Automotive

Letter From The UK: The Glory of Speed

Letter From The UK: The Glory of Speed

As we huddle pitifully in the wind and rain of our tiny Islands, we gaze enviously across the pond at the wondrous and varied car shows available, so it seems, on a daily basis, across all regions of the USA. To us, the likes of Wayne Carini and Chip Foose are simply mythical figures to be glimpsed occasionally on a digital TV channel. From time to time though, the sun does put in an appearance on the British Isles and we are always slightly surprised when it especially does so at our greatest annual car show, the Goodwood Festival of Speed.
Peaks of Performance
Every year around this time, many thousands of car enthusiasts descend upon legendary Goodwood in West Sussex for the Festival of Speed. This hardy annual never fails to disappoint the fans with an exciting concoction of exotic supercars, historic racing machines, the latest crop of regular road and concept cars, and much more besides. Even former F1 supremo Bernie Ecclestone showed up to surprisingly popular acclaim.
The theme for the 2017 Festival of Speed was “Peaks of Performance – Motorsport’s Game-Changers.” As the years pass, the organizers try to find a new way of exploring the thrilling past, present, and future of the automotive scene. In many ways this year was just the same as it always was, but they do try and put a fresh slant on the proceedings. It always seems to work. We auto fans just can’t get enough.
Audi R8 V10 plus Coupe.
Jaguar Project 8 Dream Car
Of particular interest this time, manufacturers showed racing and road-going machines that were faster than ever before, like the BAC Mono and the glorious Project 8 Jaguar. Making its global dynamic debut among the most powerful and extreme performance cars in the world at the Goodwood show, the new Jaguar XE SV Project 8 claimed the hotly-contested Michelin Supercar Paddock Showstopper Trophy – just four days after the jaw-dropping car was officially unveiled.
As the only four-door car in the Michelin Supercar Run, the Jaguar faced formidable competition in the power-packed paddock, but voters hosted by Michelin singled out the Project 8 as one of the six most popular cars of the weekend, qualifying it for the overall Showstopper Final on the last day of the show.
The Project 8 exclusively features the most highly tuned version of Jaguar Land Rover’s five-liter Supercharged V8 petrol powertrain. The 592 bhp (600PS) engine has a Titanium Variable Active Exhaust and is complemented by Jaguar’s all-wheel drive system. Additionally, this beast features motorsport-derived aerodynamics and carbon fiber panels to deliver a 200 mph top speed and a 0-60 time of a scant 3.3 seconds, making Project 8 the fastest accelerating Jaguar yet.
Jaguar XE SV Project 8.

Limited Edition
Crucially, and you’ll have to take this writer’s word for it at least until you can find a YouTube video, it sounds as aggressive as you would expect; the growling V8 accompanied by the glorious old-school whine of a huge supercharger. Outstanding aural delights!
To ensure exclusivity, no more than 300 examples of the Project 8 will be hand-built at SVO’s (Special Vehicle Operations) Technical Center in Coventry and priced from £149,995 in the UK. If you want one (and you really do), you’ll need to move fast because this magnificent motor won’t be available for long.
All You Desire
Red cars from Ferrari ran amok to celebrate the 70th birthday of the marque. All the famous sports cars and racers that Goodwood usually commands were there, but this time a display of V12-engined F1 cars created an operatic sound all their own. Their extraordinary exhaust notes are so different from today’s race cars that sound like digital lawn mowers in comparison.
The new and blisteringly quick track-only Aston Martin Vantage AMR Pro made history at the Festival of Speed when it became the first vehicle to tackle the legendary hill climb using re-refined engine oil. Recycled or re-refined motor oil is nothing new, of course, but this is different. This landmark was made possible by a new active oil management system from Nexcel, part of the Castrol Group. Oil and filter change in ninety seconds anyone?
BAC Mono.
Memorable Conclusions
As ever, the Goodwood Festival of Speed did not disappoint the throngs who braved the inevitable long and tiresome car park queues to get in. Sports cars like the BAC Mono (which won its class), Audi R8, and the exquisite French Alpine were all at full chat on the track. With the hill climb and rally exhibitions, the supercars, and the also-rans; all the sights and sounds of the vibrant world of cars coupled with the roar of the engines and the smell of the crowd, once again, by doing the same thing brilliantly well, the show did not disappoint. With tired legs and weary ears, the multitudes went home happy.
Geoff Maxted is a motoring writer, photographer, and author of our Letter From The UK series. Follow his work on Twitter: @DriveWrite

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2018 Porsche 911 GT2 RS: The Ultimate 911?

2018 Porsche 911 GT2 RS: The Ultimate 911?

There’s no way to sugarcoat this. There’s no “yeah, but” equivocations surrounding the new 2018 Porsche 911 GT2 RS. It’s the 911 of all 911s. It’s the top kick; the king of the mountain. All other 911s, from the various GTs to the RS and RSR; the 2018 Porsche 911 GT2 RS is now the 911.
The 2018 Porsche 911 GT2 RS is the fastest and most powerful street-legal 911 ever. It recently took its introductory bows at this year’s Goodwood Festival of Speed in the UK. Before this thing even hits the road or the race track, its numbers are just staggering.
More Power, Less Weight
The GT2 RS is powered by a twin-turbo flat-six engine that puts out 700 horsepower and 553 lb-ft. of torque. That’s 80 horsepower and 37 lb-ft. of torque more when compared to the previous 911 GT2 RS. As with all Porsches, the engine’s the thing, and the 2018 911 GT2 RS is certainly no exception. The 3.8-liter flat six is based on the plant from the current 911 Turbo S. The GT2 RS mill gets larger turbochargers with a new design that sprays water on the intercoolers when the intake air temperature reaches a certain threshold for optimum cooling at peak loads. The new GT2 RS can accelerate from zero to 60 in 2.7 seconds, topping out at 211 miles per hour; it tips the scales at the curb at 3,241 pounds.
The exhaust system is made of lightweight titanium and weighs 15 pounds less than the system used in the 911 Turbo. The front luggage compartment lid is made from carbon fiber and the roof panel is made from magnesium.
If you want to shave another 40 pounds from the vehicle, there’s the optional Weissach package that includes magnesium wheels and even more carbon fiber. The roof and anti-roll bars are made of carbon fiber, as are the end links on both axles. If you opt for the Weissach Package, you’ll see the carbon fiber weave of the luggage compartment lid and the roof are left largely exposed. The Weissach package will cost you an additional $31,000.
According to Porsche, the customized GT seven-speed double-clutch Doppelkupplung (PDK) transmission in the new GT2 RS enables maximum efficiency with uninterrupted torque transfer. Photo: Porsche Cars North America, Inc.
Handling & Aerodynamics
The new 911 GT2 RS has grip for days, thanks to its race-bred chassis and the fact Porsche developed a rear axle steering system, plus a stability management system tuned for “spirited” driving. There are air intakes and outlets all over the place and, of course, a big honking rear wing. The air intakes on the rear quarter panel, along with other parts of the rear, are made from carbon fiber reinforced plastic.
The wheels and tires are massive with 265/35/ZR20 tires up front and 325/30/ZR21 tires out back. Stopping is accomplished via the Porsche Ceramic Composite Brakes, which are standard.
Interior Treatments
The interior of the 911 GT2 RS is a red Alcantara with black leather and carbon fiber. The Full Bucket Seats have carbon fiber reinforced backrests and offer a high level of comfort and lateral support. The GT2 RS has Porsche Communication Management, the central control unit for audio, navigation, and communication. Porsche’s Connect Plus and Track Precision app are standard. These techno goodies enable a detailed recording, display, and analysis of driving data on your smartphone.
Porsche’s Chrono Package is optional and expands the PCM functions to display, save, and evaluate lap times. The Chrono Package includes a stopwatch on the dashboard with an analog and digital display. Finally, the Porsche Track Precision app is used in conjunction with an infrared transmitter placed at the side of the track; the lap trigger receiver enables drivers to record lap times with a higher level of precision. Fancy, no?
The 2018 Porsche 911 GT2 RS will reach U.S. dealers in early 2018. It will cost you *gulp* $293,200. Yes, that is a lot of crust. But c’mon, the new Porsche 911 GT2 RS is worth every penny.
Tony Borroz has spent his entire life racing antique and sports cars. He means well, even if he has a bias towards lighter, agile cars rather than big engine muscle cars or family sedans.
2018 Porsche 911 GT2 RS Gallery

Photos & Source: Porsche Cars North America, Inc.

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Hagerty Providing Specialized Insurance For The 2018 Dodge Challenger SRT Demon

Hagerty Providing Specialized Insurance For The 2018 Dodge Challenger SRT Demon

The 2018 Dodge Challenger SRT Demon is the strongest, most powerful, most utterly insane street legal car yet. Naturally, Dodge made the car, the automaker who believes more horsepower is the answer to all of life’s foibles, big and small. Hagerty, an insurance company for enthusiast cars, trucks, and motorcycles, will offer specialized policies for the forthcoming Demon. Hagerty, who also supplies insurance for tractors, automotive tools, spare parts, and automobilia, says owners will have specialized coverage so they can enjoy their new performance machine.
Impressive Stats
The Dodge Challenger SRT Demon is the first-ever production car to do a front-wheel lift, as certified by Guinness World Records. It’s the world’s fastest quarter-mile production car with an elapsed time (ET) of 9.65 seconds at 140 mph, as certified by the National Hot Rod Association (NHRA). It also registers the highest g-force (1.8 g) ever recorded at launch in a production car. The 6.2-liter Hemi V8 features a deep-skirt cast iron block, aluminum alloy heads, and the now famous hemispherical combustion chambers. Running on 100 octane fuel, expect 840 horsepower (6,300 rpm) and 770 lb-ft. of torque (4,500 rpm).
In other words, it’s totally nuts, but maybe nuts isn’t so bad?
“We are living in the golden age of automotive performance, and the Demon is the latest example that speaks directly to the hearts of enthusiasts,” said McKeel Hagerty, CEO, Hagerty. “The insurance industry had a hand in ending the first great muscle car era, and we’re here to make sure history doesn’t repeat itself.”
2018 Dodge Challenger SRT Demon. Photo: FCA US LLC.
Bold Coverage
Hagerty’s coverage will be the same Guaranteed Value policy provided to all vehicles that qualify for the program. Unlike traditional policies for the less-inspired grocery-getters us lemmings drive, the vehicle’s value is established when the policy is issued. This eliminates any negotiation on value should the vehicle experience a total covered loss. Dodge named Hagerty as the official insurance provider of the Challenger SRT Demon in April; the car is expected in dealerships this fall.
“We didn’t build the Demon to be a halo car that never sees the light of day,” commented Tim Kuniskis, Head of Passenger Car Brands – Dodge, SRT, Chrysler and FIAT, FCA – North America.
Hagerty established a dedicated hotline for Demon owners: 844-840-8733. Those who wish to utilize the interwebs for further inquiry can visit Hagerty’s website and look for the “Quote Now” tab. Either way, a policy is waiting if you have raised your hand and said “yep, that’s the Challenger for me.”
“We want to make sure that Demon owners have access to the insurance they need to get these cars out on the street,” Kuniskis added.
Carl Anthony is Managing Editor of Automoblog and resides in Detroit, Michigan.
2018 Dodge Challenger SRT Demon. Photo: FCA US LLC.
Photos & Source: FCA US LLC, Hagerty.

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Polestar Precept: Just Science Fiction or Something More?

Polestar Precept: Just Science Fiction or Something More? Polestar is, essentially, what Volvos will become in the future. At the moment, Polestar is a brand unto themselves, but it is obvious this is where the Swedish auto manufacturer is heading. With the Polestar Precept, we are seeing the company’s future in three key areas: sustainability, digital technology, and design as it relates to the modern automobile.

What Is The Polestar Precept?

The name Precept tells you all you need to know. A precept is sign of things to come, a declaration, an assertion. Polestar says the name reflects the car’s role in defining their aim as a contemporary electric performance brand.

“People ask me all the time, ‘what is the future of Polestar,’ and of course we are not showing our future models just yet,” said Thomas Ingenlath, Polestar CEO. “But Precept shows you where we will be heading – our design direction, our ambitions about sustainability and the great digital user experience we will bring with those future cars.”

The Polestar Precept is meant to convey three key areas for the automaker: sustainability, digital technology, and design. Photo: Polestar. Polestar Precept: Sustainable Materials

The interior uses a number of sustainable materials to create what will become Polestar’s luxury design language. Polestar describes the interior as “vegan” with high levels of recycled content, which the company started doing already with the Polestar 2. The Precept goes further, however, integrating a flax-based natural composite to replace plastic content by 80 percent. According to Polestar, this also cuts interior weight by half.

The materials use a proprietary technology from supplier Bcomp called powerRibs, which are inspired by leaf veins. Bcomp also supplies ampliTex composite materials to reduce vibrations for occupants. The seat covers and headliner are 3D-knitted from recycled water bottles in a single thread, made exactly to size with no waste or off-cuts, which is very cool.

The carpets are woven from Nylon 6 ECONYL, recovered from reclaimed fishing nets. Waste and recycled cork from the wine industry is also converted into cork-based vinyl for seat bolsters and head rests.

Batteries for the EV powertrain are beneath the floor as to not intrude on passenger space. Photo: Polestar.Digital Technology & Connectivity

The Precept builds upon the Android-powered infotainment system in the Polestar 2. There’s a 15-inch digital interface that recognizes you as you walk up, and adjusts the settings and personal content accordingly (authenticated via Polestar Digital Key). Google Assistant is offered in multiple languages and video streaming services are available when you’re parked or charging. The touchscreen uses proximity sensors depending on where your hand is placed, and adjusts brightness and content according to what you are doing.

There is also a nine-inch horizontal driver display with “eye-tracking” technology. These eye-tracking monitors follow where you are looking, adjusting the way information is presented: from smaller and more detailed when you are focused on the display, to larger and brighter, when looking at the road.

Photo: Polestar. Polestar Precept: Styling & Design

Polestar wants the Precept’s design to create a new aesthetic for the oncoming “electric age.” Or rather, the Polestar Precept is very Scandinavian, very clean, and very forward-looking in its design. And much of the design is focused on aerodynamic performance.

A good example is the front fender, now integrated into the hood to improve air flow over the body. There are air ducts behind the front wheels for better ventilation, while additional ducts at the rear help cool the brakes. There are also aerodynamic inserts for the 22-inch wheels.

In lieu of a traditional front grille, the Precept uses something dubbed as SmartZone, which hints at the car’s autonomous – or at least semi autonomous – capabilities. Polestar’s Pilot Assist system includes long- and mid-range radar units, ultrasonic sensors, and a high-definition wide-angle camera. There is a roof-mounted LIDAR pod and additional sensors on both sides of the car for other driving assistance features.

“Precept showcases our future, not as a fancy dream or something out of a sci-fi movie,” Ingenlath said. “This is our reality to come.”

Pay attention to what you see here in the Polestar Precept. We will see more cars like it coming down the road in the future.

Tony Borroz has spent his entire life racing antique and sports cars. He is the author of Bricks & Bones: The Endearing Legacy and Nitty-Gritty Phenomenon of The Indy 500, available in paperback or Kindle format. Follow his work on Twitter: @TonyBorroz.

Polestar Precept Gallery

Photos & Source: Polestar.
Original article: Polestar Precept: Just Science Fiction or Something More?

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EcoBoost Ford Mustang Debuts Line-Lock Feature (Video)

EcoBoost Ford Mustang Debuts Line-Lock Feature (Video)

Previously, Ford only put a line-lock on the V8 Mustang GT, but now they’ve added it to the EcoBoost range of Mustangs for 2018. We’ll get to why that’s a stupidly-cool idea in a moment, but for right now, check out the headline Ford wrote: “Ford Unleashes Line-Lock on Mustang EcoBoost, Debuts Industry-First Cluster Animation of Wheel Burning Rubber.” Cluster-what? Thankfully, they are referring to the instrument cluster that has all this “golly-gee-whiz” stuff that, for some reason, comes with the line-lock feature.
Powerful Contraptions
Okay, I shouldn’t have to explain this, but just in case you don’t know: a line-lock is a gizmo from the drag strips of the world that allows you to apply and lock the front brakes of your car while allowing the rear wheels to turn. This – in case you’re asking the patently stupid question of “why ya’ wanna do that?” – is so you can spin the rear tires and get lots of heat in them. More heat means more grip at launch during a drag race, means a quicker ET (and don’t make me explain to you what an ET is). It also allows you to do way boss burn outs at the drive-in, the high school parking lot, in front your girlfriend (chicks dig it, honest), in front of unseen cops, and in front of your girlfriend’s house after she dumps you for being an unrepentant chuckle-head who cares more about your car than your relationship.
2018 Mustang design sketch. Photo: Ford Motor Company.
Electric Avenue
FoMoCo says their electronic line-lock, which you could only get on the V8-powered Mustang GT, is a “track-exclusive feature,” which I don’t understand at all. I’m betting the lawyers made them put that in there. As I’m reading all this, there’s no way you couldn’t use this feature anywhere your fool-heart desires. What Ford means to say is “please use it only at the track. Please?” But of course you won’t, will you? So anyway, it’s now percolated down-range into the 2.3-liter EcoBoost Mustangs, whether they’ve got the 10-speed SelectShift automatic or the six-speed manual transmission.
Thankfully, Ford’s new line-lock is an electronic affair, unlike the days of old where they were bias-adjust levers or knobs or, in some cases, just a pull cable heading up to the front wheels. Drag racers are, by and large, a bag of mixed nuts just smart enough not to kill themselves. Most of the time. To make that truly “most of the time,” Ford’s line-lock leverages state-of-the-art software that allows amateur racers to achieve more consistent run times, particularly those competing in bracket racing. Grudge draggers, this is aimed squarely at you.
This new electric line-lock is operated via steering wheel-mounted thumb switches. A driver, let’s say it’s you, toggles through a menu displayed on the instrument cluster to activate the electronic line-lock. Once you’ve turned it on, the system builds pressure on the front brake calipers. Another button press holds that pressure for up to 15 seconds. During that 15 seconds, you nail the throttle, spin the rear wheels, they build up heat, and abracadabra, the car stays in place.
Photo: Ford Motor Company.

Animated Behavior
Speaking of that menu/instrument cluster stuff, if your new Mustang is equipped with the available 12-inch, all-digital instrument display, you get lots of flashing lights and cheesy animation and stuff along those lines. Ford says drivers will see an “industry-first, video-game-like animation of a spinning alloy wheel kicking up a cloud of smoke to indicate when the electronic line-lock feature is activated.” What you will not see is “Big Daddy” Don Garlits kicking at you with his club foot (don’t ask how it got that way) for being such an infantile grommet. I realize Ford had to do something to let you know the line-lock was engaged, but I suppose a light that said “Line-Lock ENGAGED” was just expecting too much.
Obviously, what you do with your line-lock equipped Mustang is between you and your conscience, your insurance agent, your local police and/or sheriff’s office, and your girlfriend. We here at 1 Automoblog Towers can neither encourage, condone, or accept any sort of untoward behavior. We just know what we’ve done in the past, witnessed in the past, or seen other people get busted for in the past. You have been warned.
Tony Borroz has spent his entire life racing antique and sports cars. He means well, even if he has a bias towards lighter, agile cars rather than big engine muscle cars or family sedans.

Photos, Video & Source: Ford Motor Company.

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Volvo Expands Autonomous Driving Team

Volvo Expands Autonomous Driving Team

With all deference to Elon Musk, DARPA, and the boffins at Google and Uber, if anyone is going to make this elf-driving car stuff work safely, it’ll probably be Volvo. Volvo, who is slowly shedding their boxy but practical image, still retains its foundational impression: Safety. And one of the public’s greatest concerns about self-driving cars is just that: safety.
“Flip a switch, and you can drive me to work, right?” It’s that appended “right” that everyone focuses on. The idea of a self-driving car sounds pretty cool, but the reality of making it work and making buyers believe in it, is something else entirely.
Serious Players
The concern, in short, breaks down like this: I want to get in my new car and get from here to there using the new self-driving feature, but what if . . . what if a kid runs out in front of my car? What if the car sees an idling truck as a threat and swerves into oncoming traffic? What if the computer software has to choose between saving my life in the driver’s seat over a crosswalk full of people or an oncoming, out of control school bus? These are the Gordian Knots of software that give people like Musk et al., numerous fits and nightmares trying to figure it all out.
Enter Volvo, Autoliv, and NVIDIA.
Volvo needs no real introduction to any of the gearheads out there. Autoliv is a automotive safety systems company that develops and manufactures safety bits and bobs for all major automotive manufacturers in the world. They raked in over $10 billion in sales in 2016 alone. Autoliv is also the exact opposite of a really good name for a Swedish death metal band, Autodeath (or, perhaps Autodeth). Any of you kids out there that are into black and white makeup, hoarse vocals, and crunchy guitars, you can have that one on me as a freebie.
Photo: Volvo Car Group.
Level 4 & Beyond?
NVIDIA is, of course, the people that invented the Graphics Processing Unit (GPU) back in 1999, and really cranked the visuals on gaming up to eleven. As far as we – and Volvo and Autoliv – are concerned, NVIDIA did something interesting recently when it flipped the GPU around. They turned it from an high-res output device into something that, combined with deep learning and modern AI developments, can take visual information in, allowing digital systems to perceive and understand the world around them. This new trait could come in real handy for stuff like robots and self-driving cars.
So, Volvo, Autoliv, and NVIDIA will work together with Zenuity (a newly-formed joint venture for Volvo and Autoliv) to advance self-driving car tech. Volvo says they will have Level 4 autonomous cars for sale by 2021. Volvo & c. will use NVIDIA’s Artificial Intelligence platform as the underpinning for their software development. Volvo, Autoliv, Zenuity, and NVIDIA will be working to develop systems that utilize deep learning (a subset of artificial intelligence) to do things like recognize objects in the environment, anticipate potential threats, and navigate safely around obstacles, including pedestrians.
The system can compare real-time situational awareness with a high-definition map of known streets and the general environment. This would enable a car to plan a safe route and drive accurately along it and adjust to changing circumstances. The system would also perform other analytical functions such as stitching camera inputs together to create a complete surround-view of the car. Zenuity will be the outfit responsible for the self-driving software; Autoliv will then be able to sell this software to OEMs, since they have established sales, marketing, and distribution networks already in place. Smart, no?
Photo: Volvo Car Group.

Acceptance & Application
Honestly, self-driving cars don’t bother me, as a sports car owning gearhead, all that much. Would I seek out and buy a self-driving car because of that feature? Probably not. It might be handy, but overall it doesn’t interest me too much. Now, a self-driving RV, that would be cool. Sure, like any oil-soaked gearhead out there, I have a reflexive dislike of RVs, but imagine this scenario: I’ve got tickets to a race at Sears Point in Sonoma. All I got to do is hop in my (rented) self-driving RV, call up my destination on a map, and hit the “go” button. Whoosh! Off goes the RV with me in it. Lounging in the back. Making a sandwich. Working on that latest article I’m on deadline for and management is getting anxious about. See? A self-driving RV could come in real handy in a situation like that. Volvo should partner with Winnebago or Airstream and make that happen. That would be cool.
Tony Borroz has spent his entire life racing antique and sports cars. He means well, even if he has a bias towards lighter, agile cars rather than big engine muscle cars or family sedans.
Photos & Source: Volvo Car Group.

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Report: The Ford F-150 diesel engine comes from Jaguar-Land Rover

Report: The Ford F-150 diesel engine comes from Jaguar-Land Rover For the Ford F-150, FoMoCo finds something familiar in the Jaguar-Land Rover parts bin
It’s no secret that the bestselling Ford F-150 is getting an oil-burner, so it should come as no surprise that the firm may be sourcing the unit from somewhere in Europe. An anonymous source within Jaguar-Land Rover (JLR) let on that the truck will receive a JLR-based diesel. It’s likely a descendant of the Lion V6 diesel that started as a joint venture between Ford and Peugeot in 1999. Though Ford sold to the Indian firm Tata in 2008, JLR has developed increasingly advanced variants of a Ford V6 diesel ever since. In addition to upgrades in efficiency and emissions, JLR has breathed on the engine to keep it lubricated properly at odd angles off road.
Currently built in Wolverhampton, UK, the common rail injected ‘six is likely to chuck out 254 bhp and 443 ft-lbs of torque at the crank. This assumes the engine is largely unchanged from the unit in the current Land Rover Discovery. Allegedly ramping up production for increased demand, the Wolverhampton plant is looking to take on an additional 700 employees, so there’s a bit of corroborating evidence that this is where the engine will be coming from.
The 2018 Ford F-150 has more engine choices than Starbucks has drip coffee cup sizes
As a cornerstone of ‘Murica’s 1/2-ton truck market, the F-150 comes with a variety of direct-injected sixes and the venerable 5.0 liter V8. With the the diesel, the Ford F-150 engine list should like this:
3.3-liter naturally aspirated V6, 290 hp/265 ft-lbs gasoline engine (the upgraded base engine)
2.7-liter turbocharged V6 gasoline engine 325 hp/400 ft-lbs ($995 over the base engine)
5.0-liter naturally aspirated V8 gasoline engine 395 hp/400 ft-lbs ($1,795 over the base engine)
3.5-liter turbocharged V6 gasoline engine, 375 hp/470 ft-lbs (the Raptor powerplant–$2,900 over the base engine)
3.0-liter turbocharged V6 diesel 254 hp/443 ft-lbs (it may to command nearly $6,500 over the base engine.)
We will keep you posted on whether or not the oil-burner from old ‘Blighty comes to our shores in a coarser envelope than usual (it’s available in the US-market Range Rover Sport).

-by: Sawyer Sutton
Sources: TruckTrend, Carscoops
The post Report: The Ford F-150 diesel engine comes from Jaguar-Land Rover appeared first on egmCarTech.

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2017 Toyota Tacoma TRD Off-Road Review

2017 Toyota Tacoma TRD Off-Road Review

For those wanting to get off the beaten path and away from civilization, the Toyota Tacoma TRD Off-Road is a mid-size truck that will fit perfectly. Get the Tacoma Double Cab and you can take all your friends and have room for extra gear for the excursion. With the Long Bed, you can even load up a four-wheeler for the trip to the back country. If you just need a commuter truck, the Chevrolet Colorado, GMC Canyon, or Honda Ridgeline will be a good enough alternative to a car.
This week we drove the 2017 Toyota Tacoma TRD Off-Road Double Cab Long Bed.
What’s New For 2017?
Last year, (2016) the Toyota Tacoma received an overhaul with a new V6 engine, refreshed interior, fresh styling, a new cabin structure, a new transmission, retuned suspension, and improved noise insulation. For 2017, Tacoma gets minor changes like power actuation of the crew cab’s sliding rear window, and the top-of-the-line TRD Pro trim level returns after a one-year hiatus. This model is a rugged truck for adventure enthusiasts.
Features & Options
The 2017 Toyota Tacoma TRD Off-Road Double Cab Long Bed ($35,315) comes with a full rear seat, six foot bed, and turn signals in the mirror housings. There’s a 400-watt power outlet in the bed, and automatic transmission-equipped trucks gain smart entry, pushbutton start, and navigation via the Entune premium audio system’s 7-inch touchscreen.
TRD Off-Road models include a color-keyed rear bumper, textured black fender flares, and the absence of the Sport’s hood scoop. Off-road performance changes are what set this trim apart, with knobby all-terrain tires on 16-inch alloy wheels, the deletion of the front air dam, extra skid plates, a lockable rear differential, Bilstein monotube shocks, and an advanced off-road traction control system with multiple terrain settings and crawl control.
The optional Premium and Technology packages ($3,035) include a sunroof, automatic climate control, heated front seats, blind-spot monitoring with rear cross-traffic alert, JBL speaker upgrade, and a subwoofer. This Tacoma tester also came with the V6 Tow Package ($650), Tonneau Cover ($650), and other TRD off-road goodies. Total MSRP including destination: $42,644.

Interior Highlights
The cabin in the Tacoma is comfortable enough for longer trips to the back country, and with its heated seats, dual-zone climate control, and premium JBL audio, it’s an enjoyable place to spend time. Although, when the Tacoma was upgraded last year, Toyota didn’t change the high floor and low roof. You need to watch your head getting into the cab and it can feel a bit cramped inside for taller drivers.
Our tester came with an attractive, all-black interior and lots of soft-touch materials throughout. It featured plenty of storage plus a convenient cell phone charging pad in front of the gear shifter. The front seats could use more adjustment capabilities as they offered minimal support, but the tilt/telescoping steering wheel makes it easier to find the right driving position.
The backup camera made things simple, especially with the Long Bed model as we navigated around. The Double Cab features a full-size rear seat (split 70/30) and flips up to reveal convenient underseat storage for valuables. The rear seat offers adequate room for two adults but would be cramped with three.

Engine, Off-Road, & Fuel Mileage Specs
The Tacoma TRD Off-Road is powered by a 3.5-liter V6 with direct injection, making 278 horsepower and 265 lb-ft. of torque. Our tester came mated to a 6-speed automatic; off-road capability was enhanced by a Multi-Terrain Select system (taken from the 4Runner). Drivers can set modes for mud, sand, rocks, and more, changing the throttle and braking. TRD Off-Road models include an automatic limited-slip rear differential and a locking rear differential.
EPA-estimated fuel economy is 18/23 city/highway and 20 combined mpg for a 4X4 with the automatic transmission.
Driving Dynamics
We drove the new TRD Off-Road on an ideal trail just west of Denver near Morrison. It was a good place to test the Tacoma’s true capability. The road turns from pavement to dirt and then a trail appears – and that’s when our afternoon of fun started. The Bilstein shocks handled the rough road with ease as we navigated up the mountain trail. The road turns uphill and a short steep climb requires us to slip the Tacoma into low range. A turn of the range-select knob on the dash to 4Lo quickly puts the truck into low range and an indicator lights up for confirmation.
An overhead knob reveals the Multi-Terrain Select and Crawl Control settings – each having five different settings depending on the terrain. We chose “3” on the Crawl Control option allowing us to remove our feet from the pedals. The Toyota Tacoma crawled up the steep hill and we steered it to the top without issue. We did it again going downhill with the same steady and effortless results. For those looking for a true off-road pickup, the Tacoma TRD Off-Road is an ideal candidate to get you away from civilization. It’s made to excel on primitive trails and rugged terrain.
How does the TRD Off-Road do on the highway and in the city? The ride is what you would expect from a vehicle with a serious off-road suspension. On the road and around town, the ride has the feel of a truck built to take on rugged terrain. It’s a focused vehicle, so it isn’t the smoothest, most comfortable option for the daily commute to town or when running errands. The optional Parking Sensor, Blind Spot Monitor, and Rear Cross Traffic Alert are musts with the Double Cab Long Bed pickup. It saved us a number of times from getting hit when we couldn’t see traffic and obstacles around us.
Conclusion
The 2017 Toyota Tacoma TRD Off-Road Double Cab Long Bed is designed for adventure enthusiasts who want to get off the beaten path. Toyota’s reputation for durability and strong resale value put it at the top of the list in the mid-size truck segment. If you are transporting dirt bikes, 4-wheelers, snow machines, heading up the mountain to go snow skiing, or pulling a small camping trailer, this truck will meet your needs.
Denis Flierl has invested over 25 years in the automotive industry in a variety of roles. Follow his work on Twitter: @CarReviewGuy
2017 Toyota Tacoma Gallery

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2017 Toyota Tundra Official Site.
Photos: Toyota Motor Sales, U.S.A., Inc.

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The Evolution of Automotives: Part 1: Creative Engineering

The Evolution of Automotives: Part 1: Creative Engineering

Automoblog’s Katie Kapro examines how imaginative thinking and creative risks have influenced the modern automobile in this three-part miniseries.
The 21st Century is an age of automotive loyalists. You can hardly go into a garage without hearing some level of discussion about American cars versus Japanese cars versus German cars. Everyone has a favorite, and if you ask them about it, you’ll get a bullet list of reasons why their choice is superior.
However, that was not the case in the early days of the automobile.
Humble Origins
In the 19th and early 20th centuries, Europeans were the undoubted champions of quality automobiles. The first Mercedes-Benz, built in 1901 by German designer Wilhelm Maybach, is credited with being the first modern motorcar. It had all the right elements: relative lightness, power, and speed. Its 35 horsepower engine weighed only 14 pounds per horsepower and reached up to 53 miles per hour. Its only downfall was being extremely expensive to build and in turn, prohibitively expensive to purchase.
By contrast, in 1901 through 1906, the first American-built Oldsmobile had only three horsepower and sold for $650. As a result of this tension between quality and affordability, all automotive technological developments of the 20th Century focused on making vehicles more attainable for the everyday Joe. Now, just over 100 years later, cars have replaced horse-drawn carriages, trains, and all other modes of transportation by a huge margin. In 1900, only 8,000 Americans owned cars; today over 220 million cars hit the road for the morning commute. If history proves anything, it’s that 20th-Century Americans were very skilled at turning failure into success.
Farm To Freeway
In 1908, Ford introduced the Model T, lovingly called “Tin Lizzie,” and changing the industry and nation for good. Between 1913 and 1927, Ford produced and sold more than 15 million Model Ts. Tin Lizzie didn’t come out of the blue; Ford paved the way with the Model N and earlier, a motorized, horseless-buggy-of-a-thing called the Model A. These stepping stones gave the company valuable income to support further growth and industrialization.
Once the Model T proved itself to be an affordable purchase for the American common man, it took hold of the collective imagination. The Model T took automobiles from a plaything for the uber rich to a practical piece of machinery that would change the way the nation runs.
The Model T evolved to have many other functions as related to modern transportation at the time. This 1925 Model T variant, for example, served as a prisoner transport vehicle for law enforcement. Photo: Ford Motor Company.
The Digital Age
From the earliest days, car buffs have never been shy about finding creative solutions to practical problems. Car not fast enough? The answer is nitrous, obviously. Almost anything can be fixed with a tinker here and a tweak there. Back in the day, lots of Model T owners purchased aftermarket kits to turn their cars into trucks; the kits essentially extended the frame of the car and beefed-up the rear. Voila, truck.
It didn’t take long for the creative thinkers of the era, many of whom were farmers, to take things one step further and adapt their car-trucks into the most practical of all farm machines: the motorized tractor. Reviews of the Tin Lizzy tractor adaptation were mixed at best, but it won over enough farmers who were hoping to save a few bucks that several companies began producing and selling conversion kits.
First assembly line in Highland Park, Michigan, circa 1913. Photo: Ford Motor Company.
Creative Engineering
The line of thinking that brought us the Model T tractor — unabashed creativity mixed with practical ingenuity — is precisely the attitude that is pushing automobiles to the brink of technological development today. The only way to know if a car can plow a field is to try it. And the only way to know if your car engine can be improved upon is to give it a go.
Before the advent of computerized engine control units, vehicles were less efficient in part because it was so much harder to measure what was going on under the hood. How do you optimize emissions if your whole system isn’t fine-tuned? It’s worth noting that, in addition to overall efficiency, ECUs optimize performance in other ways like fuel economy and responsiveness — none of which would be possible if some car guy (or girl) somewhere hadn’t scratched their head and thought, “hmm, I wonder what would happen if I put a computer in my car?”
The Road Ahead
As we move forward in time with our vehicles at our sides, history begs just one question: what’s next? While there’s no definitive answer, one thing is for certain: the future is only as interesting as we make it.
Katie Kapro spent her childhood handing her dad tools under his Datsun. She loves thinking about the social aspects of motoring, and dreaming about the future of automotives. Follow her work on Twitter: @kapro101
Cover Photo: From the collections of The Henry Ford and Ford Motor Company: The first transcontinental car race from New York to Seattle was held in 1909 and Henry Ford’s Model T emerged victorious. The trip took 22 days and 55 minutes at an average speed of 7.75 mph.

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