Ford Raptor Coloring Book Provides Family Fun (And It’s Free)

Ford Raptor Coloring Book Provides Family Fun (And It’s Free)

The older I get, the more I sometimes miss childhood. And it’s funny, becasue when I was a kid, I could not wait to grow up. Naturally, I was going to do whatever I wanted, eat whatever I felt like, and I was never, under any circumstances, going to take a nap. Adults, in my young mind, had all the fun; why my parents, teachers, and neighbors said “oh, don’t be in a hurry to grow up” was always beyond me.
Raptors & Crayolas
A few years ago, a friend mentioned her collection of adult coloring books, a newer but increasing trend with proven therapeutic benefits. She said it was a way for her to balance adulthood with her inner child. A recent Raptor coloring booklet from Blue Springs Ford Parts has us thinking it’s time to get a box of crayons for around the office. The coloring booklet is free and features two profile shots of the Ford Raptor, and two of the truck canvassing rough terrain.
What color will your Raptor be? This is one of the pages from the new Raptor coloring booklet released by Blue Springs Ford Parts.
Good Therapy
In 2005, Dr. Tim Kasser, Professor and Chair of Psychology at Knox College and student Nancy Curry co-authored Can Coloring Mandalas Reduce Anxiety. Their research showed adults who color before a stressful event may reduce any anxiety stemming from said event. Both Dr. Kasser and Curry say coloring is a healthy activity and can provide adults a welcome break from the computer or e-mail account. The Raptor booklet from Blue Springs Ford Parts can also be enjoyed by the whole family.
“I know one thing – my kids love it,” explained Kyle Harris, Director at Blue Springs Ford Parts. “Every kid I know loves trucks, and every truck enthusiast I know loves the Raptor.”
The free Ford Raptor coloring booklet is available now. Blue Springs Ford Parts is a top-rated retailer of OEM Ford, Lincoln, and Mercury replacements parts, with online ordering offered 24 hours a day.
Carl Anthony is Managing Editor of Automoblog and resides in Detroit, Michigan. 
Cover Photo: Ford Motor Company.



Check out these Automotive tips

Powered by WPeMatico

http://carsecret.atspace.eu/blog/ford-raptor-coloring-book-provides-family-fun-and-its-free/

Google, VW Partner For Quantum Computing Initiatives

Google, VW Partner For Quantum Computing Initiatives


Google Kooperation . . . what does that even mean? Did I read that right? I mean, it is early in the morning. It’s only 11:36 (ah, the writers life), but I am reading a press release from Volkswagen and Google or . . . oh wait, I see. It’s a partnership deal between the two industrial/tech giants to apply quantum computing to cars. And not just how cars are built, but how they operate. Google Kooperation. Makes total sense now.
Okay, so what we basically have here is Google, at the behest of Volkswagen, turning the power of quantum computing on to various problems faced by any car maker. Quantum computing is a fairly new thing, and although portends to be radically different and more powerful than conventional computing, is relatively easy to understand.
The Matrix
Regular computing is based on a fairly simple principle: Differentiation. Computers work on differentiating between two states: Is it on or off; is it a one or zero. This binary state, although seemingly limited at first glance, can do amazing things if you have a simple adding machine (a difference engine) do them really quickly. Calculating with only ones and zeros allows you to do things like take high-definition photos, send them wirelessly to a social media site, and then make a voice-to-voice phone call, all using the same machine that fits in the palm of your hand. You can also do more prosaic stuff with binary computers, like slingshot space probes through the rings of Saturn with millimeter accuracy.
Quantum computing, on the other hand, does away with this simple either/or, one/zero, on/off way of looking at things. A quantum computer may adopt the states of zero, one, or, and this is the very cool part, a mixture of the two states simultaneously on the basis of the laws of quantum mechanics. Therefore, the computing power you used to have stepping from a zero to a one has now risen exponentially, since a quantum computer can carry out each calculation step with all states at the same time. Quantum computers are not superior to classical computers for all problems. They are very much superior when using algorithms to solve some complex problems. Complex problems like pharmacology research, information loading, self-driving cars, and really interesting stuff like learning about and exploiting traffic flow in dense urban environments.
“Quantum computing technology opens up new dimensions and represents the fast-track for future-oriented topics. We at Volkswagen want to be among the first to use quantum computing for corporate processes as soon as this technology is commercially available,” explained Martin Hofmann, Chief Information Officer, Volkswagen Group. “Thanks to our cooperation with Google, we have taken a major step towards this goal.” Photo: Volkswagen of America, Inc.
Real-World Applications
So, VW has partnered with Google to turn the power of quantum computing into what, exactly? How can this make for a better car? At the moment, Volkswagen and Google are looking at three main areas (none of which are SkyNet/Terminator oriented, thankfully). The first is traffic optimization. Essentially, this means figuring out ways to keep you moving forward at a decent speed, regardless of how many other vehicles are on the road. They are building on prior successful research, using traditional modeling to see if quantum computing methods can now account for additional variables. If this works, and so far it seems to be, travel times will drop. This data can also be applied to stuff like urban traffic guidance systems, electric charging stations, and even parking.
Secondly, Volkswagen expects this quantum approach to provide new information for vehicle construction, i.e. better metals and composites and such, along with how they are used in given areas of the vehicle. Battery research, particularly for the development of high-performance batteries for electric vehicles, is another area quantum computing would address.
Photo: Volkswagen of America, Inc.


Artificial Intelligence
The last area VW mentions is machine learning. The Germans are rather vague in this area, stating “machine learning is a key technology for the development of advanced AI systems.” AI, for those that don’t know, means Artificial Intelligence. Some people willingly embrace the entire concept of AI, while others really get the heebee-jeebees when it comes to this stuff. Within this context, it’s easy to see where Volkswagen is heading, at least in the near term.
Leveraging AI, in other words, having some form of it, will make self-driving cars a much easier nut to crack. If the car can think for you, it can watch the road ahead, realize what is stationary and moving and, more critically, realize what is a threat and what is not. The AI embedded in the ones, zeros, and half-bits in-between can sense, evaluate, and know what to do when a kid chases a ball in front of your self-driven VW.
Photo: Volkswagen of America, Inc.
Forward Looking
Volkswagen and Google aren’t announcing anything here other than they are starting to work on this. There is not some scientific culmination happening next week, nor has a huge quantum super-computer taken worldwide control of bagel production and distribution, and every day is Everything. Bagel. Day. and you will enjoy it. What Volkswagen and Google are saying is, in a nutshell, “these are the problems we are trying to solve, and this is how we think we can solve them.”
Good. Because the momentum is quite clear. Self-driving cars will be on the roads. Traffic will continue to be bad. Electric vehicles are coming. The question for any automaker is how to deal with that inevitability. Volkswagen and Google think the answer – or some of the answers – will be found in quantum computing.
Tony Borroz has spent his entire life racing antique and sports cars. He means well, even if he has a bias toward lighter, agile cars rather than big engine muscle cars or family sedans.
Photos & Source: Volkswagen of America, Inc.



Check out these Automotive tips

Powered by WPeMatico

http://carsecret.atspace.eu/blog/google-vw-partner-for-quantum-computing-initiatives/

2019 Corvette ZR1 Revealed: Most Powerful Vette In History

2019 Corvette ZR1 Revealed: Most Powerful Vette In History

Chevrolet introduced the highest-performing Corvette in history over the weekend with the unveiling of the 2019 ZR1. Chevy says the new Vette sets a performance benchmark with its unparalleled track presence, powerful engine, and other advanced technologies.
“I’ve never driven a Corvette like this before, and nobody else has either, because there’s never been one like this before,” said Mark Reuss, Executive Vice President, Global Product Development, Purchasing and Supply Chain, General Motors. “Its unprecedented performance puts all other global supercars on notice that the ZR1 is back.”
Power & Performance
Supercharging has been synonymous with the Vette for nearly a decade, beginning with the sixth-generation in 2009. The new Corvette ZR1 continues that trend with an engine that boasts an intercooled supercharger system with 52 percent more displacement than the Z06’s LT4 supercharger. The ZR1’s LT5 6.2L supercharged V8 is the most powerful production Chevy engine yet, complete with 755 horsepower and 715 lb-ft. of torque. The engine also features GM’s first application of the “dual-fuel-injection system,” which employs direct injection (primary) and port injection (secondary).
The engine is paired to either a seven-speed manual or an eight-speed automatic transmission, the latter being a first for the ZR1. Top speed, interestingly enough, is over 210 mph – but it’s not just the engine that makes that happen. The 2019 Corvette ZR1 is nothing short of an aerodynamic masterpiece.
2019 Corvette ZR1. Photo: Chevrolet.
Aerodynamic Art
The newly designed front fascia serves to redirect air for engine and drivetrain cooling. There are four new radiators for a total of 13 heat exchangers, while the carbon fiber “halo” hood provides an opening for the supercharger and intercooler assembly. Two different aero packages enhance the new ZL1 on the track, the first being the standard rear Low Wing. This provides 70 percent more downfornce than the Z06’s base aero package and returns the highest top speed. The second is an available two-way-adjustable High Wing for maximum downforce – about 60 percent more than the Z06’s Z07 Performance Package – to return the quickest lap times.
All variants of the new ZR1 feature a Chevrolet-first, downforce-enhancing front underwing. All wings have a design similar to the Corvette Racing C7.R racecar, meaning they are integrated with the chassis for strength and stability.
“As the highest-performing Corvette ever, the ZR1’s design supports its capability in every way,” explained Kirk Bennion, Exterior Design Manager. “The new wings, for example, help generate more downforce without adding drag, enhancing road holding and top speed.”
The adjustable High Wing is part of the new ZTK Performance Package, which also includes a front splitter with carbon-fiber end caps, Michelin Pilot Sport Cup 2 summer-only tires, and Magnetic Ride Control.
2019 Corvette ZR1. Photo: Chevrolet.
Interior Treatments
The 2019 Corvette ZR1 in the photos is decorated with the Sebring Orange Design Package. Naturally, the package outlines a number of items in orange, including the brake calipers, rockers, and seat belts, among others. Drivers will also find unique orange stitching, bronze aluminum trim, and leather seats with suede microfiber inserts; optional are the heated and vented Napa leather seats.
Pricing & Availability
The 2019 Corvette ZR1 goes on sale next spring. Pricing has not been announced.
Carl Anthony is Managing Editor of Automoblog and resides in Detroit, Michigan. 
2019 Corvette ZR1 Gallery





Photos & Source: Chevrolet.



Check out these Automotive tips

Powered by WPeMatico

http://carsecret.atspace.eu/blog/2019-corvette-zr1-revealed-most-powerful-vette-in-history/

Welcome To The Club: Younger Generations Embrace Classic Cars

Welcome To The Club: Younger Generations Embrace Classic Cars Recent data shows Gen Xers and millennials are taking more of an interest in classic cars.
Muscle cars are the most desirable, with the Camaro, Corvette, and Mustang topping the list.
Despite the onset of autonomous vehicles, younger generations still appreciate going for a drive.  
“There’s an adage in Detroit,” writes author Tom Glatch in The Art of Mopar. “You can sell an old man a young man’s car but you can never sell a young man an old man’s car.”
Glatch describes how Dodge was an old man’s marquee sinking in a sea of youthful baby boomers in the 1960s. Although a vibrant spokeswoman, a brilliant designer, and a powerhouse car would later turn the tides. The 2015 film, A Faster Horse examines what Lee Iacocca and his team were doing across town at Ford with the Mustang, often in secret. A bold, unconventional model was needed if the car business should survive this new era on the horizon.
The muscle car era in the United States is well documented, but it began rather unassumingly. Pontiac Chief Engineer John Z. DeLorean, with Bill Collins and Russ Gee, bolted a 389 ci V8 onto a Tempest chassis prototype for the GTO. It took them 20 minutes. The muscle car era was born. The rest is history.
But history lives on.
Welcome To The Club
Today, the muscle and performance cars adored by baby boomers are finding traction with younger generations. Data from Hagerty shows for the first time ever, more Gen Xers and millennials are seeking classic vehicle values and insurance quotes via the company’s valuation tool. According to Hagerty, Gen Xers and millennials are now outpacing baby boomers and pre-boomers in this area by a 53 to 47 percent margin. Given current trends, millennials, who comprise the nation’s largest generation, will become the hobby’s biggest group within five years.
“This shift was inevitable given the combined size of these generations,” said McKeel Hagerty, CEO of Hagerty. “It’s great to see younger generations are just as crazy about cars as their parents and grandparents. We say ‘welcome to the club.'”
“I’m at the end of the baby boomer generation and I think it’s the same reason we had,” explained Ray Guarino, Co-Host of MotorMouth Radio on WHPC 90.3 FM, Garden City, New York. “It’s the nostalgia; the family ties we had with a car or car brand; and the overall cool factor the cars had at the time.”
1965 Ford Mustang fastback in front the Ford Pavilion at the 1964 World’s Fair in New York. Photo: Ford Motor Company.
Most Popular Models: Trucks Find Favor Too
While 1960s American iron (read: Mustang, Camaro, Corvette) enjoy a shared popularity among all generations, Hagerty’s data reveals both distinct and interesting differences. For example, the Ford Model A, which replaced the long-standing Model T, is the most popular car for pre-boomers born before 1946. Among millennials, however, the vehicle Edsel Ford himself championed falls to 38th place.
“History has shown that each generation embraces different cars but they also shun certain ones from the past,” Guarino said. “I know when I was a teenager, I didn’t want a Model A or a Packard or a Cord. I mean, those were old guy cars. But today I could see myself cruising in a Packard.”
Trucks and SUVs hold their own with younger enthusiasts especially. The C/K Series Chevrolet pickups of the 1970s and 80s are among the most desirable. Overall, Gen Xers and millennials are 35 percent more likely to opt for a classic truck or SUV versus pre-boomers and boomers.
“Vintage pickups offer a very affordable way into the hobby for a lot of collectors. It makes sense that as you move from older to younger enthusiasts you see pickups move up the list in popularity,” said John Wiley, Valuation Analyst for Hagerty. “Vehicles like the first-generation Ford Bronco stand out because they are very easy to maintain, and are easy to customize for those who like to add their personal touch.”
“I think we could definitely have more conversation on the appeal of vintage trucks,” Guarino added. “You’re starting to see a lot more of them at the auction and during cruise night.”
1987 Chevrolet C10 Silverado half-ton with a 305 cubic-inch (5.0L) Small-Block, fuel-injected V8. Photo: General Motors.
Related: Three proven ways to indulge your classic car hobby on a budget.
Video Games Influence The Trend
European and Japanese classics have their appeal too, but like the Model A, they are subject to specific generational tastes. For example, pre-boomers are three times more likely to seek information on British cars than millennials. German cars, however, remain equally popular across generations. Millennials have an appreciation for Japanese cars more so than any other generation.
Wiley says this is because millennials saw more of them on the road than prior generations.
“They also saw them in video games like Gran Turismo in 1997,” he explained. “The video games more familiar to Gen-X, such as Pong (1972), Pac-Man (1980), and even early driving games like Out Run (1986) did not feature Japanese cars.”
Turning Wrenches
As for why American muscle cars hold an almost universal appeal, the answer might be rather simple. Older muscle cars are powerful, affordable, and easier to work on than more modern vehicles.
“It comes down to the fact they look good and go fast,” Wiley said. “They have also been produced in relatively high numbers which means there are good examples in all budget ranges.”
“I can still work on my Pontiac; take it apart and rebuild it a thousand times and the metal is still good,” Guarino added. “With an autonomous car or an electric vehicle, that technology is new enough that we really haven’t reached the point of repairing them, let alone restoring them. I can see why people lease cars now because it’s getting harder to work on them.”

People Still Love Driving
Despite the onset of autonomous vehicles, not every young person is anti-driving. It’s possible the benefits touted by autonomous driving proponents lead to a false conclusion. Somehow, every member of the younger generation now perceives the car as a utilitarian device only. While some studies do show interest in driving is declining, others paint a different picture. Last year, for example, a Hagerty survey found that 78 percent of Gen Xers and 81 percent of millennials are passionate about driving.
Those findings are on par with baby boomers at 79 percent.
“It is important to separate commuting from driving when you are talking about the future of the automotive industry,” Wiley said. “This data proves that enthusiasm for cars and driving is not going to die with the baby boomer generation like some have speculated in the past.”
Evolving Ownership Models
Some of that speculation further stems from the automotive industry’s evolving ownership models, described by Guarino as “more hands-off.” Although rates are expected to increase this year, leasing remains a popular option for consumers. Automakers like Ford, General Motors, Volvo, and Mercedes-Benz are experimenting with subscription-based ownership methods. The idea is to create an ownership structure that better accommodates the tastes and desires of a new generation.
“We’re always looking to stay ahead of our customers’ needs and wants, as well as to bring new people to the brand,” said Dietmar Exler, President and CEO, MBUSA. “We know there is a market opportunity for people who would like the ability to move in and out of vehicles, depending on what they need or want at a particular point in time, or who don’t want to own a vehicle right now.”
And not owning a vehicle in the traditional sense may explain why younger generations are seeking out classic cars.
“Our data shows that some of the most passionate driving enthusiasts are also the most open to the idea of autonomous driving, ride-sharing services, and even subscription-based ownership models for new cars,” Wiley said. “But, they are equally passionate about making sure they will always have the ability to take a fun car out for a pleasure drive beyond their daily commute. There is a lot more room in the garage and the budget if owning a daily driver isn’t essential.”

Related: Do consumers trust autonomous cars? The answer might surprise you.
Slices of American Pie
Quality garage time may be another (and perhaps the most substantial) reason why younger generations are taking more of an interest in classic cars. In American culture, there is an ever-present image of a father and son working in the garage. These moments are forever ingrained into American life. Moments where fathers are dispensing advice to their children beyond how to properly care for an automobile. Entire generations have put into motion the ideals they absorbed with their elders in the family garage.
Perhaps in today’s social-media-obsessed, smartphone-driven world, the longing for a classic car is a return to better days? Perhaps younger generations still want to partake in the hobbies and interests of their elders? Many times those interests included automotive pursuits. Maybe it’s about curiosity or wanting to make something that is uniquely their own; in this case, a cool car.
Whatever the reasons, they are as good as any.
“I try to look at everything from the position of where did I come from,” Guarino said. “My friends and I bought clunker cars and built them up and threw different engines in them. We literally built our rides.”
Carl Anthony studies mechanical engineering at Wayne State University, serves on the Board of Directors for the Ally Jolie Baldwin Foundation, and is a loyal Detroit Lions fan. Before returning to school to digest math for hours on end, he simultaneously held product development and experiential marketing roles in the automotive industry. 



Check out these Automotive tips

Powered by WPeMatico

http://carsecret.atspace.eu/blog/welcome-to-the-club-younger-generations-embrace-classic-cars/

Nissan & DeNA Begin Field Testing Robo-Vehicle Service

Nissan & DeNA Begin Field Testing Robo-Vehicle Service Nissan and DeNA will begin testing a new robo-vehicle mobility service called Easy Ride on March 5th. The field test, held in the Minatomirai district of Yokohama, in Japan’s Kanagawa Prefecture, will have participants in vehicles equipped with automated technology. A preassigned route has been established near Nissan’s global headquarters and the Yokohama World Porters shopping center.
Points of Interest
Nissan and DeNA will be examining what they call Easy Ride’s “unique service functions.” Through a mobile app, passengers can text or use voice commands to choose where they want to go from a list of recommended destinations. An in-car screen will show an additional 500 points of interest and events in the vicinity, with about 40 discount coupons for certain area retailers and restaurants offered to passengers.
Planned Expansion
The two companies have set up a remote operations center to monitor the experience of each Easy Ride participant. Nissan and DeNA say they are developing different “service designs for driverless environments,” while expanding available routes, optimizing vehicle distribution, and the pick-up/drop-off process. The goal is for Easy Ride to achieve a full service capacity, complete with multilingual support, in the early 2020s.
Participants complete a survey about their overall experience, which Nissan and DeNA will use to further refine the service. The video below explains more.

Easy Ride Gallery











Photos, Video & Source: Nissan Motor Co., Ltd.



Check out these Automotive tips

Powered by WPeMatico

http://carsecret.atspace.eu/blog/nissan-dena-begin-field-testing-robo-vehicle-service/

Past, Present & Future: 4 Evolving Trends In Automotive & Insurance

Past, Present & Future: 4 Evolving Trends In Automotive & Insurance From the Model T to Tesla’s autopilot-enabled vehicle, the automotive industry has come a long way – and it’s not slowing down. With potential for new technology and functionality growing daily, automakers are paving the way for the future of transportation . . . and insurance. Let’s take a look at how the auto industry has transformed insurance over the years, and what’s to come.
GPS Systems
Been awhile since you last pulled your trusty Rand McNally atlas from the glove box to help guide your journey? Those days probably seem like another lifetime. How we receive directions has changed dramatically since then. Today, there are 24 U.S.-based GPS satellites orbiting the globe, each providing guidance to drivers everywhere with just the push of a button.
While the availability of GPS has simplified how we get from point A to point B, it has also created an added benefit for insurers by providing a valuable cache of driver data. Thanks to this information, providers will soon be able to adapt policies based on driver habits, creating personalized plans that fit the needs of each individual.

Telematics
Data gleaned from GPS technology is just one part of the picture. A fairly fresh idea, auto telematics provide opportunities to do even more with driver data, extending into everything from speedometer tracking to mileage logs. However, according to a recent Deloitte report, 74 percent of consumers are not too keen on sharing that data. But given the potential benefits of telematics, insurers are undeterred and have begun offering added value to drivers willing to share their driving behaviors. Those who do can enjoy savings such as lower premiums based on driving performance.
Mercedes PRO Connect, found on the forthcoming Sprinter, is an example of an on-board telematics system. The technology helps with the logistical challenges and transport requirements fleet managers face, regardless of how many vehicles they oversee. Mercedes PRO links the fleet manager with each vehicle and driver so they can better manage assignments and vital vehicle information like location, fuel level or maintenance intervals. Photo: MBUSA.
Driverless Cars
Driverless cars aren’t exactly new to the conversation, but as they creep closer to a mainstream reality they’re worth another look. It’s predicted that in just two years, 10 million driverless cars will be on the road, and automakers like General Motors and Audi are already paving the way. But what does this mean for insurance? To keep pace, insurers will need to build relationships with automakers to better understand new vehicle capabilities and how they affect policies. Together they can work to build relevant plans for an autonomous future.
Backup Cameras
While proper usage of mirrors is still an important part of a safe driving experience, now 30 percent of drivers say they rely on their backup camera to direct them when in reverse. And that demand continues to grow, with more than half of drivers saying they want a backup camera in their next vehicle. Well, they’re about to get their wish: by May, all new models will be required to include a backup camera.
While this all sounds promising, more technology means more things can and will break – making products like extended service contracts when you purchase a vehicle that much more valuable.
When we look at how much the auto industry continues to change, it’s apparent that insurance will need to continue to evolve with it. These are just a few of the many ways insurers can adapt coverage for new technology to keep customers on track.
Scott McLaren is the Chief Marketing Officer of Fortegra Financial Corporation, a Tiptree Inc. company. He once flew the Saturn VUE Lightship and awarded a Saturn Sky to Travis Pastrana for the first double back flip in the history of the X Games.



Check out these Automotive tips

Powered by WPeMatico

http://carsecret.atspace.eu/blog/past-present-future-4-evolving-trends-in-automotive-insurance/

Lotus Unveils Unlimited Edition Exige Cup 430

Lotus Unveils Unlimited Edition Exige Cup 430

Wait, didn’t I write about this one already? Nope. Looks like I haven’t, but there’s the “problem” in a nutshell. Lotus is making so many special editions these days that it’s hard to mentally separate them all. And if everything you make is “special” then, in a certain way, none of it is. And all of this superior engineering gets lost in the clutter. More’s the pity, because, of course, the new Lotus Exige Cup 430: Unlimited Edition is rather special.
Power & Performance
Curiously enough, coming from a company renowned for its chassis design skills and outright handling, the Lotus Exige Cup 430: Unlimited Edition (seriously, that’s its full name) is mainly about the engine. Like an old school hot rod approach, Lotus calls the plant “savage,” which I will chalk up to the marketing department needing their leash shortened. Basically, the engine gets a new supercharger and intercooler, but there are some body tweaks here and there, both as a way to differentiate the car but also to carve out more performance.
The engine gets a 15 percent bump in the power department, with an extra 55 horsepower over the limited-production Exige Cup 380. This all adds up to 430 horsepower at 7,000 rpm and 325 lb-ft. of torque from 4,000 to 6,800 rpm. Or about what a new Corvette puts out in a car that weighs 50 percent less. Nice! Contrasted with the Exige Sport 350, it has 24 percent more power, and generates the same downforce at 100 mph, 220 kg, as the Exige Sport 350 does at its maximum speed of 170. Impressive.
The Lotus Exige Cup 430: Unlimited Edition (or LEC430UE if you’re cool) puts that 430 horsepower and 325 lb-ft. of torque to good use, with a 0 to 60 mph time of 3.2 seconds (or 0-100 km/h in 3.3 seconds if you’re interested in the metric performance). It tops out at 180, which probably seems like a lot more, because this is a pretty small car, and you are sitting very close to the ground.
Lotus Exige Cup 430: Unlimited Edition. Photo: Group Lotus plc.


Aerodynamic Designs
The bodywork and aerodynamics are tweaked and trimmed and tuned to exploit all the extra power, but also to make things look cooler. The front clamshell, for instance, is new and ultra-lightweight. It features unique carbon fiber ducts with wider radiator apertures and a new mesh pattern to the grille. Lotus says this delivers a more “combative aspect” which may or may not be true (although it is true, I bet that phrase was turned by the same marketing wonk that came up with “savage”).
The reworked front end allows the new front splitter and “air curtain mechanism” to reduce drag. That air curtain works with the front end to efficiently move air though the front wheel wells to reduce any turbulence and drag generated by the front wheels themselves. Out back, there’s a larger, straight motorsport wing with increased downforce (the overall drag coefficient is not impacted by the wing).
Weight Reduction
If you total up the new designs of the front and rear clamshells, they are 6.8 kg lighter than those on other Exiges. Exigii? Anyway, the front and rear bodywork is around 15 lbs. lighter than before. Which fits, since Lotus has a full on fetish for making things as light as they can. Overall weight is down by 12 kg to 1,059 kg, or right around 2,400 lbs. in old money. You can trim a further 6 lbs. off that if you get this Exige model in its lightest configuration. I have no idea what they do to drop those final 6 lbs. (probably take everything out of the glove box) but further weight savings is available. So, if you total all this up, the Exige Cup 430’s power to weight ratio is 407 horsepower per tonne, which is up substantially from the Exige Cup 380’s 355 horsepower per tonne.
Photo: Group Lotus plc.
Just Enough? Too Much?
Lotus says this variant is “focused fairly and squarely on aggressive track performance and point-to-point supremacy,” which is more nauseatingly cute MarComm talk, but they are not kidding. The new Lotus Exige Cup 430 can lap the company’s Hethel circuit 1.2 seconds faster than the 3-Eleven, which is little more than a road-legal go kart in comparison to the Exige.
Do I want this car? Of course I do, just like I wanted the 14,947 Exige specials that came out last month. And that’s the “problem,” such as it is. Lotus needs to stop monkeying around with all these different specials, or at least limit them to one a year or so. Because if I had the money to buy this – around $150,000 – I’d worry that a few minutes after I drove it for the first time, there’d be a newer, better, even higher performing version on the market.
Tony Borroz has spent his entire life racing antique and sports cars. He means well, even if he has a bias toward lighter, agile cars rather than big engine muscle cars or family sedans.
Lotus Exige Cup 430: Unlimited Edition Gallery








Photos & Source: Group Lotus plc.



Check out these Automotive tips

Powered by WPeMatico

http://carsecret.atspace.eu/blog/lotus-unveils-unlimited-edition-exige-cup-430/

2018 BMW M3 CS: The Bavarian Powerhouse

2018 BMW M3 CS: The Bavarian Powerhouse

BMW’s M3 has sort of been the benchmark performance sedan since its inception. And BMW continues to bang that drum, even though their 3 Series has grown over the years, and their original hot rod, something that’s light and tossable and small and agile, has grown sizably over the years. And I mean that literally. In comparison to where it started, the current BMW 3 Series is about where the 5 Series was decades ago. Ever thus is that trend for auto manufacturers; slightly bigger, an inch here, ten pounds there, year over year. And what was once small and logical is now bigger and fatter.
To make this even weirder, here we have the new BMW M3 CS, a special edition model that delivers a “fine blend of high performance and complete everyday practicality.” Wait, I thought that’s what the M3 already was? What gives?
Abundantly Speaking
What gives is, essentially, marketing speak. Oh sure, the M3 CS has more. More power, more torque, more gee-gaws and such, but essentially it’s “just” this year’s M3, only more so. Why the Bavarians didn’t take all the CS stuff and simply call it the “2018 M3” is beyond me, but BMW gets funny sometimes. So that weirdness aside, the BMW M3 CS is everything we’ve come to expect from an M3. It’s quick, it’s fast, it’s powerful (and I mean really powerful), it has tons of tech, but not so much tech that it gets in the way of the overall driving experience (hopefully). And it is screwed together by members of a society that have a real fetish designing and screwing things together “right.”
Weight Loss
The CS has lots of carbon fiber, even more than you’d normally find on an M3. The widespread use of carbon fiber, carbon fiber-reinforced plastic to be accurate about it, keeps this first-ever BMW M3 CS much lighter than the “normal” M3. Around 110 lbs. less than a normal M3, so that’s worth paying attention to. Large portions of the body are also made from carbon fiber, like the hood, which drops 25 percent of its weight in comparison to the regular M3. The roof panel is made of carbon fiber and that alone is more than 13 lbs. lighter than a conventional steel version. Plus, that weight savings comes from way up high on the body, so the center of gravity will drop, handling will improve and such. The front splitter? Carbon fiber. Even the “Gurney Flap” hanging out back is done up in exposed carbon fiber.
According to BMW, the engine’s crankcase has a “closed-deck” design to make it more rigid, thus allowing for higher cylinder pressures. The sleeveless cylinder walls have a twin-wire, arc-sprayed coating to reduce weight. Photo: BMW of North America, LLC.
Power & Performance
And all this lightness is a good thing. Regular readers know I’ve got a fixation for lightweight cars, but what the M3 CS is really about is power. Lots of it. Bags of it. For BMWs, it all seems to come down to what that “M” stands for, which is motor. And boy does the 2018 M3 CS pack a whopper of a mill. To wit, it’s an M TwinPower Turbo inline 6-cylinder that cranks out 453 horsepower at 6,250 rpm (28 more than the “normal” M3), with 443 lb-ft. of peak torque, available from 4,000 to 5,380 rpm (37 lb-ft. more). Great googly-moogly, that’s a lot of power!
Some would say that’s too much power and, let’s be frank here, those people are morons. 453 + 443 sounds like f-u-n fun to me. And I mean mathematically verifiable fun. 60 mph comes up in a scant 3.7 seconds and the top speed has increased to 174 mph. See? F-u-n fun. All of that power and torque is put to the bahn through the 7-speed M Double-Clutch Transmission with Drivelogic.
Naturally, the suspension is tweaked to deal with the higher engine output. The M3 CS comes standard with BMW’s Adaptive M Suspension that offers a choice of three modes: Comfort, Sport, and Sport+ with different damper settings in each of the three modes. Three different settings for the precisely tuned M Servotronic electromechanical steering can also be selected at the touch of a button.
The BMW M3 CS is outfitted with an Active M Differential, an electronically controlled limited-slip differential to enhance traction and stability. The control unit communicates with the DSC (Dynamic Stability Control) system, and factors in the accelerator position, rotational wheel speeds, and yaw rate to deliver the maximum torque to the rear wheels while still maintaining traction. Photo: BMW of North America, LLC.


Noteworthy Points
Also adding to the fun is a nice, throaty sounding M sport exhaust system. It’s specially tuned for the CS with a quartet of stainless steel tailpipes blending perfectly into the carbon fiber diffuser. Point of parliamentary procedure: BMW uses the term “rear diffuser.” Most car companies do. Rear diffuser? That’s idiotic and redundant. Of course it’s a rear diffuser. Have you ever seen a diffuser at the front end of something? No. No you have not.
That’s like saying, “the new rear feathers of this arrow . . . ” Duh! You don’t put feathers on the front of an arrow no more than you’d put a diffuser anywhere but on the rear of a car. So knock it off, it’s starting to bother me.
Interior Treatments
The inside is drenched in Alcantara and two-tone full Merino leather in Silverstone/Black. There’s a new red start/stop button and the passenger compartment is pared down to the essentials for significant weight savings, but still graced by the presence of lightweight M sport seats. There is, however, such niceties as automatic climate control and a Harman Kardon surround sound system.
Pricing & Availability
You like? Of course you do. And if you really like, you better get to your local BMW dealer. Production of the M3 CS is limited to approximately 1,200 units worldwide, with only 550 of them coming to the United States. Pricing has not been announced but BMW will start taking orders in May.
Tony Borroz has spent his entire life racing antique and sports cars. He means well, even if he has a bias toward lighter, agile cars rather than big engine muscle cars or family sedans.
2018 BMW M3 CS Gallery














Photos & Source: BMW of North America, LLC.



Check out these Automotive tips

Powered by WPeMatico

http://carsecret.atspace.eu/blog/2018-bmw-m3-cs-the-bavarian-powerhouse/

Lamborghini Terzo Millennio: When Crazed Italians Hang With Hyper-Geeks

Lamborghini Terzo Millennio: When Crazed Italians Hang With Hyper-Geeks

The Lamborghini Terzo Millennio is, to me, a prime example of what has been Lambo’s Achilles’ Heel for decades: Styling. Ever since the Countach, Lamborghini basically gave up on giving their cars any sense of grace or elegance and have gone for brute presence and hard edges and gaudiness with all the subtly of a 25 minute heavy metal guitar solo. Automobili Lamborghini got together with not one, but two laboratories at the Massachusetts Institute of Technology (aka MIT) and asked, in so many words, “hey, what would a possible future Lamborghini electric super sports car be like?”
The answer is this: The Lamborghini Terzo Millennio. A car that looks like something a 13-year-old would draw on the back of his notebook.
Central Command
MIT, the Massachusetts Institute of Technology, is arguably the best engineering school in the known universe (that’s right Vulcan Science Academy, you heard me). You know the MIRV, the Multiple Independently Targetable Reentry Vehicle for atomic warheads? That was dreamed up and invented at MIT. By graduate students. Stroboscopic photography? That was invented, single-handedly, by Harold “Doc” Edgerton, an MIT professor who taught freshman chemistry. The people that roam the halls and wander the MIT campus sit at the top of the Everest of geekdom. You ask MIT for “help” on your transportation project, and a byproduct might turn out to be a mass-driver that can sling ore from the asteroid belt back to planet Earth.
And Lamborghini, bless their hearts, decided to ask, and the result is the Terzo Millennio which, styling aside, packs about as much performance as a cruise missile on final approach. Bear witness.
Photo: Automobili Lamborghini.
Breaking Down The Beast
At its heart, this is a moon-shot of a car. If it happens at all in anything close to what we see here, it will happen many years (decades) down the road. Lamborghini flat-out states: “The concept physically imagines design and technology theories of tomorrow.” Theories? Wow, equivocate much? Lamborghini has chosen to focus on five different dimensions: energy storage systems, innovative materials, propulsion, visionary design, and emotion. Or, to put it in layman’s terms so you don’t have to be Florence LaRue: where the fuel goes, what it’s built from, how that fuel is dispensed to the tarmac, what it looks like, and . . . er, emotion? Really, they went with emotion? What does that even mean?
Energy Storage Systems
THUS SPAKE LAMBO!!: “The strategy of creating super sports cars with uncompromising performance generates Lamborghini’s motivation to revolutionize the approach to . . . SAVE ME!!! SAVE ME!!! Please don’t make me read this stuff. No need to get lost in all that MarComm drivel. The Energy Storage System, effectively the gas tank is a, in one word, supercapacitor. Which is (I hear some of you asking) just like yer run of the mill capacitor, only super. Essentially, a battery that is quick to discharge, quick to charge, and holds “enough” stored energy to “practically” use. Think of a much larger electric go-kart with a bodyshell and a license plate.
Photo: Automobili Lamborghini.


Innovative Materials
What is it built from? Answer: cloth and glue (aka carbon fiber). Cloth and glue that are used all over the place in structures and parts and the bodyshell, and also in interesting ways: like that same bodyshell acting as an accumulator for energy storage. Swift, eh? Lambo and MIT closely monitor the bodyshell to look for and predict cracks and structural failures, and self-fix them via micro-channels filled with “healing chemistries.”
To which I say, that’s cool and all, but couldn’t you just make the skin a little thicker and a little tougher and not even worry about “monitoring” it?
Propulsion System
Works like this: each wheel gets its own engine/generator, a pretty standard layout for an EV drivetrain. It’s so much easier to do this with electric motors, because even very powerful versions are also relatively small. And since all of these motors are controlled by enough computing power to make Seymour Cray tear up, that means you can automatically build in (and tweak on the fly) things like differential anti-lock braking based on accelerator data and steering wheel angles to optimize traction through mid-corner out to corner exit. To name just one of the simpler sub-routines anyway.
It’s not just that the car, with tons of electrical power delivered to the pavement near-instantaneously, can go and turn and stop, it can potentially do two or even three of those simultaneously.
Photo: Automobili Lamborghini.
Design
Let us just be Gorn-like, quick and merciful, and say this thing’s styling – regardless of how much aerodynamic sense it makes – looks like 13-and-a-half axe heads randomly attached to a big magnet. This car, the Terzo Millennio, does not look graceful or animated or lithe or agile. No, it looks stocky and apathetic and rigid and clumsy. Seriously. I’ve seen more aesthetic doorstops in Leningrad.
Emotion
Yeah. Yeah . . . no. Just, no.
Chances are the Lamborghini Terzo Millennio will hit the streets right about the time the mid-engine, quad rotor Wankel-powered Corvette is arriving (i.e. right around the time Gloria Steinem marries Harvey Weinstein). It’s a neat idea though.
Tony Borroz has spent his entire life racing antique and sports cars. He means well, even if he has a bias toward lighter, agile cars rather than big engine muscle cars or family sedans.
Lamborghini Terzo Millennio Gallery











Photos & Source: Automobili Lamborghini.



Check out these Automotive tips

Powered by WPeMatico

http://carsecret.atspace.eu/blog/lamborghini-terzo-millennio-when-crazed-italians-hang-with-hyper-geeks/