by its large glass tailgate as a striking design feature. The 924 with its water-cooled front-mounted engine and transaxle configuration entered production at the Audi Plant in Neckarsulm in 1974.

Porsche 911 Turbo 3.0 Coupé
Year of production: 1976
Power unit: six-cylinder boxer engine, turbocharged
Capacity: 2994 cc
Output: 260 bhp (191 kW)
Top speed: 250 km/h (155 mph)
Porsche’s first production car to use an exhaust gas turbocharger for extra power developed an almost incredible 260 bhp at the time. And indeed, the 911 Turbo was a bold move in the days of the energy crisis. The 911 Turbo immediately took over the top position within Porsche’s model range, benefiting from technology proven in motorsport. Apart from the turbocharged power unit, this technology was to be admired above all on the brakes and the car’s streamlining.

Porsche 928 S
Year of production: 1983
Power unit: V8
Capacity: 4664 cc
Output: 300 bhp (221 kW)
Top speed: 250 km/h (155 mph)
The 928 was originally intended as the successor to the 911, but quickly emancipated into a unique model in its own right. In 1978, just one year after being launched into the market, the 928 became the first sports car in history to be elected as the “Car of the Year”.
In technical terms the concept differed fundamentally from the 911 through its transaxle transmission, the water-cooled V8 light-alloy power unit, and the aluminium suspension.

McLaren TAG MP 4/2 C Formula 1
Year of production: 1986
Power unit: V6, turbocharged
Capacity: 1499 cc
Output: 850 bhp (625 kW)
Top speed: approx 350 km/h (217 mph)
Developing new models of the highest calibre for external customers: Working in behalf of the TAG Group, Porsche built an engine destined to revolutionise Formula 1. This high-performance power unit displacing just 1 ½ litres developed enormous power in the McLaren Formula racing car, setting the foundation for three World Championship titles scored by Alain Prost and Niki Lauda as well as 25 Grand Prix wins between 1983 and 1987.

Porsche 959
Year of production: 1988
Power unit: six-cylinder boxer engine with register turbocharger
Capacity: 2849 cc
Output: 450 bhp (331 kW)
Top speed: 315 km/h (195 mph)
No other Porsche offers the same passionate symbiosis of competition and high technology as the 959. Originally conceived for the new Group B racing category, the 959 was built in an exclusive series of just 292 units as a spearhead in technology based on the 911 model series. Subsequent production models benefited significantly from this supersports car with its attractive looks. Despite its price tag of DM 420,000, the 959 was quickly sold out.

Panamericana Concept Car
Year of production: 1989
Power unit: six-cylinder boxer engine
Capacity: 3557 cc
Output: 250 bhp (184 kW)
Top speed: 210 km/h (130 mph)
On his 80th birthday Ferry Porsche received a roadgoing concept car based on the 911 Carrera 4.
Bearing the name “Panamericana”, this unique model built in the course of only a few months was also presented at the 1989 Frankfurt Motor Show. The concept with its horizontal roof structure had a strong influence on the ongoing development of the 911 Targa and also paved the way for the construction of a new roadster, the Porsche Boxster soon to follow.

Porsche Boxster
Year of production: 1996
Power unit: six-cylinder boxer engine
Capacity: 2480 cc
Output: 204 bhp (150 kW)
Top speed: 240 km/h (149 mph)
This two-seater roadster with its mid-mounted engine continued Porsche’s Spyder tradition, using modern technology in the process. Following an overwhelming response to the initial Boxster Show Car, the Company decided to build the production model. For technical reasons the roadgoing Boxster differed from the concept version but was nevertheless fully accepted as a thoroughbred Porsche. And while anticipating some features of the later generation of the 911, the Boxster always remained a unique model in its own right.

Porsche Carrera GT
Year of production: 2003
Power unit: V10
Capacity: 5733 cc
Output: 612 bhp (450 kW)
Top speed: 330 km/h (205 mph)
The driving experience is both undiluted and mind-boggling: Through its design language alone, the Carrera GT clearly stands out as an uncompromising top-level performer. Boasting all the values of a modern racing car – supreme performance, extreme lightweight engineering, superior safety – the Carrera GT was originally conceived for racing in Le Mans and was then built in an exclusive series of just 1,270 units in Leipzig, standing out forever as an ultra-low mid-engined supersports with a unique carbon-fibre body.

by -

The new Porsche Museum in Stuttgart-Zuffenhausen, located in the very place where the iconic frog-shaped car is built, and right next to a railway station, making it very accessible to all visitors, was completed in December 2008, and opened its doors to the public on January 31st 2009.

Visitors from all over the world will be able to literally take a journey through time, from the very first Porsche shell ever made, to the latest cars made by Porsche AG.
More than 80 cars are on display in the 5,600 square metre (60,250 square feet) Exhibition Area styled and designed futuristically by the Viennese architects Delugan Meissl, ranging from the legendary wheel hub motor of the Lohner-Porsche, the world’s first hybrid automobile built as far back as in 1900, all the way to the latest generation of the Porsche 911.

Porsche expects more than 200,000 visitors to the Museum each year, so-called Theme Islands and numerous small exhibits seeking to present the “Porsche Idea” in all its complexity. Apart from the exhibition itself, the historical archives and the “transparent” workshop for historical cars, the Museum offers a wide range of catering services complete with a coffee bar, a bistro and an exclusive restaurant, as well as generous conference areas finished mainly in white, the fundamental colour of the Museum.

The new Porsche Museum is also available as an event location for other purposes, for example for conferences, film screenings or concerts, quite independently of the usual exhibition activities.

The new building at Porscheplatz is located at a very important place in the history of German automobile production, since this is where the Porsche Design Office moved to from downtown Stuttgart to Plant 1 in Zuffenhausen back in 1938. In the same year the forerunners of the VW Beetle saw the light of day precisely here at this location, followed by the Type 64 Porsche as the ancestor of all Porsche sports cars, the legendary Berlin-Rome car, in 1939. Sports cars proudly bearing the now world-famous Porsche logo have been built here in Zuffenhausen ever since 1950.

The exhibition concept
The actual Exhibition Area is made up of a daring steel structure resting on just three concrete cores and appearing to hover in space, covering a span of up to 60 metres or almost 200 feet. Inside the Museum Porsche’s historical cars and some 200 additional exhibits are grouped together in a carefully planned and highly attractive arrangement.

The visitor is guided through the Museum by the history of Porsche products, conveying the Porsche Idea through characteristic features such as “fast”, “light”, “clever”, “powerful”, “intense” and “consistent”.
Proceeding from precisely this fundamental philosophy, Porsche to this date has created trendsetting technical solutions for elementary challenges in automobile production. Just how consistently and convincingly the Porsche Idea has been conveyed into reality also follows from the development projects carried out by Porsche on behalf of other companies, Porsche Engineering, the subsidiary responsible for such projects, taking on a firm place in the Museum through selected examples of its work.

The exhibition concept of the new Porsche Museum was developed by the specialists of the Stuttgart HG Merz architects’ office in cooperation with Professor Gottfried Korff, a specialist on museology at Tübingen University not far from Stuttgart. Through their concept the creators of the Museum seek “to present issues of great significance to the Company and, at the same time, to document the long history of Porsche in its products.”

This interaction of product history, the arrangement of specific themes and the Porsche Idea provides a perfect trinity of highlights borne out, for example, by the Porsche 356 America Roadster built in the early ’50s. Weighing less than 600 kg or 1,323 lb in road trim, this is indeed the ideal testimony to the concept of lightweight engineering. At the same time the Targa Florio theme underlines Porsche’s outstanding achievements again in lightweight engineering, combined with the success of Porsche’s extra-light racing cars also highlighted by the plastic body of the Porsche 908 race car.

In addition, interactive mediatheque, micro-cinemas and mobile audio-guides offer visitors supplementary in-depth information. From the exhibition straight to the road: the “Museum on Wheels” Porsche cars do not grow old. Instead, they become classics still suited in every respect for road use. Indeed, this is one of the secrets behind the success of the brand, which is also why the exhibits proudly presented in the Porsche Museum are always on the move, nearly all of the vehicles exhibited being entered regularly in historical races and drive events as Porsche’s “Museum on Wheels”.
In 2009, for example, the 550 A Spyder will be making an appearance in the Italian Mille Miglia and the 356 Carrera Abarth GTL will be entering the Classic Adelaide in Australia. So instead of a conventional, static exhibition, the visitor is able to enjoy a constantly changing succession of cars with rarities re-arranged time and again.
Unique: the “transparent” Museum Workshop and the Porsche Archives
Porsche lives out its history – and customers live out Porsche’s history too. To ensure the highest level of care and maintenance for the brand’s historical cars, Porsche has established a special Museum Workshop where private customers are also able to have their classic cars restored. The visitor, in turn, has the opportunity to watch Porsche’s master mechanics and specialists working on all kinds of classic Porsches. For before the visitor even enters the exhibition, he will pass by the glass partition to the Museum Workshop, enjoying a truly unique experience of transparency offered the world over in this way only by the new Porsche Museum.

The historical Porsche Archives with all its treasures has also moved to the new Museum and is partly in sight through glass walls from the lobby. After registering in advance, specialists and enthusiasts are able to visit the archives for their research on the history of Porsche.

The Porsche Museum experience: the Catering and Event Area
Apart from the Museum shop, the coffee bar and the bistro, the new Porsche Museum offers two further highlights – the exclusive Christophorus Restaurant and a special Event Area. Visitors reach the restaurant through a separate entrance and may therefore enjoy all the culinary delights and amenities also after the Museum’s opening hours.
Looking out of the guest area, visitors enjoy a truly symbolic view, admiring not only the cars in the Exhibition Area but also Porscheplatz and the Porsche Plant itself to be seen clearly through the glass facade.

The “Hovering” Museum
Ingenious ideas, fascinating technology and legendary cars certainly deserve an appropriate setting offered in perfection by the architecture of Porsche’s new Museum. And one thing is for sure: the building designed by Delugan Meissl is a genuine eye-catcher. Resting on just three V-shaped pillars, the dominant main body of the Museum appears to hover high above the ground like a monolith. This is the venue of the actual Exhibition, the Christophorus Restaurant and the Event Area with its roof terrace.
The basic building structure beneath the monolith houses the Lobby, the Museum Workshop and the Archives, the bistro and coffee bar as well as the Museum shop.
The two bodies of the building are connected by a partly glazed, dynamically angled stairwell and a lift. A double-level underground garage with some 260 parking spaces, finally, offers visitors appropriate convenience in parking their car.
The monolith and the basic building structure stand out from every perspective through its polygonous, avantgarde shape as well as its various structures and window areas differing consistently in geometry. The glazed front side of the Museum measuring 23 metres or 75 feet in height and proudly presenting the name “Porsche” faces to the north, proudly welcoming visitors and passers-by driving into town in their car. The architects have succeeded in creating an absolutely outstanding highlight ranking unique in its environment and, on the other hand, in generating a well-balanced overall impression.

Once inside, the visitor moves up a very high escalator to the upper part of the building covering an area of approximately 5,600 square metres or 53,800 square feet. Now he can decide whether to start his tour of the Museum in chronological order with the history of the Company prior to 1948 or whether he would like to move on directly to the main exhibition area a few steps higher, following the likewise chronological presentation of the Company’s history after 1948.

The Museum Exhibition
The journey in time through the history of the Company starts in the Porsche Museum with a truly outstanding vision: At the entrance leading into the Exhibition the visitor will immediately admire the body of the legendary Porsche Type 64, the Berlin-Rome car built back in 1939.

The Type 64 is indeed the great-grandfather of all Porsche cars already boasting the unmistakable DNA which makes the sports cars from Zuffenhausen so unique the world over to this very day. Even though this trendsetting racing car was never raced on account of the war, it was the first rendition of numerous features characteristic of Porsche to this very day: lightweight technology and aerodynamic design, outstanding performance, reliable technology, and that typical look so characteristic of a Porsche. These features of the Type 64 clearly bear out the Porsche idea the visitor will experience so visibly through numerous highlights and examples in the Exhibition.
The Type 64 not only welcomes visitors to the Exhibition, but also serves as the link connecting the history of Porsche prior to and after 1948, the year in which the first Porsche 356 saw the light of day. Symbolically, it offers the visitor the alternative to either focus on the Prologue all about the early decades of Ferdinand Porsche as an automotive engineer and designer or to start his tour of the Museum with the history of Porsche as of 1948.

The Prologue: Porsche before 1948
Ranging from electrical wheel hub drive on the Lohner-Porsche as early as in the year 1900 all the way to the start of Porsche’s own car production in the Austrian town of Gmünd in 1948, the “Porsche before 1948” Exhibition Area describes the activities of Ferdinand Porsche in individual episodes.

Apart from various engines, the visitor is able to admire the Austro-Daimler Sascha and the Mercedes Monza racing car. The re-start of the Company after the war, in turn, is borne out by the Type 360 Cisitalia Grand Prix racing car developed by Porsche and, accounting for a production volume of 21.5 million units, the probably most-built Porsche construction ever – the Volkswagen Beetle. As we were guided through the museum, it was said that if not for the Beetle, there would have been no Porsche, for it was the money from making the Beetle that financed the start-up for the Porsche brand.

The final highlight in this Prologue is reserved for the famous Porsche “Number 1”, the first prototype of the Porsche 356 built in 1948.
The exhibits represent various milestones in the life of Ferdinand Porsche and, as a result, the visions which have shaped the Company and the brand over so many years and decades.
The Porsche Idea accompanies the entire exhibition throughout the Museum: The chronological presentation of Porsche products following the Prologue guides the visitor in a clear process to the various theme arrangements focusing in detail on the Porsche Ideas and their practical results so typical of the brand. Ultimately, therefore, the visitor is guided through the entire Exhibition Level all the way to the final point on the Upper Platform.

The “lightweight” idea: The Porsche 356 America Roadster and the Targa Florio

The power-to-weight ratio of a vehicle has always been the decisive factor particularly in the construction of sports cars, that is the ratio between the weight of the car and its engine output. This is why Porsche has sought from the very beginning to reduce weight and ensure perfect lightweight engineering.
This “lightweight” idea is highlighted by exhibits focusing on the Targa Florio, the famous long-distance road race through the mountains of Sicily, and underlines lightweight technology as one of Porsche’s core skills.
Racing in the Targa Florio, Porsche’s race cars were superior to the competition and thus highly successful mainly on account of their light and agile construction. Right from the start, the Porsche 356 America Roadster was the lightest Porsche of its time.
Another example of this philosophy is the extremely thin plastic-fibre body of the short-tail Porsche 908 Coupé built in 1968 and illuminated from inside, weighing a mere 130 kg or 287 lb.

The “clever” idea: the Porsche 356 B 2000 GS Carrera GT and various Porsche concept cars

Taking up all kinds of challenges in technology, Porsche looks consistently not just for a fast solution, but rather for the best conceivable answer. Hence, the idea of being “clever” is borne out clearly in Porsche’s engineering activities. Ever since 1971 Porsche engineers at the Research and Development Centre in Weissach have been developing and optimising all kinds of technical solutions, nurturing their love for technical details going back all the way to Ferdinand Porsche himself.
Porsche Ceramic Composite Brakes (PCCB), VarioCam valve management and the Porsche-Doppelkupplungsgetriebe (PDK) or double-clutch gearbox are just some examples of these technologies developed by Porsche.

Another example also presented here is the Porsche 356 B 2000 GS Carrera GT already featuring an all-synchromesh gearbox back in 1960.
This “clever” idea corresponds with other models presented as studies or concept cars, Porsche’s test vehicles and prototypes standing out clearly as supreme examples of technological innovation. And it is important to note that Porsche’s studies and concept cars are far more than just regular show cars of the usual kind.

On the contrary – all of these cars are fully functional and come with innovations offering both practical benefits and technical feasibility al in one.

The “fast” idea: the Porsche 911 Carrera RS 2.7 Coupé and the 24 Hours of Le Mans
The central themes of the “fast” idea are the aerodynamics and ease of control a car is able to offer. After all, even the most powerful engine is of no use if the driver does not remain in control. This is why Ferry Porsche sought from the beginning to make his cars both easy to control and aerodynamic, thus achieving even higher speeds on the road.
Superior aerodynamics is indeed one of the decisive factors crucial to superior speed, the Porsche 911 Carrera RS 2.7 Coupé with its characteristic “ducktail” rear spoiler making its appearance in 1973 as the fastest road-going car in Germany, with a top speed of 240 km/h or 149 mph.
In motorsport the benchmark for speed is Le Mans, for only the driver and manufacturer with a really robust car able to reach a high top speed is able to win this legendary 24-hour race, maximum speed being the all-important factor – more than in virtually any other race – on the long Hunaudières Straight.

Thanks to superior competence in aerodynamics clearly confirmed by legendary sports cars, Porsche has scored numerous class wins and no less than 16 overall victories in Le Mans. One example is the overall distance record of 5,335 kilometres or 3,308 miles set up in 1971 by the short-tail version of the Porsche 917 at an average speed of 222 km/h or 138 mph, which remains unbeaten to this very day.

Perhaps the leading technical exhibit for the concept of “fast” is the Porsche 956 suspended in spectacular arrangement above the visitor’s head from the ceiling of the Museum, demonstrating that at a speed of 321.4 km/h or 199.1 mph this unique racing car can theoretically drive along the ceiling, on account of the huge downforce generated by the aerodynamics.

The “powerful” idea: the Porsche 911 Turbo 3.0 Coupé and the era of the Porsche 917
In the early ‘70s Porsche was more successful in motorsport than ever before, dominating virtually all competitions. This also led to a new technical commitment within the Company, with Porsche now developing the most powerful engines in addition to the best cars in terms of lightweight technology.
High-performance power units and their particular features are therefore the highlight of this part of the exhibition. In motorsport it was the Porsche 917, that outstanding power machine, which dominated events for so long. A twelve-cylinder boxer engine stripped down to its individual parts serves as the prime exhibit in this area. This generation of power units reached its climax in 1973 in the guise of the Porsche 917/30, a 1200-bhp turbocharged super sports and the most powerful Porsche of all time.
The technologies developed for even greater power and performance on the race track were subsequently carried over successfully to Porsche’s road-going sports cars, the turbocharged power unit soon hitting the headlines in the Porsche 911 Turbo presented here as the reference exhibit on the history of Porsche. The Turbo thus becomes the synonym of Porsche technology.

How is a Porsche created?
The question as to “how a Porsche is created?” is also answered right in the middle of this journey in time through the history of the Company: Reaching the central point on the Exhibition Level, the visitor is offered an insight into the Weissach Research and Development Centre as well as the Car Production Plant in Zuffenhausen. In the process, cutaway models demonstrate how a Porsche is created, developed and built for the customer.
The focus is on design, development and production, films and exhibits informing the visitor of development processes taking place in parallel and offering a good impression of how, through cooperation and networking, high-quality products may be developed to full production standard within a relatively short time.

The creative think-tank: Porsche Engineering
During his – or her – journey through the history of Porsche, the visitor will also encounter Porsche Engineering. Ever since Ferdinand Porsche established his Construction Office in 1931, Porsche has offered external clients a wide range of engineering services. Exceptional exhibits such as the rare Porsche Hunting Car built in 1956, the C88 concept car developed for the Chinese market in 1994, and the McLaren MP4 TAG Formula 1 racing car powered by a TAG Turbo engine made by Porsche emphasise the sheer diversity of Porsche’s development activities for other manufacturers.

Other highlights to be admired are truly unusual constructions and technology concepts not even recognisable at first sight as typical Porsche developments.

The “intense” idea: the Porsche 959 Coupé and Motorsport
The Porsche 959 Coupé, a genuine dream and supersports car built in the ‘80s, impressively conveys the passion of Porsche’s engineers. Conceived originally as a Group B racing car for use in motorsport, the Porsche 959 stands for the “intense” idea so typical of motorsport with all its emotions.

Motorsport is indeed the starting point for Porsche in the development and improvement of production cars, but also stands for success, triumph and emotion. The passion of the Company, its engineers, mechanics, drivers and aficionados the world over is indeed the essential factor and the fundamental difference borne out in more than 28,000 racing victories.

Since it is impossible to present the thrill of motorsport through technical exhibits alone, not only legendary racing cars, but also emotional symbols such as the historical starter’s flag for the 24 Hours of Le Mans and more than 150 coveted trophies offer the visitor a truly “intense” experience of this idea.

The “consistent” idea: the Porsche 911 and its evolution
No other car the world over can look back at such a continuous tradition in design and style as the Porsche 911, truly unmistakable ever since its introduction in 1964, regardless of the model generation and when the car was built.
Initiated by the current 911 Carrera, the “consistent” idea focuses on various design highlights of a Porsche.
First and foremost, the lines of a Porsche sports car are determined by consistent reduction to the essential – a philosophy carried forward over the years and decades from Ferdinand Porsche through his son Ferry all the way to his grandson Ferdinand Alexander.

Taking models of the VW Beetle, the Porsche 550 and the Porsche 904 as examples, this area in the Exhibition highlights the design language of Porsche’s sports cars, the silhouettes of various models in the 356 and 911 range projected above one another exemplifying the closely related design of all Porsche cars.

This theme also presents the evolution of the Porsche 911 Turbo now in its sixth generation following the launch of the original model back in 1975. To clearly present this evolution, the various versions of the 911 Turbo are presented on pedestals turning in synchronised 90° steps and thus allowing a direct comparison from all angles.

Focusing on the present: “My Porsche”
Forming the final emotional highlight of the exhibition, “My Porsche” presents customer and cult cars in various designs on a kind of catwalk. The highlights to be admired here include a Porsche diesel tractor built in 1960 and a 911 Carrera painted by the famous Aboriginal artist Biggibilla.
Numerous model cars and toys relating to Porsche are also to be admired here, while that unique Porsche sound is presented in all its glory beneath three sound “showers”. As a result, “My Porsche” boasts the particularly close emotional relationship of countless enthusiasts the world over to that unique brand from Zuffenhausen.

The Museum Workshop and the Porsche Archives
Despite their excellent condition, the historical cars featured in Porsche’s “museum on wheels” obviously require regular care and maintenance in order to enter all kinds of competitions and events at any time. Specialists working full time in the Museum Workshop prepare all historical racing and sports cars for their worldwide activities, conducting regular maintenance and carrying out repairs where required.

The same specialists are also at the disposal of private customers for the restoration of their classic Porsches. These include all road cars whose series production ended at least ten years ago, that is the 356, 914, 959 and 911 including the 964 model series, as well as water-cooled four- and eight-cylinder models.

These highly skilled specialists and mechanics do their wonderful job in public, instead of hiding behind closed doors: This is the world’s only Museum Workshop where the visitor is able to directly observe the work in progress, a glass partition in the lobby of the Museum offering a clear view of the Workshop.

Pooled skills: the Museum Workshop Team
The Workshop Team is made up of one master mechanic, three mechanics, an upholsterer and a customer advisor. Naturally they all have lots of experience with Porsche cars of all model years both in series production and motorsport. It is also their job to correctly tune and set up the sensitive high-performance power units in classic racing cars such as the twelve-cylinder turbocharged engine of a Porsche 917.

To do this job with utmost perfection, the specialists benefit from the most advanced tooling and equipment with two car hoists, lathes and milling machines enabling them to carry out virtually all service, repair and restoration processes. If necessary they are able to re-build even simple mechanical components.

Minor body repairs are also handled here, while the Workshop Team has full access to Porsche’s entire infrastructure for all ongoing work and requirements.

Porsche’s memory: the Historical Archives
The new Porsche Museum also houses a Central Department offering all the historical and contemporary knowledge about Porsche. The Historical Archives of Porsche AG are housed in the museum, directly above the Museum Workshop.
Acting as the “memory” of the Porsche Group, the Porsche Archives collect all important information relating to commercial, technical, social or cultural terms to Porsche AG and its subsidiaries. The Archives maintain all knowledge, facts and figures of significance throughout the unique story of Porsche’s success, ranging from the early days of Ferdinand Porsche as an automotive engineer through the Construction Office established in 1931 all the way to Porsche AG as the Company exists today.

The Porsche Archives now extend along a total distance of approximately 2,000 metres or almost 6,600 feet, spread out on shelves, displays, steel cabinets and even vaults.

Conducting research on the spot: open also to visitors
The Historical Archives with all its sources is at the disposal not only of the Company’s own internal departments, but also of visitors and interested parties from outside the Company. After registering in advance, journalists, scientists or owners of a classic Porsche are able to conduct their own personal research in the Archives’ reading area.
As one of the largest picture archives in the automotive industry, the Porsche Archives comprise more than 2.5 million pictures, a media archive with over 1,500 hours of footage, and a library with more than 3,000 car books. A further highlight is the comprehensive collection of written documents on the history of Porsche products, racing activities and the Company as such. These particularly highlights in the Archives are stored in some 3,500 special boxes.
Through a glass wall the visitor to the Museum enjoys a wonderful view of the reader’s room and the library. And the visitor inspired by this view is able to choose among a wide range of books about Porsche and a selection of authorised literature offered in the Museum Shop.

Events and Catering
Apart from the actual exhibition, the new Porsche Museum also has an exclusive Event Level as well as a truly versatile range of culinary highlights tailored to the individual wishes and preferences of Porsche’s guests. So whether it is a special cup of coffee, international snacks or the most exclusive cuisine – the Porsche Museum offers the right choice for everybody.
This in-house catering service is run by the Porsche Dienstleistungsgesellschaft (PDLG), Porsche’s Service and Catering Company.
Right from the start when entering the lobby, the visitor may go straight to the coffee bar or to the “Boxenstopp” Restaurant for guests, enjoying fresh meals in a friendly environment together with his or her family, friends or colleagues.

Wining and dining with a unique view: the Christophorus Restaurant
The Christophorus Restaurant on the second upper floor is on the same level as the Exhibition and is therefore accessible both through the Museum and through a separate entrance, and is accessible beyond the regular opening hours of the Museum itself. The Restaurant offers the highest standard of culinary excellence, enabling the gourmet to enjoy both Mediterranean and regional delicacies as well as the most exquisite wines. A particular highlight on the menu is US prime beef grilled fresh right in front of the eyes of the guest by Porsche’s very best chefs. And after visiting the Restaurant, the satisfied connoisseur may then enjoy the rest of the evening in the adjacent Cigar Lounge.

Looking through the generous glass façade, guests in the restaurant enjoy a wonderful panoramic view of Porscheplatz and the production building where Porsche sports cars and engines are built. And looking through another glass wall separating the Restaurant from the Exhibition, guests also have the opportunity to admire the various cars on display in the Museum itself.

For very special events: the Event Level
The third upper level in the Museum is available for all kinds of events varying in both nature and size. On an area of 600 square metres or almost 6,500 square feet, the Event Level offers the most advanced media technology for meetings, seminars, conferences, lectures, film presentations or concerts.
The facilities and equipment available include video-conferencing technology, large screens, interpreters’ booths and special-effect loudspeakers. Mobile partitions allow individual adjustment of room size depending on the number of guests attending an event. And a particular attraction of great interest is the 800 square metre (8,600 square feet) roof terrace which may be easily integrated in the Event Area.

As the rakyat comes to terms with introduction of RON95 petrol at pumps nationwide, the debate rages on whether which car can or cannot take the new grade of petrol. It has become a hotly discussed topic in our forum, as evidenced by the thread I’ve setup to chronicle our ongoing comparison of RON95 against RON97. Since it was started last week, the thread has attracted 121 replies and more than 12,000 views.

153463-Cover&Back_19-8_C1
RON95 compatible

Last week, Honda Malaysia released an official statement assuring owners can their cars can accept RON95 without any issues. Now, UMW Toyota has released a similar statement saying that all of their petrol-powered Toyota and Lexus models can accept RON95 petrol without negative side effects such as engine damage or performance loss.

Owners wishing to double confirm this fact are advised to refer to specification section in their owner’s manuals.

KON

Note: Official press release from UMW Toyota posted in our forum here.

by -

OFFICIAL PRESS RELEASE FROM HYUNDAI

Blue Drive products and technologies to lower CO2 emissions

bluedrive

Blue Drive, Hyundai Motor Co.’s eco-initiative, will move into high gear at the 2009 IAA in Frankfurt.  The company has created a special Blue Drive Zone where it will exhibit a wide array of its new eco-friendly technologies and products demonstrating its commitment to lowering emissions and improving the fuel economy of its vehicles.

Among the world debut Hyundai will be exhibiting at Frankfurt include the i10 Electric, a zero emissions urban commuter vehicle, which will see limited series production begin in 2010 starting with the Korean market. It will be sold to government ministries, state corporations and utilities in the first stage. The retail sales date is not decided. Powered by a 49kW motor and a 16kWh battery, the i10 Electric promises a driving range of 160km and top speed of 130km/h.  It features x-by-wire systems for steering, air conditioning, water pump and brake vacuum pump.

i10-electric-1
Hyundai i10 Electric

i10-electric-2 i10-electric-3
Fully powered by electricity.

Europeans will also get their first chance to see two other important Blue Drive vehicles, which made their world debut earlier this year at the Seoul Motor Show.   The Frankfurt Blue Drive Zone will include the Elantra LPI Hybrid which emits just 94g/km of CO2 (European combined mode) and the Blue Will Plug-In Hybrid Electric concept vehicle.  The Elantra LPI HEV is the world’s first hybrid electric vehicle to be powered by liquid petroleum gas (or autogas) and the first production car to be powered by advanced lithium ion polymer batteries (LiPoly).

A new Blue edition of Hyundai’s highly popular i30, designed in Germany and built in the Czech Republic, will also debut in Frankfurt. It features fuel-saving stop-and-go emissions reduction technology.  The i30 1.6 CRDi with ISG generates just 113g/km of CO2.

Hyundai will stage its press conference Sept. 15th at 2pm at the Hyundai stand in Hall 6.

by -

The upcoming Frankfurt Motor Show (IAA) will see Audi present three new models said to embody ‘Audi’s conviction that dynamics and efficiency are not mutually exclusive’. Unlike past editions which saw the debut of the Q7 (2005), B8 A4 (2007), and C6 RS6 (2007), Audi’s pavilion in IAA 2009 will see cars with familiar bodies housing new engine combinations. The model ranges of the A3, A4, and A5 will each be joined by one new variant – the A3 1.2 TFSI, A4 3.0 TDI, and S5 Sportback respectively.

A3 1.2 TFSI & A3 Sportback 1.2 TFSI

The new 1.2-litre petrol engine brings the total number of engine options available in the A3 to ten. Designed from scratch, the new engine’s crankcase is constructed from aluminium, endowing it with a slim 89.5 kilos of mass. Its four cylinders displace 1,197cc, with entry and exit from the combustion chambers regulated by eight valves and a single overhead camshaft.

Air and fuel are fed by means of a turbocharger and common-rail injection, giving it output figures exceeding 1.6-litre NA engines. Its 105hp power output is impressive, but its torque, 175Nm @ 1,500 – 3,500rpm is nothing short of astonishing. Result, the speedos of both the A3 and A3 Sportback in this engine enter three digits in a little over eleven seconds, with a top speed of 190kph (claimed figures, of course). Consumption is claimed to be 5.5 litres/100km, while CO2 emission stands at 127 g/km.

Sales will commence in Q1 2010, with front-wheel drive and a 6-speed manual transmission the only available drivetrain combination in the initial stages.

S3080020
A3 range to be joined by new 1.2-litre TFSI variant.

A4 3.0 TDI

While the A3 received a smaller, perkier motor, the A4 got itself one extracted from the Q7 SUV shoe-horned into its engine bay together with the quattro system and the 6-speed Tiptronic transmission. The figures of interest? Six-cylinders, 2,967cc, 240hp @ 4,000 – 4,400rpm, and a glorious 550Nm @ 2,000 – 2,250rpm. Migrating from the massive Q7 to the compact A4 has allowed the engine to slash both its consumption figures and 0-100 sprint times, with Audi claiming those said numbers at 6.7 litres/100km and 6.2 seconds respectively.

A4090004
A4 receives 3.0-litre TDI motor from Q7.

S5 Sportback

There are two variants of the S5 – Coupe and Cabriolet. They may wear the same badge, but not exactly the same heart. The S5 Coupe features a 354hp 4.2-litre V8 powerplant, but the Cabriolet makes do with 120cc and two cylinders less. Powering the topless S5 is a 3.0-litre TFSI engine taken from the S4. It produces the same 440Nm of torque like the Coupe’s V8, but has 21 fewer horses. Now, a third brother joins the picture in the form of the S5 Sportback.

Going into the engine bay of the S5 Sportback is the motor from the Cabriolet, paired with the 7-speed S-tronic twin clutch (DSG) transmission and quattro all-wheel drive as standard. Optionally available is a sport differential, which varies power distribution between the rear wheels during cornering. At the corners, 245/50 tyres wrap around 18″ aluminium wheels. Speed-dependent servotronic power steering is included as standard equipment.

The new S5 Sportback will go on sale by Spring 2010.

S5090007
Audi S5 Sportback

KON

    by -

    Pop-quiz: Who came out with the first petrol-electric hybrid vehicle? Toyota? Wrong. Honda? Wrong. Final chance. It’s Porsche. Yes, Porsche. Before he got around to the business of making sports cars, the first car built by Dr Ferdinand Porsche was actually a petrol-electric hybrid powered vehicle.

    So, contrary to popular belief, the Toyota Prius is not the world’s first hybrid car. However, it is the world’s first commercially viable one, and what a success story it has been for Toyota. After Dr Porsche abandoned his research on making hybrids, other manufacturers, notably General Motors and Audi, also attempted to create hybrid propulsion, but none has managed to achieve the same stellar success that Toyota has.

    GM’s foray in this field dates back to year Neil Armstrong walked on the moon, while Audi’s hybrid first appeared two decades later in 1989. Toyota, meanwhile, only introduced their answer in 1997. A magazine article I once read likened Toyota to a moving giant oil tanker: slow to change course, but once it does, it moves in its new direction at a relentless pace. Indeed, Toyota’s development of hybrid technology would prove this point.

    The Toyota Hybrid System (THS) was unveiled in March 1997. Five months later, the minibus Coaster Hybrid EV was launched, followed by the first generation Prius in December. Fast forward twelve years to today, 2009, Toyota has placed a total of two million hybrid vehicles on roads worldwide. A staggering figure indeed.

    However, it wasn’t a smooth birth for the Prius by any means. Toyota’s engineers in the Prius’ development team had to combat a variety of issues before a viable prototype was ready. Unreliable batteries, unfeasible deadlines, and unsupporting executives were just a few of the pressing problems faced by the 1,000 engineers in the team. Unfazed by the challenges, the team picked off the problems one by one until the Prius was ready for launch in December 1997.

    By November 2000, cumulative sales of the Prius (then a Japan-only domestic model had reached 50,000 units. At about the same time, a midlife facelift was introduced, and the Prius was exported to selected markets, namely the United States and Australia.

    Emboldened by the success of the Prius, Toyota went on to introduce hybrid versions of the Estima and Crown exclusively for the Japanese market in 2001. The following year, cumulative sales of hybrid vehicles breached the 100,000 mark in March, with the Prius nameplate reaching the same milestone five months later in August 2002.

    Estima Hybrid


    Two-thousand-and-three was another big year for Toyota’s history in hybrid technology, with the introduction of THS II, also called Hybrid Synergy Drive (HSD), followed by the launch of the second-generation Prius. That same year also saw Toyota launch hybrid versions of the Alphard MPV as well as the commercial vehicles Dyna and Toyoace.

    Alphard Hybrid


    At this point in time, Toyota’s hybrid development was in full force. Hybrid versions of the Harrier and Kluger SUVs were launched in March 2005, and by October in the same year, Toyota’s cumulative sale of hybrid vehicles have reached 500,000 units. Production was ramped up with the Changchun Plant in China rolling out their first Prius in December 2005.

    The 500,000th Prius was sold in April 2006, just a month after the Lexus GS450h was launched. In mid-2006, the Camry Hybrid and a redesigned Estima Hybrid, one sold exclusive outside Japan, the other exclusively inside, were introduced. Toyota’s Kentucky Plant in US began making the Camry Hybrid in October 2006, with the QuickDelivery 200 commercial van launched in Japan at the same time.

    Camry Hybrid produced in Thailand


    After reaching the 500,000 mark for cumulative hybrid vehicle sales, it took Toyota just a little more than a year to double that tally, reaching 1,000,000 units in May 2007, approximately ten years after Toyota first unveiled the technology. The 1,000,000th Prius rolled off the production line a year later. In between reaching those landmarks, Lexus introduced the LS600h/LS600hL limousines while Toyota unveiled the Crown Hybrid.

    Lexus LS600h


    This year, Toyota’s hybrid lineup continued to expand. Lexus rolled out the RX450h in April, then the HS250h, the brand’s first dedicated Hybrid model, in July. The third gen Prius made its world debut in May, and was only recently launched for the Malaysian market by UMW Toyota Motor.

    UMW Toyota launching Prius gen 3 for Malaysia


    Having breached the two million mark in cumulative hybrid vehicle sales, the combined Toyota & Lexus line-up currently consists of 13 hybrid vehicles sold in 50 different countries. Toyota has no plans to rest on their laurels as they aim to be selling a million hybrids a year by 2010. By 2020, every model in Toyota’s and Lexus’ respective lineup shall be featuring at least one hybrid variant.

    As of 31 August 2009, Toyota has calculated that their hybrid vehicles, since 1997, have saved the world 11 million tons of CO2 emissions. We have no idea how they arrived at those figures, but we doubt they are very far off with their claims.

    The ultimate effectiveness of hybrid vehicles in the grand scheme of things will continue to be debated. Its opponents will always point out the fact that the costliness of hybrid technology would negate any potential savings brought about by its reduced consumption. However, that has not deterred the two million people, a few celebrities included, who have contributed to Toyota’s coffers over the past 12 years, and the way things are going, more will join the list.

    by -

    Toyota has just launched the new facelifted Camry. We sent KON to check things out.

    Even if the Camry is not the best selling Toyota in the country, its importance in UMW’s line-up cannot be underestimated. Discounting the Lexus cars, the Camry is Toyota’s flagship in Malaysia, spearheading a fierce battle against Honda, led by the impressive Accord.

    Since its debut on our shores fifteen years ago, the Camry nameplate has moved more than 70,000 cars out of UMW’s showrooms. The current generation Camry, introduced in October 2006, accounts for 28,000 of those cars. It is also responsible for 10% of Toyota’s sales made thus far in 2009. Not a model to be mucked around, for sure.

    The Camry’s importance to Toyota was nicely summed up by Mr Kuah Kock Heng, President of UMW. Speaking at the launch held yesterday at the UMW Toyota SS16 branch, Kuah said, “Over the years, the Camry has built a strong reputation for its quality, reliability, comfort and stylish design. It has become the most popular mid-sized executive sedan.”

    As is the norm with facelifts, the powertrain options of the pre-facelift Camry continue unchanged, with the same model variants on offer – 2.0E, 2.0G, and 2.4V. Most of the Camry’s enhancements are found in the aesthetics, and the list of features. A new colour, Grey Metallic, joins the five existing choices of Black Mica, Silver Metallic, Medium Silver Metallic, Beige Metallic and Pearl White.

    Exterior

    I quote the following from UMW’s press release, “the changes aim to convey a sense of prestige with a premium image for the Camry and the designers chose the theme of ‘Dynamic yet Majestic’. A touch of sportiness is blended into the premium feel to broaden its appeal.”

    While it’s your call whether or not to buy into the bombastic marketing speak, our view is that all the minor styling tweaks have matured the Camry into a smarter looking car. The most obvious changes are the reshaped grilles and contours of the front bumper, which now resembles Ford Australia’s FG Falcon (Google that). The radiator grille, together with the Toyota badge inside it, has also been slightly enlarged.

    Nose job makes Camry a much smarter looking car. (note: White car equipped with optional aerokit.)


    Also reworked, though not noticeable at a glance, are the headlights which get a more three-dimensional look and feature chrome-plated outer frames. In addition, the 2.0G and 2.4V get JPJ-approved High Intensity Discharge (HID) projector lamps for added brightness. At the back, the taillights, besides being given a neat visual rearranging, also get LEDs for stronger and quicker illumination.

    New rear taillamps feature LEDs


    Finally, and inevitably, new alloy rim designs complete the external visual transformation, though the sizes remain unchanged. The 2.0-litre versions get 16″ ten-spokers, while the 2.4V gets a set of 17″ seven twin-spoke rims.

    New rims complete the external transformation. These go with the 2.4.


    Interior

    Where the exterior had to appear ‘Dynamic yet Majestic’, the Camry’s interior had to carry a ‘Graceful and Fresh’ ambience. Indeed the freshest toy comes in the form of the Smart Entry & Start System (read: keyless push-button start) available only in the 2.4V, which unlocks the car on its own when it detects you (with your Remote Control Unit) approaching.

    While occupants in the 2.0G and 2.4V cocoon themselves in perforated leather, those in the cabin of the 2.0E make do with fabric seats, albeit fabric of newer design. Further differentiation of the variants come in the items of auto cruise and 8-way power adjusting seats both also available only in the 2.0G and 2.4V.

    Furthermore, two additional switches on the side of the front passenger’s backrest for the rear-seating towkay to make more legroom. This was a feature, if you recall, we saw during our preview of the Hyundai Equus & Genesis. Toyota is providing is as standard for both the 2.0G and 2.4V.

    For the towkay’s comfort. Additional seat adjusting buttons available on 2.0G and 2.4V.


    Of course it’s not all bad news for buyers of the 2.0E. Residing in the instrument panel, the Optitron meters, having received a redesign which supposedly ‘enhance visibility at a glance’, are standard across the board. As are the dual zone climate control, rear blowers and Plasmacluster ion generator. Hidden in the centre console are AUX jacks for the connection of portable music devices into the Camry’s ICE.

    Redesigned Optitron meters.


    Mechanicals

    As mentioned earlier, the pair of all-aluminium 4-cylinder DOHC 16V VVT-i continue their service in this facelifted Camry. The 2.0-litre models get the 1,998cc 1AZ-FE powerplant rated to produce 145hp @ 6,000rpm and twist out 190Nm @ 4,000rpm.

    Power and torque of the architecturally identical 2AZ-FE in the 2.4, displacing 2,362cc, peak at the same respective points in the rev range as the 2.0. Its figures are 165hp @ 6,000rpm, and 224Nm @ 4,000rpm.

    16V, DOHC VVT-i powerplants carried over unchanged.


    Driving the front wheels are a four-speed automatic transmission for the 2.0 and a five-speed auto for the 2.4. It should be noted that the 2.0’s four speeder has no overdrive ratios, in contrast to the 2.4, which has 4th and 5th being overdrive gears. However, the effects are somewhat balanced out by the 2.0 having a much lower final drive ratio.

    5A/T for 2.4V


    As expected of any car in this class, the Camry has independent suspension all-round, with MacPherson struts up front and dual-link struts behind. Steering comes in the form of a standard power assisted rack and pinion system.

    Stopping power is provided by four disc brakes, with the front pair being ventilated items. Accompanying the four discs are Anti-lock Braking System (ABS), Electronic Brake force Distribution (EBD), and Brake Assist (BA), all featured standard across the board.

    Safety

    Going with the extra power of the 2.4V are Toyota’s Vehicle Stability Control (VSC) and Traction Control (TRC), which can individually brake certain wheels and reduce engine power on the onset of skidding to help bring the vehicle back under control.

    Passive safety comes in the form of Toyota’s famous GOA-certified body which channels collision forces around the passenger cell, sparing occupants of bodily harm. Complementing the strong body are dual SRS airbags, pre-tensioned seat belts and anti-whiplash seats.

    Availability


    UMW projects sales figures in excess of 1,000 units for the Camry each month. The facelifted Camry is available for booking now, but showroom cars will only be ready for viewing by 4 Sept 2009 in the Peninsula and 11 Sept 2009 in East Malaysia.

    As with all models offered by UMW Toyota Motor, the facelifted Camry comes with a 3-year/100,000km warranty (whichever comes first).

    For further information, please contact: 1800-8-TOYOTA (1800-8-869682)

    by -

    Mitsubishi’s award-winning Triton pickup has received a mid-life facelift with increased cargo volume and a bolder appearance among its key updates. The model range remains unchanged, with the 4×2 Triton Lite occupying the entry-level slot beneath the 2.5-litre auto and manual variants. Top of the range is 3.2-litre 4×4 automatic.

    Not that Mitsu needed to revise the models on offer anyway. Each of the Triton’s variant has an award to its name. The Triton 2.5 and Triton Lite have both bagged Autocar ASEAN’s Pick-up of the Year Award in 2007 and 2008 respectively. The 3.2, meanwhile, picked up the equivalent title at the 2008 NST-Maybank Car of the Year award.

    Speaking at the launch ceremony, held at Desa Park City, Kuala Lumpur, Mitsubishi Motors Malaysia (MMM) CEO, Mr Keizo Ono said, “The Triton has been nothing but a success to us here at Mitsubishi Motors Malaysia. Since its launch in 2006, Triton sales has grown sharply and it is currently the top two selling pick-up truck in the country. Already Malaysia’s most awarded pick-up truck, this facelift model’s bolder outlook and improved versatility is set to increase the Triton’s popularity.”

    Compared to other pickups in the market, the Triton’s aesthetics are both distinct and unmistakable. In essence, the Triton’s look defines its identity in the segment. As such, characteristic features of the Triton’s existing fascia has been retained, but with subtle touches applied to (in Mitsu’s words) give it ‘a bolder, more prominent outlook’.

    In what is an unwritten international standard facelift procedure, the front bumpers have been re-profiled. The fog lamps are now surrounded by angular cutouts. The radiator grille slats, previously diagonal running parallel to the triangular protrusion housing the three-diamond logo, have been replaced with a new honeycomb design in the 2.5 & 3.2. On the Triton Lite, the grille design comprises of a pair of horizontal slats either side of the three diamonds. As part of the facelift exercise, the Triton Lite now gets painted bumpers as well.

    Triton Lite gets much improved appearance with coloured bumper.


    However, an unusual exercise undertaken by Mitsubishi in this facelift was that they took the effort to redesign the Triton’s cargo bed. The bed is now lengthened by a good six inches, and also made deeper for increased cargo carrying volume.

    Interior enhancements come in the form of a new RV meter sitting in between the central air-con blowers. The meter, unique to the 4×4 Tritons, carries the trip computer, digital compass, barometer, altimeter and outer thermometer. In the Triton Lite, this space is occupied by a lidded storage compartment. The Lite also makes do without a tachometer, leaving a gaping blank area in its instrument panel.

    No tacho for Lite.


    The existing diesel powerplants of the pre-facelift Triton, together with their paired drivetrains, remain in service. The top of the range Triton 3.2 gets the 3,200cc 4M41 inline-4 turbodiesel motor rated to produce 158hp @ 3,500rpm and 343Nm @ 2,000rpm.

    3.2-litre 4M41 turbodiesel rated at 158hp and 343Nm.


    Going down a rung, the Triton 2.5 gets the 2,477cc 4D56 4-cylinder 16-valve DOHC turbodiesel engine also found in the Pajero Sport. In this application, the engine produces 134hp @ 3,500rpm and 314Nm @ 2,000rpm.

    Triton 2.5 good for 134hp and 314Nm.


    The 2.5 and 3.2 receive Mitsubishi’s Easy Select 4WD system, able to execute ‘shift on the fly’ between 2H and 4H modes at speeds up to 100kph. Both versions also get the hybrid lim-slip diff (LSD) to prevent wheel slip. The 2.5 is offered with the option of a 5-speed manual or 4-speed automatic transmission. The 3.2 gets the 4-speed auto as the only transmission option.

    Under the hood of the Triton Lite, is a significantly detuned version (with engine cover gone too!) of the 4D56. Making do with half as many camshafts and valves (8V, SOHC), the Triton Lite also produces around half the output with 74hp @ 4,200rpm, and 149Nm @ 2,500rpm. Drive goes to the rear wheels with a 5-speed manual the only transmission on offer.

    No engine cover for detuned 4D56


    The Triton’s chassis, which comes with double wishbone suspension up front and leaf springs behind, features the Reinforced Impact Safety Evolution (RISE) structure with embedded collision beads in the frame for impact absorption. Additional safety comes (for the 2.5 & 3.2, of course) in the form of Anti-lock Braking System (ABS), Electronic Brake force Distribution (EBD), seat belt pre-tensioners and dual airbags.


    For more information, please visit www.mitsubishi-motors.com.my.

    by -

    New face grafted on. Now that’s a facelift.

    Three years on, the Volvo C70 is set for a massively facelifted version to be unveiled at the upcoming Frankfurt Motor Show (IAA 2009). When we say massive, we mean that this is no half-arsed new bumper, grille and taillight job. The new C70‘s look has been revised to the point of unrecognizability from the previous version, it might as well be an all-new model.

    20488_1_5
    The new Volvo C70.

    “We have carefully redesigned the front and rear of the car so they harmonise more with the larger Volvo models. We have also increased the exclusiveness of the interior materials and trim details to enhance the feeling of luxury,” explains Fedde Talsma, Exterior Chief Designer of Volvo Cars.

    20493_1_5
    From the rear, with the top up.

    Yeah, sure, whatever. It looks brilliant, which is all that we know and care to know. We buy into the talk that the C70’s nose job is based on the S60 Concept unveiled in Detroit 2009. Headlights sweep upwards more prominently than any other production Volvo, a far cry from the square items adorning the noses of their past products. In fact, we bet that your colleague peeking into your monitor from afar right now might confuse these images with those of a Mercedes SL.

    20481_1_5
    Can be confused with a Merc SL from afar.

    At the rear, the pagoda-like rear lamp cluster, trademark of modern Volvos, sit on the trailing edge of the strong shoulder line. The taillamps are illuminated by pair of LED strips on each side almost trace the edge of the red area, meeting with the prominent character line of the bumper. This feature has the distinct visual effect of framing the C70’s rear fascia.

    20487_1_5
    Taillights and bumper meet in very distinct fashion.

    Four powerplant options are offered with the C70 – two petrol and two diesel. Petrol power is offered in the form of the 170hp/230Nm 2.4i and the 2.5-litre 230hp/320Nm T5 models. Diesel propulsion, meanwhile, is available with either the 4-cylinder 2.0D or the 5-cylinder 2.4-litre D5. The oil burners are rated at 136hp/320Nm and 180hp/400Nm respectively.

    Retained from the pre-facelift C70 is the folding three-piece metal roof, which requires 30 seconds to do its job. Also carried over unchanged, is the element of safety that Volvo is so renowned for, it has become a cliche. Though little details on that area are given, it goes without saying that the C70 will come packed with all the various acronym-electronic stability controls and what not.

    20494_1_5
    Tin top to topless in 30 seconds.

    However, if you somehow manage to overpower all of Volvo’s electronic wizardry and send your C70 flipping, worry not, for the Roll Over Protection System (ROPS) will come to your rescue. When this little gyro-sensor hidden somewhere inside the car detects that you’re turning turtle, sturdy metal bars will pop out from just behind the rear passengers to give you extra space to crawl out and escape. Roof up? No worries, they have, I kid you not, metal spikes to break through the glass ensuring that the job is done.

    20482_1_5
    Metal bars will pop out from behind the rear passengers if the car turns turtle.

    Currently, Volvo is scheduling for the showroom debut and first deliveries of this new C70 to take place in early 2010, with the promise of full details, prices and specs to arrive then.

    KON

    by -

    If you want to own a Nissan Grand Livina, but want a look that is more exclusive, you can now opt for a new Grand Livina with the Impul package, supplied by Edaran Tan Chong Motor Sdn Bhd. What you get is a body kit that enhances the looks of the standard car, larger wheels, an exhaust system to give you a more pronounced roar as you pass others on the road, a set of shockers and springs. We took one off the shelf from the friendly PR representative of Edaran Tan Chong Motor, and took it on a 1,000 kilometre ride to shake it down and check it out.

    The body kit for the Grand Livina consists of four items, namely a body kit, made up of a front grille, front and rear bumper spoilers, and a rear wing that fits over the rear tail end. The modified wheels are a set of 17-inch Impul Aura SX-10 alloy wheels with Dunlop Formula D 01 205/45 R17 tyres.

    Put together, it translates into improvements in the overall handling, in particular cornering performance, a stiffer ride, a louder, sporty-sounding exhaust note, and a nicer-looking car.

    There are no engine modifications, but the new muffler does encourage the engine to be extra free revving, and the throatier exhaust note makes it feel like the car is faster, although the improvement, if any, is quite marginal. The body kit gives the Grand Livina a fiercer demeanour, and during our test drive, it did incite many other racer wanna-be’s to give chase and try to overtake us. We also noted that some regular Grand Livina owners gave our test car yearning looks of envy!

    On the road, we noticed that the cornering abilities of the car improved tremendously, allowing me to take corners and fast sweeping bends at higher speeds; ride comfort however, went out the window, and on the bumpy stretches, driver and passengers alike get quite a thumping as you get to feel every ripple and pothole. Being way past the age when extreme handling excites me, I conclude that this suspension must only appeal to young petrol heads who want a car that corners on rails, and don’t give two hoots about a comfortable ride.

    The ride is made worse by the fact that the larger 17-inch and 45 series low profile tyres provide even lesser cushioning than the standard tyres; I really do not mind the larger wheels, but if I were to go for the Impul kit, I would consider it without the Sports Suspension. The wheels alone would beef up the cornering abilities, since the contact patch would be larger, and the lower profile would reduce sidewall flex enough to provide stability around corners.

    The exhaust note is sporty sounding, and whilst it would be appealing to some of my younger colleagues, I am at the stage where silence is golden. Without a doubt, the fact that Edaran Tan Chong is making it available for general sale, there would be takers amongst the younger set, and it sure beats having to go to an exhaust shop to cut out the standard muffler and fit another.

    The Impul Grand Livina will no doubt find its audience amongst the young owners who want something different to personalise their vehicles, and what ETCM has done is allow it to be done at source, at the point of purchase, and gives the reassurance that warranties are not void.

    -->