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M-Sport Ford Puma Rally1 wins first round of new hybrid era of World Rally Championship

It’s been a while since Ford had a victory in the World Rally Championship (the last one was in the Rally Great Britain in 2018) and Sebastien Loeb’s win in the 2022 Monte Carlo Rally was all the more significant as it was the first one in the new hybrid era of rallying.

Loeb won using the new Ford Puma Rally1 with the British M-Sport Ford team run by Malcolm Wilson, a former rally driver as well. Aged 47, Loeb, from France, was also the oldest winner of an FIA World Rally Championship round. Loeb’s win in Monte Carlo makes it 8 for him, putting him alongside Sebastian Ogier as far as wins on the classic event are concerned.

Loeb had beaten his Ogier, who was using a Toyota GAZOO Racing Yaris Rally1, on the final day when Ogier, driving a, was given a 10-second penalty for a jump-start earlier. To make things worse, a puncture on a front tyre slowed him although he made it to the finish but by then, Loeb had ended with a 10.5-second lead. Incidentally, Ogier will only enter selected events this year after stepping away from full-time competition.

Loeb, accompanied by co-driver Isabelle Galmiche (a 50-year-old teacher), had been running behind Ogier initially but then clocked 4 fastest times consecutively to move into the lead. The Toyota driver’s puncture on the penultimate stage of the rally had lost him his lead of 24.6 seconds but he fought hard and, even with the penalty, cut the deficit down to 10.5 seconds.

Another Ford Puma, driven by Craig Breen, finished in third and added to the team’s points to gain an early lead in the Manufacturers’ championship. Fourth was an impressive result for young Kalle Rovanpera and his co-driver Jonne Halttunen, who made huge strides forward in pace and confidence in their new GR Yaris Rally1.

For the Hyundai Motorsport’s Ott Tanak, the opening round of the 2022 World Rally Championship was one to forget. Tanak, champion in 2019, and his team mates experienced troubles during the second last day and had only 2 of the new Hyundai i20 cars to finish the rally.

“We had a tough weekend,” said Thierry Neuville. “There has been a huge amount of work behind the scenes to prepare for this event, from me and Martijn, as well as the team, so to come away without any reward is hard to accept. We won’t give up. There are different areas we are going to work on but most important is the reliability.”

The WRC2 category was also fiercely contested, with Andreas Mikkelsen/Torstein Eriksen working hard to keep their titles again this year. Signs are good that they can, with victory in their Skoda Fabia Rally2 Evo ahead of Erik Cais who was in a Ford Fiesta, and Mikkelsen’s team mate in Toksport, Nikolay Gryazin.

Sami Pajari marked the start of the new-look FIA WRC3 category, which is now for Rally3 cars, beating Jan Cerny to the class win with a margin of just 7.6 seconds. Enrico Brazzoli rounded out the top three with all drivers competing in Ford Fiesta Rally3s.

The new era of WRC, which starts its 50^th season this year, focusses on hybrid powertrains for the Rally1 cars, with 100 kW electric motors coupled to 1.6-litre turbocharged engines that generate at least 500 bhp. The new regulations are aimed at moving the championship towards a more sustainable future and include use of 100% hydrocarbon fossil-free fuel.

TOP 10 FINISHERS
1. Sebastien Loeb/Isabelle Galmiche | Ford Puma Rally1
2. Sebastien Ogier/Benjamin Veillas | Toyota GR YARIS Rally1
3. Craig Breen/Paul Nagle | Ford Puma Rally1
4. Kalle Rovanpera/Jonne Halttunen | Toyota GR YARIS Rally1
5. Gus Greensmith/Jonas Andersson | Ford Puma Rally1
6.Thierry Neuville/Martijn Wydaeghe | Hyundai i20 N Rally1
7. Andreas Mikkelsen/Torstein Eriksen | Skoda Fabia Rally2 evo
8. Takamoto Katsuta/Aaron Johnston | Toyota GR YARIS Rally1
9. Erik Cais/Petr Tesínsky | Ford Fiesta Rally2
10. Nikolay Gryazin/Konstantin Aleksandrov | Skoda Fabia Rally2 evo

Hybrid power for new era of World Rally Championship starts this year

Climbing almost 5 kms vertically without leaving the ground

These days, it seems that the fully electric Porsche Taycan is setting a new record every few months. Many are speed-related and demonstrate the performance that would be expected of a Porsche. Recently, a Taycan Cross Turismo set another new record which has gone into the the Guinness World Record book and it’s one which sets a new benchmark.

The Taycan Cross Turismo, on its journey, made the greatest altitude change ever achieved by an electric car – 4,842.967 metres – going from inside a mine to the top of the famous Pikes Peak that is at the end of an annual hillclimb event.

A ‘what if?’ project
The sportscar was driven by a J.F. Musial and his team who are usually behind the camera, creating automotive films and TV shows. Motivated by curiosity, they decided to take the Porsche from the lowest point they could access in America to one of the highest. Their journey covered more than 2,250 kms between the two points.

“It started as a ‘what if?’ – a passion project, mixing our love for cars and travel and taking it to extremes,” explained Musial. “We wanted to drive from the lowest point in America to one of the highest, Pikes Peak – where we’ve spent countless hours filming the famous hillclimb. The project relied on a lot of goodwill, and a car that’s pretty much unique in its mix of abilities.”

Going deep underground
The lowest point in America is Badwater Basin in Death Valley -t 86 metres below sea level. To go any deeper, you have to go underground. And so the team did exactly that, with the cooperation of Eagle Mine in the state of Michigan. The nickel and copper mine is the only mine in America where a car can be driven to sufficient depths, down a ramp usually used by specialist mining vehicles.

Due to the Taycan Cross Turismo being a pure battery electric vehicle (BEV) as well as being capable off-road with its raised ride height and all-wheel drive, it met Eagle Mine’s criteria for being allowed to drive through the portal and into the tunnel itself and down to 540.8 metres below sea level.

The Taycan Cross Turismo was an ideal choice as it is one of very few cars in the world with the right mix of capabilities to be able to attempt the trip. It needed no modification and even used completely standard road tyres.

“It was fitting to have the Porsche Taycan drive to the bottom of our nickel and copper mine, as both elements are essential to electric vehicles. After numerous risk assessments, safety discussions, and detailed planning, our mine team was up to the challenge. We are proud to have worked with Porsche to safely execute and complete a new world record,” said Darby Stacey, Managing Director of Eagle Mine.

Climbing almost 5 kms vertically
With their precise depth measured and verified by specialist surveyors, the team emerged from the mine just after dawn and began their journey to Pikes Peak in the state of Colorado. The journey was among the most demanding the car and team had ever experienced. It would take them across 6 states, and would ascend 4,842.967 metres – without ever leaving the ground.

The oxygen available to them at the start of the journey fell by 40% by the time they reached the top of the mountain. However, the electric powertrain – unlike a combustion engine – did not suffer from the effects of thinner air. Nevertheless, the varied conditions, including snow and ice, gave the Taycan Cross Turismo a strong challenge.

In total, 3 groups of drivers working in tandem took on the driving duties. They conducted the whole attempt by the book, with separate, sealed GPS devices monitoring their route and altitude throughout – along with an analogue altimeter and witness logs to satisfy the strict Guinness World Records requirements.

Fittingly it was Dai Yoshihara – class winner at the 2020 Pikes Peak International Hill Climb – behind the wheel for the final, record-breaking stage of the drive. The team of record-breakers had covered a total of nearly 5 kms straight up, and 2,274 kms along the ground, in 33 hours and 48 minutes.

2021 new vehicles sales passed 500,000 mark but still 4% down from year before

Although 2021 was the second year of the COVID-19 pandemic and the auto industry had been hoping to recover from the impact of the lockdown in 2020, the total number of new vehicles sold was actually lower. Where the Total Industry Volume (TIV) in 2020 was 529,514 units, the TIV for 2021 was 4% lower at 508,911 units.

Nevertheless, the usual final-month push by car companies saw the December having the highest sales volume of the year with 65,184 vehicles delivered nationwide. This contributed to the year’s TIV going past the 500,000-unit level that had been forecast by the Malaysian Automotive Association. While 2021, like 2020, had long periods when business activities – including motor vehicle sales and production – were suspended, the rate of recovery in 2021 was not as quick as the year before.

*New vehicle sales in Malaysia from 2017 to 2021.*

Commenting on the sales figures, MAA President Datuk Aishah Ahmad said that the measures taken by the government were important factors. “The much smaller TIV’s contraction recorded in 2021 [compared to 2020] can be attributed to the measures and wisdom of our government in balancing between saving lives and jobs so as not to jeopardize the domestic economy,” she said.

Owing to the relaxation of the movement control orders, many economic sectors were allowed to re-open for businesses. This helped to improve business confidence which contributed to more sales of new vehicles, including commercial vehicles which are much needed for the running of businesses. Having deferred purchases during 2020, many companies would have made their fleet purchases during 2021 to support their business activities.

*The sales exemption has helped to encourage many to buy new vehicles, contributing to the recovery of the industry.*

“The extension of the sales tax exemption incentive under PEMERKASA+ package till December 31, 2021, also helped to sustain the demand for new passenger vehicles,” added Datuk Aishah. “Under the PEMERKASA+ package, the government agreed to exempt sales tax up to 100% for completely knocked down (CKD) passenger vehicles assembled in Malaysia, and 50% on passenger vehicles that were imported in completely built-up (CBU) form.

In the passenger vehicle segment, it was evident that even more buyers preferred SUVs, mirroring the global trend which has had manufacturers hurriedly launching new SUV models. In the case of Malaysia, passenger car sales declined by about 19.7% while SUVs grew by 43%. The other segments – MPVs (which used to be second to passenger cars) and window vans – also saw lower sales although not significantly different from their 2020 volumes.

Overall, passenger vehicle sales fell by 5.9% to 452,663 units but this was not entirely due to reduced demand. Some companies also experienced stock shortages due to the semiconductor microchip supply issues which affected their local production or production at overseas factories from which they import their vehicles. It only takes one part being unavailable to prevent a vehicle from being completed and leaving the factory.

The commercial vehicle segment (which includes pick-up trucks)) fared better, recording an increase of 15.9% to a volume of 56,248 units, which represented 11% of the TIV. In this segment, pick-up trucks registered the biggest increase of 20.9% to 40,736 units, account for 72% of the commercial vehicle segment.

*All-new 4th generation Isuzu D-MAX launched in April would have contributed to growth in pick-up sales.*

The growth would have been helped by the introduction of new models like the Isuzu D-MAX during the year. The all-new generation of the popular pick-up truck was launched in April and Isuzu Malaysia reported that average monthly orders were 100% higher than the previous generation.

The bigger commercial vehicles saw lower sales; bus sales, for example, fell by almost 50% between 2020 and 2021 although this would be understandable in view of the situation. With restrictions on interstate travel for much of last year and borders with Thailand and Singapore pretty much closed, tour companies would not have wanted to get new vehicles. However, truck sales did go up by 5.3%, probably in view of increasing demand for delivery services.

Although the factories were forced to shut down for an extended period, the drop in local production was actually minimal – 3,535 units or 0.7%, compared to 15% in 2020 when the drop from 2019 was almost 87,000 units. While passenger vehicle production declined by 11,324 units (2.5%), commercial vehicle production actually rose by 7,789 units (28.4%). Outputs rose for trucks and panel vans which, as mentioned earlier, had greater demand.

Looking ahead in 2022
Notwithstanding pandemic-related issues that can cause disruptions and supply chain issues such the global shortage of semiconductor chips, rising cost of freight, there are still some positive aspects that can boost new vehicle sales in 2022.

Continuation of the sales tax exemption for imported and locally assembled passenger vehicles till June 30, 2022 will be helpful in encouraging people to buy new vehicles. Bank Negara Malaysia’s decision at its Monetary Policy Committee (MPC) meeting in November 2021 to maintain the benchmark Overnight Policy Rate at 1.75% will provide additional policy stimulus to accelerate the pace of economic recovery. This may help to stimulate domestic spending including for high-cost items like motor vehicles, and with the economic recovery will come more consumer spending.

Therefore, the MAA is optimistic that the industry will accelerate its recovery in 2022 and is forecasting growth of 17.9% over the 2021 TIV. This would take the volume to the elusive 600,000 units that has been difficult to reach (the last time was in 2019 when the TIV was 604,281 units). The MAA expects the passenger car segment to grow by 19.3% and account for 540,000 units, with the commercial vehicle segment (which includes pick-up trucks) growing by 6.7% to 60,000 units.

Looking further ahead, the MAA expects 2023 to be a boom year as recovery continues with rising demand after 2022. It forecasts a 7.5% increase to 645,000 units then but then the market will slow down again with average growth of around 2% annually up to 2026. Of course, much depends on how the pandemic runs its course although the government has made it clear that there will not be lockdowns again (apart from targeted ones, if really necessary).

Limited edition Citizen Eco-Drive watches inspired by new Nissan Z

Nissan Motor and Citizen, the watch company, both have long heritage starting from the 1930s. In the nine decades they have been in existence, they have introduced many iconic products in their respective markets.

Citizen’s line of sports watches are well known with a reputation for high quality and technology. Likewise, Nissan has produced many sportscars and one of the most famous is the Z which made its debut in 1969. The original Datsun 240Z was one of the first Japanese models to show that Japan could also make sportscars and not just econocars. It certainly added another side to the Datsun brand (Nissan was not used as a brand name then) and drew enthusiasts to it.

Limited edition, 1,700 pieces
50 years later, the seventh generation of the Z has been launched and its iconic design has been modernised. To celebrate this much-anticipated return of the sportscar, Citizen has collaborated with Nissan to create a pair of limited edition watches in its Eco-Drive range. Only 1,700 watches will be available with a recommended price of US$2,495 (around RM10,400) in the US market.

The watches feature accents in the striking new Seiran Blue or Ikazuchi Yellow, both colours available with the new Z. The colours stand in bold contrast to the matte black on the centre of the dial that evokes the sense of smooth new asphalt on a highway.

The black of the dial is accented by silver hands and indexes to create a cool, understated look, while a red second hand is inspired by the redline on a tachometer. The watches each have a ‘Z’ mark on the crown and NISSAN logo on the case back.

Super Titanium casing and bracelet
The case is made of Super Titanium as is the bracelet. The proprietary space-age material is 5 times more scratch-resistant and 40% lighter than stainless steel. Anti-Reflective Sapphire Crystal is used to offer impact and shatter resistance, with anti-reflective coating to make it easy to view in all lighting conditions.

1 second loss in 1,000 years
Like other Citizen Eco-Drive watches, there is solar-powered quartz chronograph movement. Powered by any light source, there is no need to replace watch batteries. Atomic Timekeeping Technology with Synchronized Time Adjustment is available in 26 Time Zones, and the 1/20 second Chronograph measures up to 60 minutes. It is claimed that if you use the watch for 1,000 years, you would lose 1 second at most…

All-new 7th generation Nissan Z revealed! (w/VIDEO)

Renault OpenR puts a huge smartphone in the car

Car manufacturers are constantly introducing new technology in their models, often (but not always) starting at the top end due to the high initial cost. The innovative technology may be unique to the manufacturer and is described in detail but gets lost as the model it is in may also be significant as well. But over time, the innovative technology starts to spread to other models and becomes a standard feature. Two examples would be the Mercedes-Benz MBUX and Peugeot’s i-Cockpit which can be found in every new model each manufacturer launches.

Renault too has a new breakthrough in on-board technology that it is now introducing, and it would be worthwhile remembering that it first appeared at the beginning of 2022. It’s called OpenR and takes the touchscreen to a new level. In time, it will surely start to appear in other new models to come.

Evolution of displays over 35 years
The first production car with a touchscreen was the Buick Riviera some 35 years ago. Since then, in-vehicle electronics have come a long way, with the hardware becoming more efficient, the experience smoother, and screens getting larger and having higher resolution. Navigation is now effortless and intuitive, and the applications can be easily updated ‘over the air’, so they always perform at their best.

And one thing hasn’t changed much recently: multimedia systems in vehicles are looking more and more like smartphones. The main challenge for Renault when developing its new Megane E-TECH Electric was to offer an even better interface enabling customers to find everything they need very fast and intuitively.

Totally new electronic architecture
To achieve this, an electronic architecture like nothing the market has seen before was developed. It modernises driver assistance systems and enhances viewing comfort, and the Megane E-TECH Electric is the first car to get it.

From where the driver is sitting, the striking feature of Open R is its sweeping digital display made of up two screens forming an ‘L’. The vertical 12-inch screen is on the car’s centre console, with a horizontal 12.3-inch screen is built into the dashboard, behind the steering wheel.

Together, the two screens span 774 sq. cm. and maximise the display area to provide an immersive experience. They are the biggest screens Renault has ever built into a vehicle, with the glass panels blending into the cockpit’s lines. They are in the best position for the driver to see it and operate easily, to take full advantage of the multimedia capabilities without taking their eyes off the road.

CMF-EV platform
The technical feat overlaps with the arrival of the all-new CMF-EV platform for electric vehicles. Thanks to it offering new design flexibility, the engineers were able to move the air-conditioning unit into what used to be called the ‘engine bay’ (but now has only an electric motor). This freed up more space in the cockpit which, in turn, allowed the centre console to have a large and flush screen. The shifter and MULTI-SENSE interface are also transferred to the steering wheel, improving ergonomics and opening up more space in the middle of the passenger compartment and on the centre console.

While touchscreens and digital displays have allowed many functions to be placed on the screens, Renault’s designers have not been ‘excessive’ in this trend. They maintain some physical buttons – for example, to adjust the air-conditioning – in a subtle way beneath the central screen. This line of chrome-plated buttons looks natural in the cockpit and avoids the ‘fake’, unused buttons beneath the console that previous vehicle generations often had.

Like the latest smartphones, the OpenR screen (made by Continental) uses aluminosilicate-based Gorilla-type glass. It is tempered, ultra-resistant to shocks, scratch-proof and estimated to last 15 years. It comes with anti-reflective and anti-smudge coating. The ultra-fine contouring protects the screen’s edges. The HD quality of the TFT panel and finish combine to yield crystal-clear images.

The dashboard screen also has anti-reflective coating, and uses advanced micro-blinds technology (the technology that privacy screens for computers use). This means the ‘visor’ that usually shields the meters from sunlight is no longer needed – so the interior design is even sleeker. As for brightness, the panels adapt to outdoor light levels, so they are easier to read and don’t tire the eyes of the driver.

With OpenR, the user experience is said to be a lot like having a smartphone built into the car. This is a good approach since most people would be very familiar with their smartphone. That way, they don’t have to learn to use a whole new system.

Linked to Google ecosystem
Android Auto and Apple CarPlay are available but the interface is designed to avoid having to use a phone altogether. All the features are at users’ fingertips, and the OpenR Link system runs on the Android OS, so all the familiar apps are there. Being associated with the Google ecosystem means that drivers can have all the classic and favourite apps brought into the car, and they also enjoy customisation like on their smartphone. And being plugged into Google’s ecosystem also means that the car can be part of their ‘digital life’.

These include the popular Google Maps which, on a screen that is 6 times bigger than an average smartphone screen, will give a much better user experience. Google Maps has also been optimised for electric cars and includes a route planner specifically for such zero emission vehicles. The planner can factor in real-time vehicle data, weather information and other variables to suggest a stop at a charging station, tell the driver what the battery charge level will be on arrival at that charging station, and tell them how long it will take to charge the battery. It can also estimate the battery charge level when the car reaches its destination.

As many drivers have found, using Google Maps means that they can get updated maps as millions of users help contribute and improve Google’s database. So unlike earlier on-board navigation systems where owners had to periodically obtain new digital maps (for a fee), Google Maps is constantly updated – and it’s free.

On the hardware side, Renault chose American specialist Qualcomm which has supplied its third-generation Snapdragon Automotive Cockpit platform. This is built around an ultra efficient processor that has plenty of extra capacity to handle future applications. As a result, the motion on the screen is 7 times smoother than with the previous generation. Qualcomm will also offer its expertise in connectivity, digital cockpits and visualisation, its service platform, as well as driver assistance – including autonomous driving.

However, the screens, computing power and system also require some form of ‘intelligence’ behind the human-machine interface (HMI). For that, Renault approached South Korea’s LG Electronics, which developed the software platform to pair the two screens so the driver can display the navigation maps on the display behind the steering wheel.

*The new Renault Megane E-TECH Electric.*

Groupe Renault ready for changing auto industry with new Mobilize business unit

The ‘Godfather of Pickups’ from BRABUS

BRABUS is well known for taking Mercedes-Benz products and injecting them with an extra dose of power for those who want to stay ahead all the time. Much of its work is on engine and chassis upgrades but with the 800 Adventure XLP Superblack, they have gone further. This new model begins life as a Mercedes-AMG G63 SUV and BRABUS engineers then add 500 mm to the wheelbase to allow the overall length to be extended by 690 mm. They also add the brand’s Widestar bodykit which increases the width by 117 mm.

The company fabricates elements from sheet steel such as the new rear wall of the cab, the robust cargo bed and the side-opening tailgate. The bedsides are produced from carbonfibre using the complex prepreg process. The likewise black Flexiteek bedliner is a direct technology transfer from the construction of high-performance boats by BRABUS Marine.

The rear end of the 4-door cabin is shortened with the boot area becoming an open cargo bed and the spare wheel that was on the back door moved right against the cabin. And that transforms the ‘Godfather of SUVs’ into the ‘Godfather of Pickups’.

The rear view is characterized by the pickup tailgate that reveals the origin of this supercar with an exposed carbonfibre panel. The WIDESTAR rear fascia with stylized exposed carbonfibre skidplate rounds off the view from the rear.

To make getting in and out easier with the high ground clearance, BRABUS has added black-coated running boards. Adapted to the extended wheelbase, they can optionally be supplemented with power-retractable steps. LED lights in the flares, which are activated by pulling on a door handle or by the Keyless-Go signal when approaching the vehicle, ensure a safe step also in the dark. They illuminate the ground to the left and right of the vehicle as well as the running boards of the rocker panels.

‘Black on black’ theme
‘Black on black’ is the theme for the interior of the 800 Adventure XLP SUPERBLACK. The upholstery shop created a particularly exclusive BRABUS Masterpiece interior that has the finest black leather with sporty carbonfibre elements. Along with the headliner made from black Alcantara, high-end refinement includes covering the entire interior and the vehicle floor with the finest black leather.

The centre sections of the seats feature seashell diamond quilting and perforations applied with pinpoint precision. Many interior elements were enhanced with the ‘Heritage’ brand pattern, which pays tribute to the founding year of BRABUS with its embossed ‘77’ signets. No less than 206 cockpit elements (trim panels, handles, switches, loudspeaker covers, air vents, etc) are glazed in ‘Shadow Chrome’ to match the interior design.

Carbonfibre elements on the steering wheel, dashboard, centre console and door panels add sporty touches in the cockpit. They are complemented with aluminium for components such as the pedals, door lock pins and the BRABUS RACE paddle shifters on the steering wheel.

PowerXtra+ treatment for engine
It would not be worthy of the BRABUS badge without a power boost which comes from the 800 PowerXtra+ tuning package for the G63’s twin-turbocharged, 4-litre V8. PowerXtra + treatment includes replacing the production turbos with two newly configured BRABUS high-performance turbos. In addition to a larger compressor unit, they have a modified core assembly with reinforced axial bearing and produce a maximum boost pressure of 1.6 bar. This bumps the output to 800 ps/1,000 Nm which flows to all four 22-inch Monoblock HD wheels through a 9-speed automatic transmission.

The 5.2-metre long pickup, which weighs 2,936 kgs, can reach 100 km/h in a claimed 4.8 seconds after take-off and the top speed is electronically limited to 210 km/h due to the all-terrain tyres.

If you buy one in Germany, the price of the 800 Adventure XLP SUPERBLACK starts from 725,900 euros (about RM3.44 million ringgit). Import the vehicle to Malaysia before June 30, 2022 and you can save 50% on sales tax.