Used car buying guide: Aston Martin DBS

With No Time to Die, the name of the next Bond film, recently announced, cast your mind back to 2006. It was actor Daniel Craig’s debut outing as 007 but also the year his then new car, the Aston Martin DBS, was first glimpsed.  The film did wonders for sales of the DB9-based coupé. (One dealer recalls taking 30 orders but with only eight cars earmarked for his dealership.) Of course, a couple of years later, there was the 2008 recession but, even so, demand remained strong and values of used DBSs held firm – until now.  The number of unsold DBSs is rising for the first time, forcing down their prices. The reason? Faltering market confidence, heavy discounting of less well-received newer Astons and the fact that, compared with something like the new and competitively priced Vantage, the DBS seems dated.  As an example, Stefan Jordan, sales manager of Fisher Performance Cars, says that in February 2018, he was advertising a customer’s 11,000-mile 2011 DBS Carbon Black Touchtronic II for £118,000. He was offered £110,000 and advised his client to accept it, but the chap wouldn’t accept anything less than £115,000. Last week, Jordan finally sold the car to a collector, a man who knows his Astons and the market, for £85,000.  “Right now, it’s a buyer’s market,” says Jordan. “One major classified site is showing around 40 DBSs for sale, well over twice the number you’d have seen advertised a year ago. That’s pushing down prices and any seller who hasn’t woken up to that is in for a shock. However, it’s hard to believe they’ll fall much lower, which is why that collector snapped up my customer’s car.”  But enough economics. The DBS was launched in 2007 and the first cars hit the road in 2008. Although based on the DB9, the DBS was lighter, had ceramic brakes, adaptive damping and 20in wheels and its 5.9-litre V12 produced 510bhp, 40bhp more than the DB9 had at the time.  The first DBSs were coupés with a manual gearbox, two seats and a parcel shelf. A 2+2 cabin was an expensive (£11,000) and rarely requested option. The last manual car was produced in 2011. The six-speed Touchtronic II automatic variant arrived in 2008 and had a 2+2 interior as standard. It was the bigger seller but today it’s the rare manual variant that commands the higher prices. A Volante convertible version landed in 2009 but enthusiasts prefer the coupé.  Notable specials include the popular Carbon Black Touchtronic of 2010 (unique paint and wheels, and carbon fascia and sill covers) and in 2012 a final hurrah, the Ultimate edition. Just 59 of those were made and in 2017 a dealer was offering one for £175,000. Frankly, you’d be better off buying the pick of the range, a 2009 manual in Quantum Silver and with a BO sound system for around £85,000. Just don’t join any card games. An expert’s view  Mike Beighton, managing director, Fisher Performance: “We’re all former Aston-trained technicians and main dealer sales people so we know the cars inside out. The DBS thrives on preventative maintenance, which is why we set such store behind one having full service history, with work performed by main dealers or reputable specialists. An example: the diffs need a fluid change every four years. Some non-specialists don’t know that or they may even be encouraged not to bother. We see DBSs in the workshop that haven’t had their fluid changed for eight years, and when you drain it out, it looks like it. Believe me, the cost of a diff and DBS parts in general is such that you don’t want to replace anything other than consumables if you can avoid it.”  Buyer beware  ■ Engine: On early cars, listen for the inlet manifold ‘breathing’. The engine note appears to rise and fall but the revs are unaffected. Later cars got a reinforced manifold. Some rarely used cars develop sump gasket leaks.  ■ Transmission: On early manuals, listen for the clutch ‘squawking’ during low-speed manoeuvres. It’s a fault of the pad material. On Touchtronic autos, check that the selection buttons work positively. Early cars can mis-select, triggering a warning light that a system reset will fix temporarily. Aston can reflash the electronics of affected cars to cure it.  ■ Brakes: Check the 12 bolts securing the discs to the carrier. They can shear off due to overheating, allowing the disc to ‘wobble’ slightly. It is possible to source new bolts through a Brembo agent. Otherwise, it’s £12,000 for new front discs and pads. If the car isn’t used on track days, a set should last at least 70,000 miles.  ■ Suspension: The Bilstein shock absorbers can leak. It’s caused by dirt working past the top seal. Later cars have a double seal. ■ Body: Check for paint blistering around the door handles caused by water getting underneath. If not treated, it’ll spread. On the Volante, water can cripple the motorised hood latches (very expensive) so check they work. Look for water behind the fuel filler flap that can drain into the boot or into the tank. Also worth
Origin: Used car buying guide: Aston Martin DBS

Jaguar could revive C-X75 concept as next-gen F-Type

One of many stumbling blocks to developing the new sports car is the platform itself, which – if to be designed from scratch and bespoke to the model – would require lots of cash and resources at an uncertain time for Jaguar Land Rover. The company lost £395 million in the last financial quarter and hopes models such as the updated Jaguar XE, new Range Rover Evoque and heavily revised Land Rover Discovery Sport can offset significant recent investments and a slump in demand from China.  One cost-effective solution is to again join forces with BMW. The British and German makers recently announced they would develop and assemble electric drive units for future models together, but already sources suggest BMW will supply combustion engines to JLR too. As previously revealed by Autocar, JLR may also use BMW’s FAAR front-driven platform for a range of compact models, including Land Rover SUVs.  BMW bosses are said to be deciding whether to turn the next-generation i8 into a fully electric sports car. Prototypes of such a model have already undergone testing, according to a Munich-based engineering source. By sharing development of an EV sports car platform, BMW and JLR could considerably reduce costs while at the same time pooling engineering expertise and resources.  Another alternative is to make use of Jaguar’s well-proven electric car platform used in the I-Pace. This would require investment to adapt it for a different purpose, but EV platforms tend to be easier to modify to suit different bodystyles and drive configurations than ICE ones.  With Callum’s departure, the F-Type has immediately become his legacy in terms of Jaguar sports cars. With global sales of around 62,000 (70% in coupé form, 30% as convertibles), the model has helped rebuild Jaguar’s reputation as a maker of alluring sports cars – as it also strives to become renowned for other types of car such as SUVs. While the F-Type’s sales continue to significantly trail those of class leaders such as the Porsche 911, Callum is adamant that a successor is integral to the brand. “We will also do sports cars,” he said. “End of story.”  The C-X75 was a groundbreaking supercar originally conceived to use jet turbines as generators for an electric propulsion system when Jaguar first unveiled the concept in 2010. Working prototypes were then produced that instead used a more conventional petrol-electric hybrid system.  But by the end of 2012, the decision was taken to pull the plug on the whole project, meaning Callum’s highly praised exterior design never made it to
Origin: Jaguar could revive C-X75 concept as next-gen F-Type

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

First Look: 2020 Volvo XC90

2020 Volvo XC90Graeme Fletcher / Driving BANFF, Alta. Heading into 2020 the Volvo XC90, as it has for the past three years, gets updates in all key areas. Stylistically, the new concave grille, reworked front and rear bumpers with integrated tailpipes, and smarter 19-inch wheels, along with standard roof rails and new paint colours, give the outside a richer look.Inside, the instrumentation now uses a reconfigurable 12.3-inch screen and there is a classy new six-seat mode: Here, the middle bench seat makes way for two comfortable bucket seats. The side benefit is the space between the middle seats gives easier access to the roomy third row. More importantly, the XC90 T8 plug-in hybrid gets a larger 11.6 kWh lithium-ion battery, giving it a longer electric-only driving range. The T8s other key improvement is a new brake system; the hydraulic pump has been replaced with a vacuum booster that gives the pedal a more natural feel it was a crisp and didnt feel mushy under foot on the drive.What doesnt change is the poise the XC90 delivers through the Rockies. The powerful 400-horsepower hybrid powertrain, and the ability to tailor it according to the drivers needs, make it both powerful and frugal at the same time. Likewise, the optional air suspension and electronically controlled dampers Four-C, in Volvo speak does a very good job of isolating the passengers from the rigors of a rough road without sacrificing handling. Body roll is limited to a few degrees, the adjustable steering has just the right weight across the operating range, and it has the passing power youd need the XC90 T8 runs from rest to 100 km/h in 5.6 seconds, which for a full-sized SUV, is decidedly decent.While the individual changes to the 2020 XC90 are small, as a whole, they do make for a better
Origin: First Look: 2020 Volvo XC90

Porsche exec suggests next-gen 718 could be AWD, electric

At the recent unveiling of its all-electric Taycan, Porsche announced that by 2025, half of all its models worldwide would have some form of electrification.But we didnt expect this one: according to hints from a Porsche exec who talked to Top Gear, the next generation of the 718 Boxster and Cayman could be powered entirely by batteries.The 718 just fits EV, doesnt it? The next generation of these cars would be a good time to go all-electric, the magazine quotes Lutz Meschke, deputy chairman of the board.Furthermore, Meschke replied to a question about all-wheel drive with Yes, it needs to be, that makes sense, even though the platform has forever been rear-wheel-driven, as the driving gods intended.The automaker has been adding plug-in hybrid technology to its models for a while, of course, and along with unveiling the Mission E concept that prefaced the Taycan, Porsche took the wraps off the battery-powered Cayman E-volution concept car a couple of years back at an electric vehicle symposium in Stuttgart.It basically looked like a stock Cayman with some green badges, but the company stressed that it was just another EV development project and wouldnt go into production. And of course the Taycan isnt going to stand alone. A wagon version of it, the Taycan Cross Turismo, will come toward the end of 2020. After that, an all-electric Macan is expected to arrive in 2022. Meschke confirmed the current gas-powered Macan will initially be sold alongside it, but will be dropped after a couple of years.The Cayenne and Panamera are also planned for full electricity, but so far, theres been no word on replacing the dino-juice engine in the 911 for something that plugs into the wall. It seems even Porsche must realize that some things are
Origin: Porsche exec suggests next-gen 718 could be AWD, electric

How the Volkswagen ID R conquered China’s toughest road

The Volkswagen ID R was always going to set a new hill record on Tianmen Mountain’s Big Gate Road. Of course it was. For one thing, it was the first official timed run up the 6.776-mile ribbon of concrete, which features 99 tortuous turns as it winds 3609 feet up the spectacular mountain known as the Gateway to Heaven in China’s Hunan province, at an average gradient of 10.14%.  The road was built in 2006 to reach the amazing Heaven’s Gate natural arch and other sights atop the mountain. A mammoth project, it snakes and winds up the steep, rocky peak, carved by ingenuity and sheer force of will at angles a road has no place being built. It’s normally only used by a fleet of tourist buses – but even the most committed driver of a Golden Dragon XML6700 would struggle to match Romain Dumas in VW’s 671bhp electric record breaker. A few cars have previously tackled the road in anger. Land Rover brought a 567bhp Range Rover Sport to the mountain, with Jaguar’s Formula E reserve driver Ho-Pin Tung summiting the hill in 9min 51sec. But that time was unofficial, and set on a slightly longer course.  So what does Dumas’ new official time of 7min 38.535sec, at an average speed of 53.07mph, actually prove? The ID R’s previous record-breaking runs – an outright hill record on Pikes Peak; an electric Nürburgring Nordschleife lap record and an outright Goodwood Hillclimb course record – were set on famous, historic motorsport venues, allowing for direct comparison with a huge variety of proven machinery. People know what it means to lap the Nordschleife in 6min 05.336sec.  But you shouldn’t dismiss VW’s Tianmen Mountain trip as nothing more than a publicity stunt. For one thing, any manufacturer-run motorsport programme is, at heart, a publicity stunt. While the ID R does offer some learning about performance EVs, it has relatively little in common with the newly revealed ID 3. It is intended as the ‘sporty figurehead’ of the ID family: in that ambassadorial role, VW absolutely had to find a showcase for it in China, both the firm’s biggest market and the world’s largest EV market. VW sold 3.11 million cars in China last year, and will launch local-market ID models next year. By 2023, VW is planning to offer 10 ID models in China – and the country will be a key part of its plans to sell one million electric cars worldwide annually by 2025.  But where in China could VW go? The country isn’t exactly flush with grand, challenging and historic motorsport venues in the style of Pikes Peak (which held its first hillclimb in 1916) or the Nordschleife (which opened in 1927). The Shanghai International Circuit, built in 2004, might be firmly established on the Formula 1 calendar, but it’s not exactly inspiring.  Without a historic venue to capitalise on, VW created its own. And instead of breaking a record, the aim was to set a standard for others – and then invite them to come and beat it. Tianmen Mountain was chosen because, as well as having a tough, twisting and scenic hillclimb-style road, it is one of China’s most famous tourist locations. Situated just outside the city of Zhangjiajie around 930 miles south-west of Beijing, the mountain draws masses of visitors all year round. VW agreed on a start and finish point with local officials to ensure future attempts use a standard course.  While there might not have been an official time to beat, VW wanted to ensure the ID R completed the course as close to its potential as possible. Yet to even know what time was possible on such an unusual venue proved complicated.  “All engineers like new challenges, and this was a big challenge,” says François-Xavier Demaison, VW Motorsport’s technical boss. “It’s difficult because the road is like something you’d find on the Monte Carlo Rally. To come here with a car that’s like a sports prototype, you have to be a bit crazy – but engineers are crazy.”  VW Motorsport team members visited the mountain late last year, making several runs up the course to video it and capture data using a track logger. At a few corners, they also unfurled a tape measure to check the width of the road and ensure the ID R could actually get round it. The tightest corner – Turn 88 in the perilously twisty section the team named the Layer Cake – has a total radius of around six metres. The team didn’t have to adjust the steering lock – although, after the first practice run, they did increase the level of power steering in the car to make life slightly easier for Dumas.  The team used the data information gathered from the site visit – and, in truth, plenty of guesswork – to settle on a base set-up. That included the big front and rear wings the ID R used at the high altitudes of Pikes Peak, rather than the far smaller wing (with drag reduction system) that was used for the Nürburgring and Goodwood. That choice was made due to the sheer volume of slow bends, although Demaison notes that the speeds were so slow the wings produced
Origin: How the Volkswagen ID R conquered China’s toughest road

Hot diesel saloon showdown: Audi vs Alpina vs Mercedes

Diesel. Thought it was dead, didn’t you? And maybe it is. Sales have been down in the UK for the past 26 consecutive months and, anecdotally, more of the new cars arriving at Autocar road test headquarters now read 95RON on their filler caps; 98RON if we’re lucky. But try telling this to Audi.  Audi spent millions (billions?) winning Le Mans time and again with smooth and bizarrely quiet TDI thrust, and now it’s fitting sophisticated diesel engines to its aspirational road cars. Models such as the S6 saloon and Avant, which only two generations ago used a normally aspirated 5.2-litre petrol V10 shared with Lamborghini. The S7 Sportback didn’t exist in the glory days of Audi’s supercar-engined but otherwise amusingly low-flying exec saloons, but it’s of the same ilk as the S6 and fundamentally they’re the same machine. It’s why the new S7 Sportback now also gets nothing more exotic, enticing or enthralling than a medium-sized V6 diesel.  Madness or masterstroke? Anyone craving unleaded performance will soon have the option of the RS7 – which packs around 600bhp and is faster and firmer than ever before – so perhaps the S7 can thrive as a sub-sonic diesel express. And yet even if you ditch the exciting engines, Audi’s S moniker still needs to mean something to the person paying over £70,000 after options.  Which is why today we’re putting the S7 up against Mercedes’ aristocratic CLS 400d 4Matic and the lesser-spotted but dynamically very well-sorted Alpina D5 S. These cars have different identities but a shared philosophy: namely, that in the real world, big diesel four-doors can be almost as quick and just as desirable as their pumped-up petrol counterparts, only more refined and much more economical. In terms of crucial ‘fitness for purpose’, their case is stronger more of the time than for the 600bhp car that flirts with single-digit fuel economy the moment you explore its potential.  At £68,000, the S7 Sportback is by £6000 the most expensive car here, but it’s an otherwise cosy clique: six-cylinder engines, four-wheel drive, easily more than 300bhp and, in the case of all three, precisely 516lb ft served up ‘from the basement’, as one nameless Autocar tester once put it. The Audi uses a dual-clutch gearbox whereas the others have automatics, and it’s the only car here with rear-wheel steering, although that is an option on the Alpina.  As you notice straight away in the metal, the Audi is also the longest, widest and lowest car here – marginally more so than the Mercedes, with the more conventionally proportioned BMW 5 Series-based Alpina a little way off either. But none stands out as a design marvel. The inoffensive CLS underplays its hand as a sophisticated ‘four-door coupé’ whereas the S7 Sportback chokes a good degree of its natural elegance with an enormous grille and odd details such as the halfhearted diffuser. Meanwhile, the D5 S sports Alpina’s usual aerodynamic fastenings and, unlike the Audi, its four exhaust tips are genuine. It looks the most serious, although you can nevertheless see why someone might go for the sleeker cars. Their level of presence marks them out as something unusual and quite special.  We should now talk about the Audi’s new 3.0-litre V6 TDI. The block is ordinary in the sense that you’ll find it on regular models such as the A7 50 TDI but the pistons, conrods and crankshaft are all upgraded. There’s not only a variable-geometry turbocharger fed by exhaust gases but also an intake-side electric compressor that doesn’t require gas flow. It spools to 70,000rpm in an instant and, in theory, covers off the old-school turbocharger’s more laggy response. Beyond 1650rpm, it’s an ornament, being primarily designed to give sharp step-off and acceleration from low engine speeds, and can react so quickly because it’s driven by a 48V system whose lithium ion battery resides under the boot floor. That’s right. Never mind a big-capacity V10: the medium-rare Audi four-door of 2019 is a diesel mild hybrid. There’s also a battery alternator/starter connected to the crankshaft. It can scavenge electrical energy during deceleration and get the V6 going again after periods of engine-off coasting. Fit for purpose in the real world? Almost 35mpg combined and 344bhp suggest that’s very much the case.  The first stint in this test takes us straight into an area where these cars need to excel: motorway driving. Refinement starts with comfort and here it’s difficult to look past the Mercedes, whose leather chairs have the sort of deep, low-set curvature that makes it feel by far the most GT-esque. The leather steering rim is wide, thin and firm – old-fashioned but good to hold.  The Alpina is also supremely comfortable, feeling more materially rich than either of the others and with switchgear that’s simpler and more elegant. What you don’t get is the sensation that you’re sitting in a car with a particularly sporting persona, which, of course, you’re not. Alpina
Origin: Hot diesel saloon showdown: Audi vs Alpina vs Mercedes

Tesla Sentry Mode catches couple mistaking Model 3 for their Hyundai Elantra

The Tesla Model 3’s new Sentry Mode yknow, the feature that turns on the parked cars cameras when the vehicle is disturbed has by now caught some very weird things on video, were sure.But this clip of a couple walking up to a white example and repeatedly reaching for door handles that arent there has got to be one of the more chuckle-worthy.The clip, posted to the TeslaMotors sub on reddit, shows the pair walking up the Model 3 from a nearby strip mall. The driver-side Sentry camera shows a man in a white shirt walk up, fumble for the cars retracting flush-with-the-body door handles about three times, pause to press the key fob to unlock the car, then try for the non-existent handle again.On the other side, his passenger fares just about as well. That moment you mistake a Model 3 for your Hyundai from teslamotors Footage from the passenger side of the parked Model 3 shows the couples also-white 2015-ish Hyundai Elantra just two spaces away and explains maybe just a little bit how they mistook one entry-level four-door for another.We get that walking up to and opening your car is something you do so often, thats so subconscious, that even the smallest distraction might throw your brain for a loop and why you might forget your car, last you checked, had door handles, ones that dont pop out via key-fob button.But its mistaking the Model 3 for the Hyundai in the first place you can see the latter at the bottom in the photo below, Model 3 on top that confounds us, unless youre really engaged in your conversation, we suppose. At the very least, I guess its sort of a compliment to Hyundai-designers-of-four-years-ago that people could confound the
Origin: Tesla Sentry Mode catches couple mistaking Model 3 for their Hyundai Elantra

Trump says he will strip California’s clean-car authority

President Donald Trump waves to the cheering crowd as he arrives for a rally, Thursday, Aug. 2, 2018, at Mohegan Sun Arena at Casey Plaza in Wilkes Barre, Pa.(AP Photo/Carolyn Kaster) President Donald Trump said he will revoke Californias authority to regulate greenhouse gas emissions from autos, confirming a widely-anticipated move that will escalate the ongoing dispute between his administration and California.Trump said on Twitter his administrations replacement efficiency standards, which are being finalized by federal agencies for cars after 2020, will lead to greater vehicle production by reducing the cost of new vehicles.Many more cars will be produced under the new and uniform standard, meaning significantly more JOBS, JOBS, JOBS! Automakers should seize this opportunity because without this alternative to California, you will be out of business, Trump said in a tweet.Under Trumps plan, the Environmental Protection Agency will revoke the so-called waiver underpinning the states ability to set tailpipe greenhouse-gas emissions standards that are more stringent, as well as the states electric vehicle sales mandate. The Transportation Department meanwhile will assert that the California rules are preempted by federal fuel-economy standards administered by the National Highway Traffic Safety Administration.EPA and Transportation department representatives didnt immediately respond to emails seeking comment.The Trump Administration is revoking California’s Federal Waiver on emissions in order to produce far less expensive cars for the consumer, while at the same time making the cars substantially SAFER. This will lead to more production because of this pricing and safety Donald J. Trump (@realDonaldTrump) September 18, 2019The move is the Trump administrations opening salvo in whats sure to be a contentious battle over states rights and environmental policy between officials in California and Washington, with automakers caught in the middle. Predictable emissions and fuel economy standards are vital for automakers because as they plan production and model offerings several years in the future.The presidents decision to end Californias authority to set higher vehicle emission standards is bad for California and its bad for the country, said California Democratic Senator Dianne Feinstein. Revoking Californias authority will lead not only to more pollution, it will cost consumers billions of dollars a year in increased fuel consumption.The move will shatter a nearly decade-long regulatory arrangement between NHTSA, EPA and the California Air Resources Board that has allowed automakers to satisfy fuel economy and efficiency standards administered by each agency with a single fleet of vehicles that can be sold nationwide. The Trump administration in August 2018 proposed stripping Californias authority as part of its broader plan to slash federal emissions and fuel-economy requirements enacted by the Obama administration.The plan initially recommended capping requirements after 2020 at a 37 mile-per-gallon fleet average, instead of rising each year to roughly 50 mpg. U.S. officials have since signaled that the final rule may require small annual improvements, but at levels far less than required under the current standards. Separating the attack on Californias authority allows that piece of the rule to proceed while federal agencies continue to finalize the new replacement requirements.CARB announced in July an accord with the Ford, Honda, BMW and Volkswagen on tailpipe greenhouse gas emissions regulations.The carmakers agreed with the states clean-air regulator to boost the fuel efficiency of autos sold in the U.S through 2026, defying the Trump administrations proposal to ease the Obama administrations standards. Earlier this month, Trumps Justice Department opened an antitrust probe into the
Origin: Trump says he will strip California’s clean-car authority

Porsche 718 Cayman GT4 RS mules hit the Nürburgring

Porsche is again testing what appears to be a hardcore ‘RS’ version of the latest 718 Cayman GT4, as a test mule is seen going flat-out on the Nürburgring Nordschleife. As we previously saw, the testing prototypes sport notable bodywork additions. At the front there are versions of the ‘NACA’ bonnet air ducts similar to Porsche’s GT2 RS, while at the side the rear quarter glass has been replaced by slatted cooling vents.  The most significant alteration is at the back, where we can see a spoiler mounted considerably higher on bespoke mounts. It’s not clear if the distinctive mounts will make production in that form, as they’re more likely used to test multiple wing shapes and types.  Porsche’s man in charge of the 718 and 911, Dr Frank Steffen-Walliser, told Autocar at the recent Frankfurt motor show that he would “definitely” like to see a faster and even more focused RS version of the new 718 Cayman GT4, but that the decision hinges on prioritising development resources within the maker. “Everybody’s asking for the RS,” Walliser told Autocar. “Can I imagine a GT4 RS? Sure I can. That’s not to say we will make a decision on it yet, as it is a challenge. Would I like such a car? Yes, definitely! Would I like more horses? Yes. But we need to put the resources where the market is – it would be a lot more expensive than the normal one.” Porsche has never made a GT4 RS, previously suggesting such a model would be too close in price and performance to 911 GT models. But the new 4.0-litre flat-six found in the latest GT4 forms part of an all-new engine family, and it is expected that Porsche will spin off further variants of that unit to justify the investment. It is understood that the brand is looking to re-introduce the flat six to more mainstream Cayman and Boxster variants as part of a facelift. Although Walliser would only confirm that Porsche has “started the thinking process” on this, he did acknowledge that the US market has been less welcoming of the current four-cylinder models than hoped. “American customers aren’t asking for four cylinders, they are asking for four litres”, he said. Walliser also discussed the idea of all-electric 718 models (first reported by Autocar in April). He claimed that if the official go-ahead was given he “would not like to change the character of the car, and the price point – we need to have an entry level car as 718 buyers often step up to a 911. “Priority number one is to keep the character of the car – not making a big car, not making it heavy, but this is very tricky. And it’s a relatively small volume car, so we maybe cannot do a separate platform.” Porsche definitely won’t be joining the glut of newly launched electric hypercars with its own take on the formula, however – for the time being at least. Pouring water on the claims made by manufacturers such as Rimac and Lotus, Walliser said: “We have seen a lot of studies of electric hypercars – for me the proof is when it’s on the street with a licence plate… does an EV hypercar work? It’s like saying to me that a drag racer is a suitable sports car. For sure it’s perfect from 0-100, but to make it usable and do several laps of the Nurburgring would not work with the technology at its current state”. Walliser did welcome the idea of using hybrid technology to extend the life of Porsche’s widely celebrated naturally aspirated GT engines. “A hybrid for sure with a normally aspirated engine works well together. The low-rev electric motor torque and high-revving normally aspirated engines fit perfectly. It could help to keep a normally aspirated engine to survive, and we are very motivated to do
Origin: Porsche 718 Cayman GT4 RS mules hit the Nürburgring