We are very sad to learn that Osamu Masuko, special adviser and former Chairman of the Board of Mitsubishi Motors Corporation (MMC), passed away on August 27 at the age of 71 due to heart failure. The news was only issued in an official statement by the company today, although Mr. Masuko’s funeral took place earlier.
Originally from Mitsubishi Corporation, the trading company, Mr. Masuko was appointed as the President of MMC in January 2005. He developed and implemented the Mitsubishi Motors Revitalization Plan and was largely credited with revitalizing the company when its image was seriously damaged due to what was regarded as a cover-up of defects for a long period.
He led the development of advanced environment-friendly vehicles including the world’s first mass-produced electric vehicle, the i-MiEV, as well as the world’s first 4WD SUV plug-in hybrid EV, the Outlander PHEV.
In the ASEAN region, he promoted in local production and expanded sales, particularly in Thailand which is the production hub for the Triton. In addition, in 2016, he built solid relationships with the Alliance companies (Renault and Nissan) and the Mitsubishi Group, establishing close cooperation and sharing resources.
Our condolences to his family and may he rest in peace.
The Pikes Peak International Hillclimb was held over the weekend and this year didn’t see any automakers participating. It’s a tough year for the auto industry and budgets are obviously reduced, and with the COVID-19 restrictions, entry for travellers from Europe is also not allowed. So the event has been largely a ‘domestic’ one like what it was for many decades before Audi and Peugeot stormed the peak in the 1980s. This year, there is also no motorcycle category as it has been deemed too dangerous for two-wheelers.
Coincidentally, over in England, the first of a limited run of 15 units of the Pikes Peak Continental GT by Mulliner has just been completed. Announced last year, the limited edition of the Continental GT was to celebrate the record-breaking run of a standard Continental GT at Pikes Peak in 2019. A base-spec Continental GT starts at £159,100 (about RM883,000) in the UK and these cars would cost considerably more.
Fastest production car up Pikes Peak
The Grand Tourer shaved 8.4 seconds off the previous record along the 19.98-km course, making it the fastest production car ever to compete in the Pikes Peak International Hillclimb event. Driven by 3-time champion, former ‘King of the Mountain’ Rhys Millen, the W12-powered Continental GT climbed almost 5,000 ft through 156 bends in just 10 minutes, 18.4 seconds.
The limited edition features exclusive Radium by Mulliner paintwork, carbonfibre body kit, Acid Green brake disc callipers, and Pirelli P Zero Colour Edition Tyres. Gloss black detailing has also been added to the front lower bumper inserts, roof panel, wing mirrors and rear surfaces. 35% of the buyers (who are situated around the world) also specified the optional mountain decal, the same as the record-holding car.
While 22-inch Mulliner Driving Specification wheels in Gloss Black are standard, there’s an optional ‘100’ grille as a reminder that the Continental GT’s impressive hillclimb achievement took place in Bentley’s centenary year.
Sporting theme from competition car
Inside the cabin, Alcantara with contrasting Radium thread stitching adorns much of the soft trim areas, matched with Beluga hide. The steering wheel features a honeycomb stitching design and a centre stripe both in Radium, as per the Pikes Peak GT race car. Carbonfibre fascias and waistrails are complemented by a Piano Black centre console, all adding to the sporting theme.
The passenger-side fascia features a graphic showing a section of the Pikes Peak track, with 5 different graphics being used across the 15 cars being made, along with the record-setting time.
Pikes Peak embroidery to the seat headrests in Radium stitching, Radium contrast binding on the overmats, Pikes Peak treadplates and exclusive B&O speaker covers in Black Anodised and Radium finish further enhance the interior appeal. The Continental GT’s luxurious cabin includes the Bentley Rotating Display, deep pile overmats and Front Seat Comfort Specification.
Same W12 engine
Under the bonnet is essentially the same engine as the car that Millen drove. The mighty 12-cylinder petrol engine develops 626 bhp/900 Nm which can take the Continental GT from 0-100 km/h in a claimed 3.7 seconds and on to a top speed of 333 km/h.
At the 2018 Pikes Peak Hillclimb, Millen claimed the outright record for a production SUV with a Bentayga when he did the run in 10:49.9.
♦ McLaren’s Carlos Sainz Jr. didn’t get to race as exhaust failure while driving for the grid line-up forced him to instead return to the pits just before the start.
♦ Rain was headed towards the circuit but the start of the race was in dry conditions.
♦ The first crash took place during lap 11, bringing out the Safety Car. Giovinazzi’s Alfa Romeo was starting to spin and Russell (Williams) tried to avoid him but could not and crashed into the wall, with Giovanazzi doing the same a second later.
♦ Pierre Gasly and Sergio Perez chose not to head for the pits to get fresh tyres while the rest of the cars came in while the Mercedes-AMG Safety Car was out for about 3 laps. Gasly would only bring his Scuderia Alphatauri Honda in on the 27th lap, the last driver to do so.
♦ Charles Leclerc was required to meet the Stewards after the race as he was seen to be ‘driving unnecessarily slowly’ during the reconnaissance lap.
♦ At the halfway mark, Lewis Hamilton had a 3-second lead over team mater Valtteri Bottas, and was about 7.5 seconds ahead of Max Verstappen. The top three were essentially on their own as the gap after the Dutch Red Bull driver was about 16 seconds to Daniel Ricciardo.
♦ On lap 28, Hamilton’s car was spotted having a damaged wing and at the same time, the team sent a message to Bottas which suggested he was to push as hard as he could.At that point, Hamilton was still 3.7 seconds ahead.
♦ In the last few laps of the race, Hamilton expressed concerns about the front tyres, fearing a repeat of Silverstone – which wasn’t good at a track with such a long lap. But he managed the tyres as best as he could and crossed the finish line for his fourth win at Spa.
Aston Martin’s DB5 is well known as the ‘James Bond car’, having appeared as a gadget-packed sportscar in the movie ‘Goldfinger’ (as well as ‘Skyfall’). Only 1,059 units were produced and sold between 1963 and 1965, so it is a rare model. As part of its Continuation program, the company is currently making 25 units of the ‘Goldfinger’ car, complete with the array of gadgets, priced at the equivalent of RM17.7 million.
While the original DB5 is not readily available and only 25 people will get to own the Goldfinger cars, there is now the DB5 Junior, a two-thirds scale replica that runs on electric power. It is the result of a collaboration between Aston Martin and The Little Car Company and based on Aston Martin’s reference 3D scan of an original DB5 to ensure complete accuracy and authenticity.
Developed over the last 15 months as a collaboration between the two companies, the junior car is priced at £35,000 (about RM195,000). Like all Aston Martin models, customisation of the DB5 Junior is possible in almost the same manner. Only 1,059 units will be available – the same production volume as the original DB5 – on a first-come, first served basis with a refundable deposit required.
The DB5 Junior is around 3 metres long, and 1.1 metres wide. It is designed to easily accommodate an adult and a child side by side. The aluminium honeycomb chassis and composite body provide a very rigid platform whilst keeping the total weight down to around 270 kgs.
Absolute authenticity was key throughout the development of the car. For example, the DB5 Junior sports the same iconic Aston Martin ‘wings’, ‘shield’ and DB5 badges as the original 1963 model. Like its big brother, the dashboard is filled with functional Smiths instruments, which have been cleverly updated for the modern era.
The fuel gauge has been converted into a battery meter, while the oil temperature now monitors the temperature of the electric motor. Finally, the same Smiths clock as seen in the original 1960s car sits proudly in front of the passenger seat.
The perfect two-thirds scale steering wheel has a racing-style quick release to make entry and exit easier for the driver. Power is regulated by billet aluminium accelerator and brake pedals and, as would be expected, there are working headlights, brake lights, indicators and a horn. However, there are no 007 gadgets which is a pity.
In true DB5 style, the car comes in the famous Silver Birch colour as standard, with a full black leather interior and carpet set. There is even a boot at the rear for storage.
Like the real car, the DB5 Junior sits on double wishbone suspension at the front and even the roll centre and camber gain match the original geometry. At the rear, there is a live axle that is of the 1960s period, with authentic upper and lower trailing arm suspension and Panhard rod.
Behind each of the 10-inch wire wheels are ventilated disc brakes. Like modern hybrid and all-electric cars, there is regenerative braking which contributes to recharging of the battery pack.
Powered by a torquey electric powertrain delivering 5 kW (6.7 bhp) to the rear wheels, the DB5 Junior can zip to a maximum speed of almost 50 km/h. The removable battery pack under the bonnet is said to provide 16 to 32 kms driving range, depending on how the car is driven. A second battery can be added for extra range and replacement of each pack is easily done in seconds.
For safety, there are three modes to suit the skill of the driver, with the power output reduced to 1 kW (1.3 bhp) for less experienced drivers. Besides a maximum speed of around 20 km/h, this mode has a remote kill switch which will disable the car if it is further than 30 metres. The Expert mode generates maximum output available and for the ultimate driving experience, a rally-style hydraulic handbrake is included.
DB5 Vantage Junior
There is also the DB5 Vantage Junior available in the UK for £45,000 (around RM250,000) which has a powerful 10 kW (13.4 bhp) electric motor. This output is delivered to the wheels through a Limited-Slip Differential. Performance is further enhanced by the lightweight carbonfibre body and a second battery pack, doubling the range to between 32 and 64 kms.
Race starts at 3:10 pm in Belgium/9:10 pm in Malaysia
After one weekend break, the 2020 Formula 1 World Championship begins its second three-in-a-row rounds with Round 7 at the historical Circuit de Spa-Francorchamps for the Belgium Grand Prix. The event is the 65th F1 World Championship round hosted by Belgium and is one of the original races from the 1950s season. However, the F1 races were not always held at Spa-Francorchamps and on 11 occasions, they were held at two other circuits.
The 7-km track with 19 turns is therefore familiar to the drivers and teams, with its outstanding features and characteristics leading to some interesting set-up decisions. The two long full-throttle sections of the first and third sectors require low drag – but the longer intricate middle sector, where much of the lap time is made or lost, makes for a complicated choice of downforce levels. If too high, the car cannot attack or defend on the long straights; too low and too much time is lost in the middle of the lap. Each team will therefore have different strategies and it is always interesting see which one proves suitable.
Spa-Francorchamps is F1’s longest track with a lap distance of 7.004 kilometres. This tops the second circuit on the list, Baku (6.003 kms), by just over one kilometre. Because of its long lap distance, the Belgium GP has the lowest number of race laps in F1 with only 44 – making for a race distance of 308.05 kms. Also at this track, the drivers experience up to 5.2g (at Turn 10), which is the highest lateral g-force of the season.
Longest lap, few gear changes
Interestingly, despite having the longest lap in F1, the drivers only change gear 38 times for each circulation of Spa, one of the lowest figures in F1. This is particularly low when compared to the busy laps of Monaco where drivers will change gears around 50 times per lap – and that street track is less than half the length of Spa.
The main reason for the relatively low number of gear changes per lap is that a large portion of the lap at Spa is covered in top gear. Additionally, most of the corners that require gear changes come in groups – for example, Turn 5 to Turn 7. Over the length of the entire 7.004 kilometres of lap distance, there are only 6 sets of gear changes required.
Prompted by a 2019 race in which no driver used the C1 tyre and seven of the ten points-scoring cars ran a one-stop strategy, Pirelli has brought a compound one notch down for this weekend’s racing, with the C2, C3 and C4 available to the teams.
Fresh engines installed
Another potential factor at this race is the use of fresh engines. The announcement of an extended calendar earlier this week takes the projected number of races up to 17 (originally 22) which is above the threshold that allowed competitors to use a third ICE, TC or MGU-H. Spa has traditionally been a race where teams install a new power unit anyway, and so this weekend may see a slight shift in running, especially in the ultra-tight midfield.
The championship positions
Lewis Hamilton continues to enjoy a commanding lead at the top of the Driver’ Championship table with 132 points. Behind him is Red Bull’s Max Verstappen who has 95 points after having taken 5 5 consecutive podium finishes. He is ahead of Valtteri Bottas who started the season well but now finds himself slipping and has so far collected only 89 points.
Once again, Mercedes-AMG is in a strong leading position in the Constructors’ Championship with 221 points. That’s 86 points ahead of Red Bull Racing. The teams to watch are Racing Point, McLaren and Ferrari: Racing Point has 63 points, just one point ahead of McLaren and two ahead of Ferrari.
Past winners
Michael Schumacher has had the most number of wins at the Belgium GP -2 with Benetton and 4 with Ferrari. The Ferrari team has had the most victories, 18 in all, which is 4 ahead of McLaren.
In 2020, virtually everyone has experienced some effects of their personal financial situation as a result of the COVID-19 pandemic. The government has done its best to help in various ways and companies, though also impacted by a business slowdown, has also tried doing its part.
Sime Darby Auto ConneXion (SDAC), the sole distributor for Ford in Malaysia, is helping Ford owners with money-saving initiatives and has announced its ‘Service Reward’ promotion which is on for 2 days. On September 1 and 2, 2020, 1,000 Service Reward vouchers will be on sale and these vouchers get up to 30% discount on after-warranty service costs.
Authorised Ford sales and service centre in Kota Kinabalu, Sabah
Valid for 18 months
Each Service Reward voucher costs just RM5 and is valid at all authorised Ford service centres for 18 months from the date of purchase. The Service Reward voucher can be purchased at any Ford Authorised Service Centres, while stocks last.
“We are always looking for ways to support our customers and reward them for their loyalty. In these uncertain times, as people resume their day-to-day activities, we hope these savings will help lighten their load while keeping them safe on the roads,” said Syed Ahmad Muzri Syed Faiz, MD of Sime Darby Auto ConneXion.
Savings when servicing
With the purchase of the ‘Service Reward’ voucher, customers can save 10% on engine oil on their first vehicle service, 20% on their second vehicle service and 30% on their third vehicle service.
During all 3 service intervals, customers will also get a 10% discount on the oil filter, air filter, fuel filter, battery and wiper blades as well as a 10% discount on labour. Only OEM (original equipment manufacturer) parts are used quality and reliability are assured.
As an extra benefit for safe motoring and peace of mind, SDAC will also provide owners with the Service Reward voucher a free 27-point vehicle inspection. This inspection will be conducted by Ford-certified technicians who will check to ensure their vehicles are in tip-top condition.
Book a service online
Ford owners can book a vehicle service appointment online by visiting www.sdacford.com.my and clicking the ‘Book a Service’ tab in the Owner section. They can specify the state they are located in and select their preferred service centre. Upon submission with their contact details and vehicle registration number, a confirmation email of the appointment will be sent.
In addition, the real-time e-Service Appointment booking is currently available at 7 Ford Authorised Service Centres in Peninsular Malaysia, Sabah and Sarawak. The locations are Ford Ara Damansara, Ford Petaling Jaya 2, Ford Juru, Ford Butterworth, Ford Kuching, Ford Kota Kinabalu and Ford Tawau. Owners can schedule a service appointment up to 1 month in advance. To make a real-time e-Service Appointment booking, visit www.sdacford.com.my/book-a-service-form.
In addition to booking a service appointment online, owners can also schedule their service appointments by calling an authorised Ford Service Centre directly.
For more information on the 2-day ‘Service Reward’ promotion or Ford services from SDAC, visit www.sdacford.com.my.
The Bentley Continental range was born in 2003 and with each new generation, the boundaries of technology and power continue to extend. The third generation, unveiled at the 2017 Frankfurt Motorshow, is currently one of the brand’s most popular models globally. It is this generation, with its sporty design and sleek silhouette that is the basis of a miniature collection created by the company.
The collection of Continental GT model cars put a piece of Bentley history in the home or office, and would certainly be a perfect accompaniment to an owner’s full-size Continental GT, if he or she already owns one. The collection is available in a variety of scales – 1:8, 1:43 and 1:64 – and meticulous attention to detail and thousands of hours of work go into crafting the exquisite models.
The 1:8 scale model, priced in the UK at £6,995 (RM38,700), is offered as a bespoke product, allowing customers to commission their own unique replica car in the same way a customer would personalise their Bentley. The intricately detailed scale model is made up of over 1,000 individual pieces, assembled by hand and takes over around 300 hours in total to build.
The bespoke options cover a variety of aspects available to customise including paint, mock veneers and seat details. Every detail selected is executed and installed to the same superlative quality that is guaranteed with each full-size Bentley.
Measuring 78 cm in length and 40 cm in width, the exacting details of a full-size car are mimicked in miniature throughout the carefully-crafted replica cabin. The tiny steering wheel features impeccably-copied cross-stitching, the iconic seat quilting and fluting is mirrored on the small yet detailed scale. The model car even mimics the lustrous wood veneers and plush carpets that characterise the original. All colours and finishes are precision-matched to Bentley’s authentic paints, leathers, woods and other materials.
The full list of options includes exterior paint colour, wheels and alloys, lower grille, brake calipers, number plate, left or right driver position, interior colour split, main hide colour, secondary hide colour, seat quilting, seat fluting, veneers, and carpets. The option for the iconic Blackline Specification is also available.
To ensure complete accuracy, each 1:8 model ordered is developed under the close supervision of the Bentley Design Studio from the moment of order to final delivery. The model is crafted in resin and placed on a varnished plinth. It is the largest of the Continental GT collection of miniature models.
For those who do not choose the 1:8 scale model, the 1:43 and smaller 1:64 die-cast models are also of high quality commensurate with the brand image. In the UK, they are priced at £85 and £12 (RM470 and RM66), respectively. Orders can be placed from Bentley Retailers or via shop.BentleyMotors.com.
Ford and its Team Fordzilla esports team have unveiled a world-first at this year’s gamescom event which is described as ‘the ultimate virtual racing car’. Designed with collaboration between Ford designers and the gaming community, the car was developed under the codename ‘Project P1’.
It was then created with fan votes on Twitter at different design stages. Gamers decided on elements including seating position, cockpit style and drivetrain before Ford designers worked up their interpretations of the brief.
Two designs were put forward for the final poll, with the car by Ford exterior designer Arturo Arino emerging victorious, gaining 83.8% of the votes. Close to 225,000 fans let their preferences be known throughout the polling process.
Inspired by the Ford GT
With inspiration from the Ford GT, Arino’s design employs unique touches like morphing technology on the body to offer the stability of a longtail racer on the high-speed straights of Le Mans, or a shorter body for tighter circuits like Monaco. For fans wondering when they may get to drive the vehicle in-game, Ford hinted that it is in advanced discussions with a major games developer to introduce it into a popular racing game in 2021.
“Project P1 took me to the beginning of it all. The reason why I became a car designer in the first place was to design something never seen before and something that pushes the boundaries. This vehicle will be visually stunning, and while it will push the gamer to the limits of focus and reflexes, it will also be hugely rewarding to drive,” explained Arino.
Ford also announced that it will build a scale model of the Team Fordzilla P1 concept before the end of the year, something it has already started to create at its design studios in Cologne, Germany. This is part of its continuing theme of exploring the parallels between the real-world and the virtual one, with learnings from design in the digital world being applied to concepts for reality.
Fordzilla Cup
The final of the inaugural Fordzilla Cup will take place at gamescom this year. Qualifiers and heats have been taking place all week and will culminate with the first-ever champion crowned this weekend. The winner will get a professional contract with Team Fordzilla and have the chance to compete on some of the largest stages in gaming.
The launch of www.teamfordzilla.com during gamescom will provide a permanent home for Ford’s official eSports team. Fans will be able to follow live feeds of races, download vehicle graphics for use in-game and keep up-to-date with the latest news.
Team Fordzilla
Team Fordzilla is Ford’s first ever esports team, inaugurated in 2019 with individual teams in France, Germany, Italy, Spain and the UK, consisting of hand-picked racers. Each team competes in national competitions with dedicated team captains, with the best drivers representing Team Fordzilla at a European level. Currently, over 40 drivers race under the Team Fordzilla banner.
“We showed again at gamescom this year that we’re serious about gaming, but what was really great is the continuing support we’re receiving from that gaming community. This really pushes us to keep innovating with projects like the Team Fordzilla P1 concept,” said Emmanuel Lubrani, Senior Manager Communications for Team Fordzilla at Ford Europe.
Visit www.sdacford.com.my to know more about Ford models you can buy and drive.
‘300 SL’ was the designation of the competition car from Mercedes-Benz with which the brand returned to international motorsports in 1952 for the first time after the Second World War. Although this car was not sold to the public, it did light the fuse for the development of the later SL-Class.
The development of the 300 SL began in 1950, when Mercedes-Benz began to think about a return to racing. The attempt to reactivate the 1939 W 154 Grand Prix racing car, however, met with failure in Argentina in 1951. So the engineers pressed forward the development of the new racing car, some of the components of which came from the 300 model.
The 1952 300 SL with the current generation of the SL Roadster which was launched in 2012. Production has ceased and there will be about a year’s gap before the new generation appears in showrooms
SL means ‘Super Light’
In June 1951, the Board decided to resume participation in racing events from 1952 and gave approval for the construction of the 300 SL, the two letters meaning ‘Super-Light’. Its M 194 engine was derived from the 300 type unit, the M 186, with an overhead camshaft, large inlet valves, combustion chamber in engine block and pistons, a displacement of 3 litres and an output of 115 bhp. For racing, the engineers increased the engine’s output to around 170 bhp.
The sports engine differed from the one installed in the saloon and coupe not only in its output, but also in its installation position, slanted 50 degrees to the left, and in having a dry-sump lubrication system, which due to the omission of the oil sump, enabled a lower installation height.
Weight savings were hardly possible with the engine and the transmission of the W 194 that was in the process of being created. And this was also true of the heavy steel axles which had also been taken from the 300 model. That left only the frame and the exterior skin for any possible weight-savings.
Early use of the spaceframe
Another possibility for enhancing competitiveness was to create a body as aerodynamic as possible. This led to a previous idea of a lightweight tubular frame and the designers then carried the concept forward to its logical conclusion – a lightweight, extremely torsionally-rigid frame. This consisted of very thin tubes joined together to form triangles, whose tubular elements were only subjected to tensional and compressive forces.
The racing prototype 300 SLR (W 196 S, 1955, extreme left) together with (from right) 300 SL (W 194, 1952), racing prototype 300 SL for the 1953 racing season, and 300 SL ‘Gullwing’ (W 198, 1954).
The entire frame weighed just 50 kgs and became the backbone of the W 194, as well as the basis for the production version of the 300 SL (W 198 I) and for the successful 1954/55 racing and motorsports car.
No effort was spared with the aluminium body. Thanks to the canted position of the engine and the aerodynamic profile, the car was very low, free of trim right down to the underbody, with an elegant low bonnet line, intuitively round-shaped, with recessed headlamps and its wheels entirely covered by the bodywork.
The classic Mercedes-Benz radiator shape was replaced by a flat racing car front end analogous to that of pre-war cars. The Mercedes star dominated the radiator grille prominently. The coupe greenhouse was made as narrow as possible, with a strongly raked windscreen, curving towards the A-pillars. The large rear window flowed over into the aerodynamic rear end.
The result was a relatively small frontal area: 1.8 square metres. A drag coefficient was measured on a 1:5 scale model and found to generate a Cd value of 0.25. That was even without taking into account the realistic airflow through the engine compartment.
Origin of the ‘gullwing’ term
In order to lend a spaceframe the desired high rigidity, it has to be as wide as possible in the passenger cell sector. This requirement led to the spectacular and later so famous gullwing doors. In the first cars, the door opening began at the waistline. The doors, deeply cutting into the roof, opened upwards, creating an image reminiscent of outspread wings. This is how the term ‘gullwing’ originated (created by the North Americans).
In order to facilitate access over the high side sill, the bodywork designers had even originally intended to have an access step in the lower part of the vehicle body flank; however, this feature was never realised. Although the FIA regulations of the time did not specify the type and direction of opening doors, the stewards were still somewhat disagreeable when the car was presented to them for scrutineering before the Mille Miglia in May 1952. To avoid any future protests, after the race in Italy, the doors were extended down into the car’s sides, thereby assuming their final shape.
The interior was fully padded and lined, radiating a level of comfort unusual for racing cars. Speedometer and tachometer were accommodated under a common hood, and below that were the gauges for water temperature, fuel pressure, oil temperature and oil pressure. Even a stopwatch was installed. The bucket-type seats with high side sections were covered with tartan-style woollen fabric; the four-spoke steering wheel was removable to facilitate climbing in.
Ten W 194 cars were built for the 1952 season. After the Le Mans race, it was planned to enter the SL in a sportscar race on the Nurburgring. To shed as much weight from the competing cars, the engineers cut the roofs off three coupes. A fourth car had been set up as a roadster right from the start. To permit easy access, the section of the door extending into the side of the car was retained, and a small windscreen was mounted to deflect air and flying insects. This resulted in a weight advantage of 100 kgs over the coupe.
The car which won the 1952 Carrera Panamericana Mexico, a 3,100-km race through Mexico.
Multiple racing victories
The year 1952 was an extremely successful one for Mercedes-Benz racing cars with victories in various races in Europe. The last big adventure of the season was participation in the third Carrera Panamericana Mexico, a 3,100-km race through Mexico. Mercedes-Benz entered two coupes and two roadsters, all powered by engines with 180 bhp. At the end of the 5 days and 8 long stages, the team collected a legendary double victory for Mercedes-Benz.
The next generation of the SL Roadster is going back to its roots, which lay in motorsport back in 1952. Mercedes-AMG, which has been developing the new model, is now conducting a scheduled phase of wide-ranging driving tests at the Group’s own test course as well as on public roads. It is expected to be launched during the second half of next year.
