New virtual Jaguar concept could preview future EVs

Jaguar has revealed a new model designed for the Gran Turismo videogame, which could offer a glimpse of its future electric sports car design. The Vision Gran Turismo Coupé concept is the latest addition to the virtual motorsport title, and will be available for players to download from the end of December. Jaguar has expressed no intent to bring it to production in real life, however.  The concept is said to have been “designed and developed from the ground up, taking inspiration from the brand’s incredible racing lineage,” with the brand’s historic C-Type and D-Type racers listed as styling influences. The coupé’s powertrain, while not taken from any one real model, is based on that featured in the firm’s I-Type and I-Pace electric racers. The virtual model packs a combined 1006bhp and 885lb ft from three high-output electric motors, one driving the front axle and two at the rear, which is enough to push it from 0-62mph in under two seconds, and on to a top speed of over 200mph. There has been no indication of a hypothetical range figure. In terms of its design, the concept takes clear inspiration from the current F-Type, with visual references to previous Jaguar concepts, including the 2013 C-X75 supercar. It is constructed using a range of experimental lightweight materials, with a carbonfibre monocoque tub at its core helping to achieve a 1400kg kerbweight and near-50:50 weight distribution.  The concept’s roofline is low to the ground, and a swooping rear deck and domed glass cabin feature for maximum aerodynamic efficiency. An active rear wing is said to “optimise energy efficiency while generating the perfect amount of downforce”.  Further retro-inspired design touches include a vintage-style grille that features Jaguar’s ‘Leaper’ mascot, and twin rear charging sockets as a reference to the first-generation XJ saloon.  The retro-modern theme continues inside, where Gran Turismo players can make use of an on-board artificial intelligence system called Kitt-E, which uses hologram technology to display three-dimensional maps and telemetry. Augmented reality digital glass can alert the driver to unseen dangers, while a transparent information cluster allows for a clearer view of the road ahead.  Jaguar design director Julian Thomson said: “This project has been completely led by our young designers and represents a once-in-a-lifetime opportunity for them to create a vehicle steeped in our incredible heritage but pushing the boundaries of future design. “The team have done an incredible job in creating something which is clearly identifiable as a Jaguar, inspired – but not constrained – by our iconic
Origin: New virtual Jaguar concept could preview future EVs

Faraday Future founder files for bankruptcy

Jia Yueting, the founder and former CEO of Faraday Future, has filed for Chapter 11 bankruptcy in order to pay off his debts in China.Jia claims that he still owes around US$3.6 billion to over 100 creditors, mostly due to the collapse of the tech conglomerate he founded, LeEco. His history of taking on debt has earned him a spot on the national debtor blacklist in China, which prompted his move to the U.S.According to The Verge, before Jia goes court, he is offering to fulfill his debts through a trust backed by the value of his Faraday Future ownership stake. The creditors will only be paid out if Faraday Future goes public. Some 90 per cent of the people or businesses owed money need to approve the plan by November 8, and by signing the plan, the creditors also release Jia from all personal liability and claims.A separate plan is also underway wherein the creditors would vote on the Chapter 11 bankruptcy, but that would involve more court oversight and could ultimately cost more time and money things Jia doesnt have.The company has been on rocky ground since its inception. Faraday Future originally started with a US$800 million injection from Chinese real estate conglomerate Evergrande in 2018, and that translated to a US$477 million loss at the years end. Since its founding, Faraday Future has lost US$2.15
Origin: Faraday Future founder files for bankruptcy

Nissan ‘to review future’ of Sunderland plant in case of no-deal Brexit

Nissan could close its Sunderland factory if the UK leaves the European Union without a trade deal, according to reports in the Financial Times. The newspaper, citing three people with knowledge of the matter, reports a no-deal Brexit could prompt the Japanese firm to stop making the Qashqai SUV at the site – which could ultimately lead to the closure of the plant. In November 2016, Nissan pledged to build the hugely popular Qashqai in the UK, after then-chairman Carlos Ghosn received assurances from then-prime minister Theresa May that the firm’s operations would be protected from the impact of Brexit – but the agreement was reportedly contingent on a ‘soft’ Brexit with an EU trade deal. The FT claims that, under a global review Nissan has since undertaken, the Sunderland plant could be downsized or even closed if a no-deal Brexit makes it uncompetitive to ship cars from the site to the EU. Currently, Nissan also makes the Juke and Leaf models at Sunderland. In a statement issued to Autocar, Nissan said: “While we don’t comment on speculative scenarios, our plans for Qashqai production in Sunderland have not changed.” But the firm did warn that a no-deal Brexit could have a serious impact on British-based industry. It added: “Since 1986, the UK has been a production base for Nissan in Europe. Our British-based RD and design teams support the development of products made in Sunderland, specifically for the European market. “Frictionless trade has enabled the growth that has seen our Sunderland plant become the biggest factory in the history of the UK car industry, exporting more than half of its production to the EU. “Today we are among those companies with major investments in the UK who are still waiting for clarity on what the future trading relationship between the UK and the EU will look like. “As a sudden change from those rules to the rules of the WTO will have serious implications for British industry, we urge UK and EU negotiators to work collaboratively towards an orderly balanced Brexit that will continue to encourage mutually beneficial trade.” Current prime minister Boris Johnson has said he is committed to the UK leaving the EU on the currently scheduled date of 31 October regardless of whether a deal has been agreed. A no-deal Brexit would mean UK-built cars such as Nissan models made at Sunderland would be subject to tariffs when being shipped to Europe. But under a trade agreement between the EU and Japan, Nissan would be able to export models made in its home country into the EU without tariffs. That would potentially make it more profitable to make models for Europe in Japan rather than the UK. Earlier this year, Nissan reversed a decision to make the next-generation of the X-Trail SUV at Sunderland, citing Brexit concerns and the decline of diesel as reasons. The plant also recently lost the Infiniti Q30 and QX30, after Nissan decided to withdraw its premium sub-brand from Europe.  It has also cut back a number of jobs at the plant as part of a global cost-cutting initiative. Nissan opened its Sunderland plant in 1986, and is believed to have invested more than £4 billion in it since then. The plant has recently been upgraded to prepare for the next-generation Juke crossover, which is due to go into production shortly. Honda is in the process of closing its Swindon factory, in a move it says is not primarily due to Brexit. But BMW and Toyota have warned they could switch production from the UK in the case of a no-deal
Origin: Nissan ‘to review future’ of Sunderland plant in case of no-deal Brexit

The Porsche Taycan is built in the ‘factory of the future’

A proud moment for factory workers during the grand opening of the state-of-the-art facility in the Zuffenhausen district of Stuttgart.Andrew McCredie STUTTGART, Germany Electric vehicle skeptics delight in dismissing the zero emission claims of EVs by citing the significant carbon footprint from the manufacturing process.Porsche AG is well on its way to eliminating that specious argument with its brand new Taycan production facility here in the very heart of Porsche country.Porsche is pursuing the goal of a Zero Impact Factory production without any negative impact on the environment, explained Albrecht Reimold, member of the executive board for production and logistics of Porsche AG.With a projected annual output capability of 20,000 vehicles, the facility is using electricity from renewable sources and biogas to generate heat. In addition, the new production buildings are designed to be extremely energy efficient. Further efforts on the way to zero emissions are the electrically powered logistics vehicles, the use of waste heat in the paint shop, the greening of roof areas and what the company calls a continuous and holistic approach to other potential resource savings.Porsche has committed to invest more than $8.75 billion in electromobility by 2022, and spent $1.1 billion in the new Taycan production facilities alone; $1.46 billion if you include the new body shop, which will also be used for the current generation of the Porsche 911.What is also significant about the new factory is its location in Stuttgart-Zuffenhausen, literally just a few hundred metres from the still-utilized, brick workshop where company founder Ferdinand Porsche built the first-ever 911 (and years earlier the prototype for what would become the Volkswagen Beetle). When the company first set out planning to produce the Taycanbased on the Mission E concept vehicle displayed at the 2015 Frankfurt showPorsches global headquarters was not even considered, the thinking being there was not enough space to build the factory in Stuttgart-Zuffenhausen nor did it make financial sense in comparison to other sites in Eastern Europe and even China.But as the project evolved, Porsche decided the place where it all began for the company was the exact place where its ambitious plans for electromobilitya so-called new era for Porscheshould start. In addition, building the Taycan in the same place where all the companys sports cars are produced underscores the Taycans sports car aspirations.The Taycan is a clear sign of our commitment to this traditional site, which were leading into the future by preserving jobs here and even creating new ones, said Reimold, noting that employees are participating financially in the project by putting a quarter of a per cent of their negotiated pay raise into a fund, an arrangement he said is a first in the automotive industry.Once in full production mode, some 1,500 workers are expected to be involved in the manufacturing
Origin: The Porsche Taycan is built in the ‘factory of the future’

How Croatian supercar firm Rimac is shaping the future of fast cars

Thank BMW. Or Tesla (the man, not the car company). Or even YouTube. Between them, they helped to kick-start a car maker like no other: Rimac.  For one thing, it’s based in Croatia, a country better known for spotty dogs, medieval HBO blockbusters and some of the world’s best beaches. For another, it doesn’t produce many cars and its CEO was born after the launch of the Ferrari F40 and was once best known for flogging a green E30-generation BMW 3 Series around race tracks.  But Rimac is helping to shape the future of fast cars, specifically those powered by electricity.  That was a point rammed home during a recent visit to the unassuming factory on the outskirts of Croatia’s capital, Zagreb. By the time Ms Google had directed me to the alleged location, I was convinced I was in the wrong spot. Nondescript warehouses are surrounded by the occasional plot of unkempt grass and weeds. It’s far from the no-rock-out-of-place precision of Woking or the grandeur of Goodwood.  But follow the signs around the back of an industrial estate and things turn more professional, with R-badged flags waving in the breeze. A deep blue hue surrounding the top of the blocky building contrasts with the overcast sky and glass panels are peppered with pictures of cars, a Lotus-like stature the only clue to something special within.  The car park is strangely devoid grey sea of Opels, Volkswagens and the occasional Mercedes-Benz, some with a snazzy set of alloy wheels and the occasional splash of yellow or green. A couple of Teslas, with charging cables snaking from them, are the only clues of automotive appreciation.  There’s not a single Rimac, which must make it the only car factory in the world where at least some of the machines produced there aren’t dotted around the car park. Blame it on volumes. Since producing its first vehicle in 2016, Rimac has completed only five full cars. Not five thousand. Not five hundred. Five. It works out to about one car every seven or eight months.  A wave of productivity means another three are in various stages of construction while I’m there, body panels stacked and awaiting fitment to complete the planned run of eight Concept_Ones. The car is a two-seater with batteries lining its floor and an electric motor on each wheel. Although tyres and generic components are sourced from suppliers, most components – including air-con units, lights and bumpers – are produced in-house.  The result is a sleek sports car that’s good for something north of 1200bhp. Company founder Mate (pronounced ‘mah-tey’) Rimac describes it as “an electric car built by petrolheads”, which gives an idea of his headspace. For the trainspotters, there’s even a hint of Croatian design – Mate is intensely patriotic – with the air intakes that hug the doors being tapered like a necktie, a fashion item invented by the Croatian army.  It’s the upcoming C_Two that is planned to send more of a jolt through the hypercar world. The philosophy doesn’t change – big electric power in a two-seat sports car – but the execution does.  “The Concept_One was more of a learning project for us… The C_Two is light years away,” says Rimac marketing chief Marta Longin as we wander the clinically clean facilities that are eerily devoid of cars.  Claimed to make 1888bhp, it promises new levels of electric performance, blitzing the 0-62mph sprint in 1.97sec and hitting a claimed 258mph top speed. That it boasts a WLTP-certified range of 342 miles reinforces the breadth of engineering beneath an active-aero body constructed of what’s claimed to be the single largest piece of carbonfibre on any production car. The planned production run is 150 units at a rate of three a month – still tiny numbers, even in the world of hypercars. It will take more than four years to build the lot.  But it’s not complete cars that are the financial heartbeat at Rimac, as Mate learnt not long after registering it in 2009. He describes the brand as “helping other companies to build interesting products and electrified, connected, smart vehicles”. As Longin describes it, the vehicles are “a perfect showcase of what we can do”.  Tracing Rimac’s history shows it to be radically different from other brands. There was no bolshie concept car sprouting plans to knock Ferrari off its pedestal. No gazillionaire investor promising to shovel copious funds through the back door until success was guaranteed. And no mysterious alliance with a tech giant intent on showing car makers how to build cars.  The one area where Rimac did follow a more traditional path was in almost going broke. A Middle Eastern sheikh initially promised investment money but the deal went sour. Mate was more visionary than finance guru. “We had no money, absolutely no money,” says Longin of those early years, recounting the time the electricity was cut off (somewhat of an issue for a manufacturer of electric vehicles).  She blames it on various factors, including no
Origin: How Croatian supercar firm Rimac is shaping the future of fast cars

Porsche: petrol-engined 911 has long future

The iconic Porsche 911 will continue to be petrol-powered beyond the next ten years, thanks to efficiency improvements to petrol engines and the use of synthetic fuels. Porsche CEO Oliver Blume said: “I’m a big fan of the 911 and we will continue (with a petrol engine) as long as we are able to. The secret is to think about more efficient petrol engines and in 10 years’ time perhaps, the use of synthetic gasoline. “We are now in a very early period to do that, it’s still very expensive, but thinking 10 years ahead, it will be an option. For the 911, it fits perfectly. He added that Porsche is also planning a hybrid 911, as previously reported in Autocar: “The only thing we think to add one day is a very high-performance hybrid 911, like we are used to having on our race tracks in the WEC.” Petrol-engined cars is one of three pillars in Porsche’s strategy, the other two being hybrids and pure electric models. “We have a very clear strategy for next 10 to 15 years,” said Blume. “We will continue with our petrol engines and we will continue with our very successful hybrid offers. We are always thinking about how to engineer a performance hybrid and that achievement is, I think, the reason behind the success of the hybrid Panamera and now Cayenne.” Its third pillar, electric, is lead by the new four-door Taycan, to be followed by the Taycan Cross Turismo next year and an electric Macan in 2022. Beyond those three electric cars, Blume said: “Looking to the future, we are very flexible because the different regions of the world will develop differently, in terms of infrastructure, the needs of people. “Our idea is to offer in every segment – two-door sports cars, SUVs and saloons – all of these three pillars, petrol, hybrid and electric.” He added: “Now, we we have the opportunity to see the acceptance of these cars and we are flexible to decide when and where we want to go for full electric cars in other segments.” By 2025, 60% of all Porsche sales are predicted to be electrified models. Referencing this figure, Blume said there was a “lot of potential for (EVs) in the second half of next
Origin: Porsche: petrol-engined 911 has long future

Alpine boss: future models must be lightweight, sporty

More Alpine models will be developed in order to grow the marque into a bona fide brand, but only if they remain true to its core values of being lightweight and sporty, according to the firm’s CEO, Thierry Bollore. Speaking at the Frankfurt motor show, Bollore did not put a timeline on plans, but he said: “Yes, there will be other cars.” “I will not offer details today,” he said, “but we have been honoured and excited by the success of the A110, especially as it is sold in the premium sports market. “The feedback from customers means we want to enrich the offering to other areas in that sector, but only if the concepts we come up with remain true to the unique Alpine tradition of being lightweight and sporty and having some kind of competition angle.” Rumours following the launch of the reborn A110 in 2017 suggested that the brand was looking to develop open-top and more powerful versions of the sports car, as well as creating a family of SUVs in order to generate significant profits in the manner that Porsche achieves with the Macan and Cayenne. However, more recently it was reported that those plans were put on hold as parent company Renault evaluated whether the capital required to develop the vehicles was best spent at a time of significant challenges. In particular, it was said to be concerned about developing all-new models to sell over the next 10 years, lest their appeal be dented by the shift towards
Origin: Alpine boss: future models must be lightweight, sporty

Exclusive: the future of Ford, according to its bosses

One hundred years ago nearly half of the cars on British roads were Fords. Henry Ford opened his first dealership here in 1910. A year later he chose Trafford Park, Manchester, as the site of his first Model T factory outside the US. He built the first British cars before 1911 and by 1914 he was making cars there on a moving production line.  On that beginning Ford’s leading position in the UK car market was founded, along with the enduring notion that Ford is a British company. Although the Blue Oval no longer makes cars or vans here, it does make huge numbers of engines and employs 3000 engineers at its Dunton design and engineering centre. But over the past decade it has struggled to make profits in Europe and has been through several bouts of ‘right-sizing’, involving retrenchments and plant closures, without much improvement of the bottom line. Meanwhile, its all-American rival General Motors has sold up and departed Europe for good.  Given all this, and the unprecedented challenges car makers face over the next decade, we thought it right to visit Ford’s epicentre in Dearborn, Michigan, to meet the company’s leaders and learn their plans for the future, for Europe and for the UK. The following story reveals our findings. Darren Palmer: meet ‘Mr EV’  Darren Palmer remembers the moment his vision of electric cars changed. It drove him to leave a dream job launching exciting conventional cars to lead Ford’s headlong dash towards an entirely new kind of battery-propelled mobility.  “I was in charge of Mustang, Explorer and Lincoln’s performance models, and having a great time,” Palmer recalls. Then out of the blue he got the call. The new challenge, it turned out, was to become product development director of Ford’s Project Edison, a 70-strong cross-functional think-tank set up in a former hosiery factory in Detroit’s Corktown district to conceive a new range of high-performance EVs.  “I was unsure at first,” Palmer recalls. “For me, electric cars were more about sensible buying than the exciting cars I knew. Then Sherif Marakby, our autonomous vehicle CEO, said, ‘trust me this is going to be the next big development in cars’. When you know them, you’ll love them. And he was right.  “I just couldn’t believe how good these new cars were. They could do things you’d never do in an ICE (internal combustion-engined) car. They were just better.”  Such passion from Palmer, a tall, fast-talking Englishman who has spent much of his 28-year Ford career on the fast-track, is all the more powerful for the fact that this is the man who delivered Ford’s much-loved Fiesta ST200, a skunkworks pocket-rocket universally admired. He also delivered the Mustang to Europe, proudly watching it become the world’s best-selling sports car. He’s a car lover since childhood, so when he starts talking about this new strain of EVs being “sexy and emotional”, you need to listen.  The big plan, first publicised by Ford around 18 months ago and expanded since, is to spend $11 billion on a cycle of exciting EVs beginning next year. Under the deal recently agreed with Volkswagen, Fords built on the MEB platform will kick in from 2023. The flow will start next year with a ‘Mustang-based crossover’. The name Mach One was floated early on, although it has since emerged that it will be called the Mach E. A battery Ford F150 will come before 2022, says Palmer, and a fully electric Transit. Palmer won’t confirm that a Ranger or Bronco (the famous compact 4×4 that’s returning with conventional power after disappearing in the mid-1990s) are in the BEV mix, but he doesn’t deny it either.  “We’re hitting our biggest icons first,” he says, “but we have more. And we’ll keep working through them.” Meanwhile, starting now, Ford is launching a new or renewed supporting range of smaller plug-in hybrids, first being the Escape SUV (our Kuga) with a larger Explorer not far behind, although it isn’t currently planned for the UK.  Project Edison grew out of an earlier plan to build a second generation of the decent but dull economy BEVs, such as a second-generation electric Focus. But the decision to stop making saloons in the US, along with a realisation that the way to sell new BEVs at a profit was to build exciting cars closely related to existing icons, brought a new philosophy. “We decided very carefully where we’d play in the electric car market, and that every one would amplify the characteristics of the model it was based on. Each one had to be extremely desirable, but at an attainable price,” says Palmer.  “These cars won’t necessarily be cheap, but they’ll be gotta-have-it models, sold at a price we judge is attainable for our existing customers. They’re our focus. Ford has always democratised technology and this will be more of the same. But early adopters of BEVs have a lot to deal with, so Project Edison is working on every aspect of ownership, from the minute someone considers an electric car, through the whole
Origin: Exclusive: the future of Ford, according to its bosses

Long read: What is the future of driving for fun?

The cattle-grid rattles under the car. Not for the first time it occurs to you that as a way of heralding the arrival of a great experience, there’s none more understated than the humble cattlegrid. But there they are, at the start and finish of many of the country’s greatest roads.  You know this car and you know this road. It’s why you’ve brought it here. You know the drill, too: a kick of the clutch and a blip of the throttle. You’ve already decided how many gears you’re going to drop. Then down goes the foot. Let it build. You feel the engine respond and hear it, too: the induction noise hardening, the exhaust note sharpening. The revs rise, but slowly at first. There’s no external assistance from turbos here, but you’re happy to wait. At 4000rpm it starts to build, at 5000rpm it’s beginning to fly. So you let it go, growling and howling its way past 6000, 7000 and onto 8000rpm before you deftly dip the clutch once more, a mere fraction of a second before the limiter cuts in.  Okay, so the car happens to be a new Porsche Cayman GT4, but in essence, and saving details like where the red line on any given car might be, what I’ve outlined is an experience enjoyed in one form or another by millions of enthusiastic drivers not just for years or even decades, but for more than a century. Good car, good road. Good fun. That really is all there is to it.  Let’s do it all over again, except we’re a few years into the future and the car is not a 414bhp Porsche but an electric hypercar with around 2000bhp. If you think that sounds like science fiction it’s not: there are already at least three that have been shown with outputs of 1900bhp or more and which are now being readied for production. The cattle grid rattles under the car. There’s no clutch to kick nor even a paddle to pull, let alone a stick to shift. There is no decision-making process because there’s nothing to do. Except put your foot down. You can still do that. So the car now tries to transmit 2000bhp plus all that attendant and instant torque to the road.  Of course it has four-wheel drive, but that’s still a 911 GT3’s worth of power per tyre. Of course it can’t dump it all on the Tarmac, which is perhaps as well. Full throttle in a Bugatti Veyron is a pretty bewildering experience and these cars have double the power. I wouldn’t be able to guarantee the security of my breakfast under such an assault. I’d want to know my passenger was in good nick, too, before springing such a surprise. Perhaps a disclaimer on the passenger door, you know, like the ones they put next to the more vomit-inducing rollercoasters. Involuntary acceleration-induced myocardial infarction: the legals would be interesting.  But that doesn’t happen. The systems kick in and you are hurled forward only at the rate at which your chocolate slicktermediate tyres can handle – which will still be enough to make you feel uncomfortably giddy and your passenger really rather ill. Is that fun? Maybe for some.  But what then? Well, and just as an example, Lotus says the Evija will get from rest to 186mph in fewer than nine seconds. Well, you’re not going to reach that speed in public and you won’t start from rest. So just how long do you think you’ll be able to bury the throttle – which, remember, is the only thing this car requires you to do to save steer and brake – before some sense, common or survival, makes you lift? How long can this extraordinary but potentially somewhat disquieting experience be enjoyed? Or should I say endured? Not long. And then what? Slow down and do it all over again?  Perhaps. But with nothing to listen to and nothing to do save flexing a hoof, I think the novelty might soon wear off, and that’s just for the driver.  I am being mischievous here, because I’m clearly not comparing like with like. We have already reported that the 2022 Cayman will have a fully electric powertrain at least as an option, but it’s not going to have 2000bhp and the car won’t cost £1.7 million-plus. But I’m doing it to illustrate a point, namely that just because it’s easy to provide electric cars with huge power doesn’t mean it’s the right thing to do. But I understand the temptation. How else do you present electrification as interesting to the enthusiast? These are cars that make no sound worth listening to, don’t need gearboxes and deliver all they have to offer at once. They’re long on instant gratification and thereafter worryingly short on giving the driver stuff to do.  And that’s an enormous problem, not for manufacturers making electric cars as mere transport – in fact, for them it’s probably a net bonus – but for those with reputations for producing genuinely fun and sporting cars to maintain. As statements of the bleedin’ obvious go, to observe that the more involving a car is, the more involved its driver will be is right up there with the best. But so too is it true.  The reason I love old cars is that they’re mostly rubbish. If they
Origin: Long read: What is the future of driving for fun?

Future sports cars sold in Canada will be quieter because of this new EU rule

2020 Mercedes-AMG GT R ProHandout / Mercedes-Benz Regulations that dictate the maximum volume of new sports cars in Europe will also result in quieter cars in North America and around the world, according to a Mercedes-AMG boss. In an interview with Australian publication Car Sales, Mercedes-AMG’s head of product planning, Basitian Bogenschutz, confirmed the upcoming AMG A 45 S and CLA 45 S will be the first AMG products to sing at the volume dictated by the European authorities. And that’s not just in Europe, either, as Bogenschutz explains that producing two separate exhaust systems with different sound outputs for different markets is simply too pricey. So, AMG for one will take the path of least resistance and produce the one quieter unit to be distributed to all markets. The tightening European sound restrictions will spell the end of the current CLA 45’s and A 45’s engine’s snaps, crackles and pops, replacing it instead with a system that communicates that hearty gurgle to those inside the cabin, but not outside.  “So we added the AMG pure performance sound, where we take the real sound from the exhaust system, the pulsation of the real sound and move it inside the car,” Bogenshutz told Car Sales. “It works together with the exhaust system.” Mercedes-AMG is the first maker of loud cars to detail how the European regulations will impact the global driving community, but it likely won’t be the last. The rules are the rules, and fussing about them, no matter how loudly, won’t win any exceptions. The future is coming, but you’ve got to listen to hear it.
Origin: Future sports cars sold in Canada will be quieter because of this new EU rule