Honda Insight Prototype To Debut In Detroit

Honda Insight Prototype To Debut In Detroit
Hey, remember the Honda Insight? It was that oddly shaped little two-seater that was the first production hybrid in America (sorry Toyota) that silently slipped away only to be replaced by a rather Prius-esque shaped thing. Well, it’s back, and this time around, 99 percent of the oddities and problems are ironed out and Honda is starting to make a pretty big deal about it.
The Honda Insight Prototype will take to the stage for the first time at this year’s North American International Auto Show, in beautiful (but cold) Detroit.
Prototypes & Precursors
Yes, Honda calls it a prototype, but they seem serious about bringing it to dealers by 2019. They call the Honda Insight Prototype a “precursor to the all-new 2019 Honda Insight.” So be it. Honda says the 2019 Insight will be an upscale and stylish five-passenger sedan, situated above the Civic in Honda’s car lineup. The future Insight will use Honda’s latest generation of their two-motor hybrid system.
The 2019 Insight will take an entirely new approach with styling versus the second-gen Insight from 2009. The ’09 was a 5-door, 5-passenger design with increased space and utility, and was one of the market’s more affordable hybrids. What’s also true is that Jeremy Clarkson hated the things, and not because it’s a green hybrid (Clarkson’s about as green as a Harkonnen). No, he disliked the Insights because the build quality was shabby. When was the last time you heard that about a Honda?
Funny thing is, I heard the same thing from other people. A car-friend of mine rented one on a business trip. He’s a Mercedes/German car guy and a person of very high standards, and he was floored by how cheap everything was. He said it was especially galling, given that it was a Honda.
Honda Insight Prototype. Photo: Honda North America.
Green Desires
Fast-forward to the North American International Auto Show and the 2019 Insight which will be unveiled there. The 2019 Insight is said to take an entirely new approach to styling, packaging, premium features, and overall performance that many mainstream car buyers require these days. Honda says it will be a “hybrid vehicle without any inherent compromise.”
“You won’t have to be an electrification advocate to appreciate the new Insight – it’s a great car in its own right, independent of what’s happening under the hood,” said Henio Arcangeli, Jr., Senior VP of Automobile Sales and GM of the Honda Division in America. “The all-new Insight embodies Honda’s approach to creating electrified vehicles without the typical tradeoffs.”
Arcangeli went on to say that “at the 2017 North American International Auto Show we announced our Honda Electrification Initiative with the intention to make two-thirds of Honda’s global vehicle sales electrified vehicles by 2030. With the Insight launching later in 2018 as the fifth electrified vehicle brought to market over the past year, we’re demonstrating our commitment to that goal.” Two-thirds? Impressive. Honda plainly sees where the economic, regulatory, and ecological winds are blowing and show no signs of being caught flat-footed.





Manufacturing & Availability
The Insight will be manufactured at Honda’s Greensburg, Indiana plant, alongside the Civic and CR-V. It will join the Clarity series (Clarity Fuel Cell, Clarity Electric, and Clarity Plug-in Hybrid), and the 2018 Accord Hybrid as part of Honda’s green fleet. The Insight will be arriving at dealerships nationwide early next year.
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. 
Photos & Source: Honda North America.



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Letter From The UK: An Autonomous Fairy Story

Letter From The UK: An Autonomous Fairy Story
Between these very virtual pages you will find dissent. Some esteemed colleagues are looking toward a bright new autonomous future, forged in the white heat of automotive technology. Others, like road knights of old, prefer the six-speed stick shift on the floor and two human eyes on the road ahead. I am firmly in the old-school group. Fortunately, in this regard at least, I am a couple of thousand miles away from the heart of Automoblog and the futurists can’t get to me.
Survey Says
Right now the autonomous lobby has the floor. With all the recent announcements – including one every five minutes from Elon Musk (who I firmly believe is actually Ernst Stavro Blofeld in disguise) about the massive investments in driverless cars, it is nice to know there is one company that, in a way, sides with me. Mazda.
This is an auto outfit that plays by its own rules. They make some good cars and they don’t seem to be swayed by trends particularly. The Japanese car giant believes that driving is an ability people want to keep. As any gearhead will tell you, it is a skill that can be fun as well as functional, and many motorists don’t want to lose it and find themselves in a convoy of conveyances all chattering away to each other and getting nowhere fast.
A survey across the European Union commissioned by Mazda has shown quite clearly a very large majority of drivers still want to drive themselves, even with self-driving technology available. In fact, a scant 29 percent actively welcome the arrival of autonomous vehicles. This flies in the face of all that we are told. I’m not paranoid (although I am pretty sure they are on my case) but it indicates to me a sense that, in order to gain total control over the roads, governments would rather like us to believe that this technology will save us from ourselves.
Photo: Mazda North American Operations.
Safety First
Many think as I do that auto technology should act, at best, as an aid to safety, available when needed to avoid accidents but with the driver in control of the driving process. This keeps the exhilaration of the act and retains the freedom of the road. Much of this technology is already here and available on our cars anyway. Subaru’s “Eyesight” for example, is brilliant. Most of us have no objection to an extension of this if it saves lives. What gets to folk is the “hands off” approach we are being encouraged to accept. I truly doubt experienced drivers will readily relinquish control to this level.
One surprising aspect of the Mazda survey is how there is no evidence of greater support for self-driving cars in any younger age demographic across Europe generally. For research purposes, the age groups were split: 18 to 24, 25 to 34, and 35 to 44. No group stood out in favor, when it is usual for youth to be more readily accepting of new technology. What does that tell you? Driving is about much more than just getting from A to B. There is danger that simply going for a drive, like Frank Zappa cruising for burgers just for the hell of it, could become a forgotten pleasure.
Photo: Hyundai Motor America.
What Does The Future Portend?
Of course, I am maybe getting a little ahead of events. Although there is a powerfully global and by-and-large well-meaning lobby for the drive to driverless, it seems to me the reality of it is still a long way off. Sure, there are public road tests underway but I can’t see it coming to fruition in this decade. There are just too many variables on our roads, and the one thing autonomous technology does not have that we puny humans still possess is that sixth sense; that sixth sense that all is not well. Any practised driver will tell you this.
It is even possible to envisage a scenario whereby car manufacturers will quit the research while they’re ahead on the basis that, ultimately, it simply won’t be worth their while. Mazda clearly isn’t sure. I wonder.
In the official, authoritarian world that dislikes the idea of driving for pleasure and debases the role of the car in our family lives, the question has to be asked of autonomous, or indeed any other technology: just because they can, have they stopped to think whether they should?
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 Nissan Versa Note Pricing Announced, New Features Added

2018 Nissan Versa Note Pricing Announced, New Features Added

Nissan recently announced U.S. pricing for the 2018 Versa Note, which comes in three levels: S, SV, and SR. Nissan customers may be delighted to know that starting MSRPs for the 2018 Versa Note did not increase over the current 2017 model, despite new features being added.
Style & Comfort
The Versa Note hatchback SR, at the top of the range, stands out the most with its more sporty character. Fog lights, a rear spoiler, and 16-inch machine-finished aluminum alloy wheels decorate the exterior. Suede-like seats and a leather wrapper steering wheel provide further interior comfort. The SR also adds Intelligent Key with Push Button Ignition, the Nissan Vehicle Immobilizer System, and Easy Fill Tire Alert.
Design & Functionality
Regardless of model, the 2018 Nissan Versa Note features the automaker’s signature “V-Motion” grille. The design is found on a range of Nissan vehicles including the Sentra, Altima, and Maxima. Interior volume is 112.9 cubic feet, cargo space is 18.8 cubic feet, front headroom is 40.8 inches, and rear legroom is 38.3 inches. Nissan says their goal was to make everything comfortable and family friendly.
Power & Performance
The 2018 Versa Note is powered by a 1.6-liter DOHC 16-valve 4-cylinder, paired with a next-generation Xtronic transmission. The combination nets the Versa Note an EPA-estimated 39 miles per gallon on the highway. The transmission features a retuned D-step Logic Control, which simulates shifts, for a more natural feel.
The 2018 Nissan Versa Note is available now.
Carl Anthony is Managing Editor of Automoblog and resides in Detroit, Michigan.
Versa Note 1.6 S Xtronic
$15,480 USD
Versa Note 1.6 SV Xtronic
$16,380 USD
Versa Note 1.6 SR Xtronic
$17,980 USD
Photo & Source: Nissan Motor Co., Ltd.
 



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These New Guinness World Records Set By BMW Are Pretty Cool

These New Guinness World Records Set By BMW Are Pretty Cool Here’s something you don’t see very often! On December 11th, 2017, BMW driving instructor Johan Schwartz drifted an all-new BMW M5 sedan 232.5 miles around a skid pad at the BMW Performance Center in Greer, South Carolina. The feat, not surprisingly, set a new Guinness World Records title, under the category of “greatest distance vehicle drift in 8 hours.” Schwartz surpassed the prior record by over 140 miles.
A second Guinness World Records title for the “longest twin vehicle drift (water assisted)” was also set.
Another Shot
Schwartz has been here before, setting the Guinness World Records title for the “longest continuous vehicle drift” on May 11th, 2013. That day, he drifted an unmodified 2013 BMW M5 sedan for 51.278 miles but his record was broken shortly thereafter. However, Schwartz was determined to give it another shot, but not without some serious engineering. BMW teamed with Detroit Speed to develop a unique dry break fuel system, capable of refueling the M5 mid-drift.
“We knew if we were going to recapture the world record for longest sustained drift and set the bar as high as possible, we would need to find a way to keep the M5 going without stopping to refuel,” Schwartz explained.





Fighter Jet Formula
The fuel system’s design mimics how fighter jets and other airplanes refuel in the air. On five occasions during the eight hour drift, a previous generation M5, similar to the one Schwartz used to set his original record, entered the skid pad. BMW Performance Center Chief Driving Instructor Matt Mullins matched Schwartz’s drift, while Detroit Speed’s Matt Butts handled refueling. Butts, suspended with a safety tether from the second vehicle’s rear window, was able to straddle the space between both vehicles and complete the refueling.
“Although we practiced the refueling several times before the Guinness World Records title attempt, there was very little margin for error,” Butts recalled. “We’re excited to have played a part in Johan and BMW recapturing this record.”
“In the end, the refueling system worked flawlessly and the M5 performed as expected,” Schwartz added.
Once the first Guinness World Records title was secured, BMW then landed the record for the “longest twin vehicle drift (water assisted)” – that record being co-owned by Schwartz and Mullins.
“It was a big win all around,” Schwartz said.
Carl Anthony is Managing Editor of Automoblog and resides in Detroit, Michigan. He 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.





Photos & Source: BMW of North America.



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Letter From The UK: Are We Ready For Autonomous Cars?

Letter From The UK: Are We Ready For Autonomous Cars?


As a motoring writer of long-standing and an old-school petrol-head through to my bones, I have to admit to being ambivalent about autonomous cars. What can you expect from a guy who still has AC/DC compact discs in the car? I’ve tried, really I have; I have listened to knowledgeable people and nodded sagely as they described the technology, but sorry, I can’t really get interested if I’m totally honest.
I don’t want to relinquish control.
I’m also getting tired of the vanilla cars being produced today for the mainstream market generally. They are mechanically sound certainly but where’s the flair; where’s the daring design? I’m not expecting something out of Isaac Asimov, just something that’s . . . fresh. Once upon a time, you could tell a car simply by silhouette. Bet you can’t now.
Land of Confusion
I’ve thought about this and yes, I have concluded it’s probably an age related thing. The simple fact is that older people are more resistant to change. A recent survey by Continental Tyres in the UK produced the same result as the one I mentioned in a previous letter a couple of weeks ago. We still have a bit of a “boy racer” (grown men loving The Fast and the Furious cars) culture here in the UK, but young people generally are not really engaged with driving. They prefer others to do it for them, hence Uber and the like. It costs a lot to learn and, although cheap first-timer cars are plentiful, insurance costs are through the roof.
They see the traffic jams and general traffic chaos, plus the running costs and just can’t be bothered.
Rural Challenges
This is especially true of urban dwellers. Now that all our public transport is in private hands, profit is always the only motive. Thus many towns and cities have brilliant internal transport hubs. Even the town I live, in the beautiful county of Wiltshire, the “around town” bus service is excellent.
Our UK main-line train service is very good too, but very expensive at peak times. Small branch lines have been shut down so for rural dwellers it is a different picture. If transport routes lose money, the companies don’t want to know. As a consequence, virtually everyone needs a vehicle in the countryside and this is another area likely to be problematic for autonomous cars. Our rural routes are often nothing more than country lanes with no road markings, blind bends and summits, and a very good chance of rounding a corner and locking headlights with an agricultural machine.
Human drivers are used to this; how will autonomy cope?
Autonomous cars in rural areas will face different challenges than those in urban settings.


Generational Gaps
Older drivers, in my view, see the current technological advances – autonomous emergency braking, hands-free cruise control, matrix LED headlights, surround reversing cameras, and the like as generally good things. They accept them as being available now. What they don’t like is letting go. It’s the loss of something they have always had – control over their destiny. That’s the perception that has to change. They see it like being on an aircraft with a drunken pilot.
They don’t know what is going to happen and there’s nothing they can do if it does. Autonomous cars should have the fail-safe for drivers to take over the autopilot at a moment’s notice.
Rooftop Shouting
Standards of driving are so bad here in Britain that a mix of autonomous and driver-controlled cars WILL lead to disaster. Right now, in my view, autonomy cannot possibly calculate the variables of stupid people unless it runs in special traffic lanes, which makes sense, but that won’t happen here on our antiquated road system. It seems to me that the approach being taken by the industry AND government is what’s at fault here. A positive message is fine but the enthusiasm for something not yet tried and tested, in the layman’s view, is too overwhelming. Proponents are far too pushy and prone to over-egging the pudding.
The answer, in my opinion, is for there to be a “softly, softly” approach. Stop shouting it from the rooftops. Move the technology forward slowly, taking time to introduce it into the cars we are encouraged to buy; EVs, hybrids, and the like. Get people used to the idea, like encouraging children to eat their vegetables. It takes time. There is nothing that upsets us more than people flagrantly waving things in our faces. Slow down the flood of information. Tell us when the feast is ready, not when it’s cooking.
General Motors became the first automaker to assemble driverless test vehicles in a mass-production facility when a fleet of self-driving Chevrolet Bolt EV test vehicles began coming down the line at Orion Township Assembly in January. Photo: General Motors.
Autonomy Levels
There are, we are told, six levels of autonomy:
Level Zero: No Automation:
In other words, the driver drives. As it has always been: acceleration, braking, and steering are all controlled by a real human at all times, even if they’re assisted by warning sounds or safety intervention systems. If your car has automated emergency braking, for example, it can still be viewed as Level Zero.
Level One: Driver Assistance:
Hands on the wheel. In certain driving modes, the car can either take control of the steering wheel or the pedals. The best examples of Level 1 automation are adaptive cruise control and park assist. The computer is never in control of both steering and acceleration or braking.
Level Two: Partial Automation:
Now it begins: Hands off the wheel if you dare but keep your eyes on the road. A Level 2 vehicle has certain modes in which the car can take over both the pedals and the steering wheel, but only under certain conditions, and the driver must maintain ultimate control over the vehicle. Tesla’s Autopilot is an example of this.
Level Three: Conditional Automation:
You can take your hands off the wheel and eyes off the road – sometimes. This is going to take some getting used to. In a Level 3 vehicle, the car has certain modes that will fully take over the driving responsibilities, under certain conditions, but a driver is expected to retake control when the system asks for it. The car can decide when to change lanes, and how to respond to dynamic incidents on the road, but uses the human driver as the fallback system. This is where it starts to get a bit tricky, where insurance liability is concerned, for example.
The 2018 Cadillac CT6 features Super Cruise which utilizes a driver attention system and LiDAR map data. These systems are added to the network of cameras and radar sensors already in the CT6. Photo: Cadillac.


Level Four: High Automation:
Hands off, eyes off, mind off – sometimes. A Level 4 vehicle can be driven by a human, but it doesn’t ever need to be. It can drive itself under the right circumstances, and if it encounters something it can’t handle, it can ask for human assistance, but will park itself and put its passengers in no danger if human help isn’t forthcoming. Essentially, this is the first stage of a truly driverless motor. “For goodness sake Pops! Let go of the wheel!”
Level Five: Full Automation:
Do we even need a steering wheel? The interior might just as well be your parlour because the vehicle neither needs nor wants your help, thank you very much. It means full-time automation of all driving tasks on any road, under any conditions, whether there’s a human on board or not. The question is, “are we ready for this?”
Put simply like that we can see a natural progression, but enthusiasts for the technology won’t shut up about it. This in turn stirs up dormant politicians with the inevitable consequences. The technology is nowhere near ready yet and right now the onus is on the industry to prove it when it is, IF they want to convince the car buying public.
Leave It To The Young
As with any technological advances, it is young people who will pick up the challenge simply because they know nothing else. My seven-year-old granddaughter can work her way around an iPad as if born to it. They are not the problem. It’s the silver surfers; they won’t let go of their motoring past. The solution, of course, is to just wait the old ones out. That way, over the next 30 years, the herd of anti-autonomy aged will be thinned out by process of natural erosion. Then the world can be as autonomous as they like, but I’ll bet they won’t have so much fun.
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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Ford Motor Company, Mahindra Announce Strategic Partnership

Ford Motor Company, Mahindra Announce Strategic Partnership

Ford Motor Company and Mahindra Group are in the opening stages of a possible long-term strategic alliance. Both companies would benefit from each other’s experience and expertise, in particular Ford’s global reach and Mahindra’s operational model in India.
“The agreement between the two companies will allow each to leverage their mutual strengths during a period of unprecedented transformation in the global automotive industry,” reads a joint statement from Ford and Mahindra.
MultiFaceted Approach
The collaboration will run for three years and examine a multitude of opportunities for both companies, including mobility programs, connected vehicle initiatives, and electrification strategies. The partnership will also explore sourcing and commercial efficiencies, plus product development in general. Ford hopes to gain traction in India, an emerging automotive market.
“Ford is committed to India and this alliance can help us deliver the best vehicles and services to customers while profitably growing in the world’s fifth largest vehicle market,” said Jim Farley, Ford Executive Vice President and President of Global Markets.
Farley unscored the importance of the collaboration and believes working with Mahindra will help Ford capitalize on the forthcoming changes in the automotive industry.
“Our two companies have a long history of cooperation and mutual respect,” he said. “The enormous growth potential in the utility market and the growing importance of mobility and affordable battery electric vehicles are all aligned with our strategic priorities.”
Growing Base
Ford entered India in 1995 and remains as one of the country’s largest exporters. Ford manufactures and exports vehicles and engines from facilities in Chennai, Tamil Nadu and Sanand, Gujarat. India is also the second-largest Ford employee base globally, with more than 14,000 working across the Ford India or Global Business Services operations in New Delhi, Chennai, and Coimbatore.
As Ford is looking to expand in India, Mahindra wants additional traction outside the country. Mahindra has topped the utility vehicles segment in India for the last 70 years, and continues as a leader in clean, affordable transportation. Currently, Mahindra is the only manufacturer with a full line of electric vehicles in India, but the company believes such a portfolio is necessary today.
“The changes facing the automotive industry globally are triggered by the accelerated rise of new technologies, sustainability policies, and new models of urban shared mobility,” said Dr. Pawan Goenka, Managing Director, Mahindra and Mahindra Ltd.
Ford EcoSport, Goa, India. Photo: Ford Motor Company.
New Trends
Mahindra has already extended their global footprint as majority owners in Ssangyong Motor Company in Korea. To meet the needs of future automotive customers, Mahindra has invested in ride sharing platforms in the United States and the development of GenZe, the world’s first electric connected scooter.
“Given these changes we see the need to anticipate new market trends, explore alternatives, and look for ways to collaborate even as we compete and build powerful synergies that will allow rapid exploitation of the exciting new opportunities,” Dr. Goenka added.
At the end of the initial three year collaboration, Ford and Mahinda will then determine if the partnership is to continue.
Carl Anthony is Managing Editor of Automoblog and resides in Detroit, Michigan.
Photos & Source: Ford Motor Company, Mahindra.



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2018 Ford F-150 Power Stroke Diesel By The Numbers

2018 Ford F-150 Power Stroke Diesel By The Numbers Race tracks are interesting places. You’d think all the conversations would be about race cars, but that’s not usually the case. Normally, you’re only talking about the race cars when they’re in the paddock or the race is going on. Surprisingly, once the cars are out on track, the paddock conversation usually turns to things of a much more prosaic nature: where’s a good restaurant, so-and-so got a new RV, and the number one topic of conversation, tow vehicles.
Power & Performance
You might think dyed-in-the-wool track rats wouldn’t care about trucks all that much, but they are vitally important. So when Ford says their new F-150 with the Power Stroke diesel can haul 2,020 lbs. of payload and drag 11,400 lbs. of trailer, race car, and spares up and over a mountain pass, I know a bunch of busted-knuckle, speed-addicted, unwashed gearheads are going to be very excited. This will be the first-ever F-150 Power Stroke diesel, expected to get an EPA-estimated 30 mpg on the highway.
Ford is not even close to joking around with their new F-150, as both the above figures for payload and towing are best-in-class. And the new Power Stroke has best-in-class power figures at 250 horsepower and a stump-pulling 440 lb-ft. of torque. The F-150’s Power Stroke diesel has the same engine technology as the Super Duty’s larger 6.7-liter Power Stroke. All of that peak torque comes at a low-low 1,750 rpm, with a pretty much pool-table-flat torque curve on up through the rpm range.
The new V6 diesel has the same compacted-graphite iron block and forged-steel crank found in the 2.7-liter EcoBoost for added strength, durability, and weight reduction (Ford is on a big time weight loss kick these days). Engine response is up and turbo lag is down thanks to a high-efficiency, variable-geometry turbocharger. A common-rail fuel injection system further optimizes performance and overall efficiency, while the high-pressure (29,000 PSI!) injection system enables smoother, quieter operation with reduced emissions. Dual fuel filters were added for improved break-in, and a cast-aluminum oil pan and two-stage oil pump are utilized to reduce parasitic loss and further improve fuel efficiency.
Ford conducted testing along the Davis Dam in Arizona. The Power Stroke F-150 trucks climbed 13 miles at a 6 percent grade in temperatures in excess of 100 degrees. They were required to maintain a consistent power output during the tests. Photo: Ford Motor Company.
Towing & Transmission
Now, about all that towing capacity. According to Ford, a lot of it flows from the high-strength, military-grade, aluminum-alloy body they introduced in 2015. Dropping 700 lbs. of overall weight allows the addition of cool tech that improves towing and payload capability, as well as giving you greater fuel economy. FoMoCo also tweaked such ancillary items, like adding a mechanical, engine-driven fan and dual radiator shutters for better high-temperature and high-altitude performance.
The F-150 engine control system backs off the fan load in more moderate driving and towing conditions through a viscous coupler, closing down the two radiator shutters for improved aerodynamic efficiency and reduced parasitic engine loss. Ford says owners will notice more power, even in harsh conditions, with this design.
“We know that competing diesels with electric cooling fans have to dial back on power under extreme heat and altitude, so we decided on a viscous-controlled mechanical fan that has the capacity to move much more air across the radiator and intercooler in extreme conditions,” explained David Ives, Ford Diesel Engine Technical Specialist.
Transmission-wise, the 3.0-liter Power Stroke diesel is mated to a standard SelectShift 10-speed automatic. Ford says it maximizes shift points and the gear ratios allow for optimal power, low-rpm torque, and greater overall efficiency. The transmission even allows you to non-sequentially select the right gear ratio too.





Availability & Configurations
Ford dealers are taking orders now with deliveries beginning this spring. Final fuel economy estimates will also come this spring. Retail customers can choose the Power Stroke engine option on Lariat, King Ranch, and Platinum edition SuperCrew trucks, with either a 5.5-foot or 6.5-foot bed, or in a SuperCab truck with a 6.5-foot bed. The engine is available in both 4×2 and 4×4 configurations as well.
So look at that, you can haul the entire team – crew, (long suffering) significant others, fans – and take your cars and all your spares to the track in one nice, comfy package.
Interested? Of course you’re interested. How else are you going to tow your Formula Vee from Schenectady to Heartland Park?
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. 
Photos & Source: Ford Motor Company.



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Volkswagen, NVIDIA Showcase Deep Learning Vehicle Platform At CES

Volkswagen, NVIDIA Showcase Deep Learning Vehicle Platform At CES
It looks like Volkswagen is serious about all the stuff they’ve been saying. Yes, there will be a new minibus. Yes, they are going EV in a big way. Yes, they are very serious about technology integration. After the disaster – financial, reputation-wise and such – that was dieselgate, VW knows they have to turn things around, and from this year’s CES show in Las Vegas, they fired the first shot.
The brief sketch here is that Volkswagen and NVIDIA (the company that makes really hot graphics cards for your gaming rig) have teamed up to work lots of AI into VW’s future vehicle lineup. Specifically, VW and NVIDIA are using AI tech for “co-pilot capabilities.”
Creating A Buzz
The companies shared their vision for how AI will form a new generation of “intelligent” Volkswagen vehicles at this year’s Consumer Electronics Show. Further, for those diehard gearheads that don’t really care about hgh-tech stuff (you know who you are, the ones with grease permanently under your fingernails), VW decided to push this future vision by showing how it will integrate into the new I.D. BUZZ, the re-do of the iconic MicroBus. The I.D. BUZZ, which is aimed straight at hipsters, eco-focused moms, Trustafarians and the like, will be a full-on electric vehicle, permeated with AI technology. It will also be self-driving.
VW calls their AI system for the I.D. BUZZ (I so hope they lose that name before it rolls out) the Intelligent Co-Pilot. The Intelligent Co-Pilot will include convenience and driver assistance systems, and process sensor data from both inside and outside the vehicle. Intelligent Co-Pilot can also be enhanced throughout the life of the vehicle via software updates, just like your smartphone. VW and NVIDIA say deep learning will enable the I.D. BUZZ to accurately assess situations and analyze the behavior of others on the road, so it can “make the right decisions.” This sounds like a nice, preemptive way of saying “it won’t crash all that much.”
Volkswagen I.D. Buzz Concept. Photo: Volkswagen of America, Inc.
Fully Electric, Zero Emissions
It turns out that NVIDIA has already worked on systems like this, meaning this is not just some random corporate cross-promotion or activation to ruin our lives further. NVIDIA is building on their NVIDIA DRIVE IX Intelligent Experience platform. That’s an AI-enabled system with goodies like facial recognition for unlocking the vehicle, driver alerts for bicycles, gesture recognition, natural language understanding for voice control, and “gaze tracking” for driver distraction alerts.
And of course, everybody is talking about autonomous driving and VW and NVIDIA are in on the party. Not only will the I.D. BUZZ launch VW’s electric car operations, it is also the platform they will use to gradually introduce autonomous driving, starting in 2020. VW, seeing the writing on the wall (i.e. diesel is all-but-dead, efficiency must go up, and emissions must drop to zero before 25 percent of the world drowns etc.) is planning on more than 20 fully electric vehicles by 2025.
Solid Foundations
These new VW models are based on the MEB architecture and focused on zero emissions and digital mobility. The MEB architecture will also be beneficial for packaging the different components so they don’t compromise interior room. For example, by using a battery that is integrated flat in the chassis floor, and a compact drive system, the VW vehicles are expected to offer a spacious and flexible interior.
VW is so in love with the MEB system they say it will also be used for vehicles with conventional drive layouts. All of the VWs based on the MEB architecture are expected to offer the latest driver assistance systems as a way to pave the way for autonomous driving, naturally.
“Artificial intelligence is revolutionizing the car,” said Dr. Herbert Diess, Chief Executive Officer, Volkswagen. “Autonomous driving, zero tailpipe emission mobility, and digital networking are virtually impossible without advances in AI and deep learning.”
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. 
Photos & Source: Volkswagen of America, Inc.



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Telematics And The Auto Experience

Telematics And The Auto Experience


Based on past driving records, “safe driver” discounts offered by auto insurance companies have delivered welcome benefits for both drivers and insurers. Now insurers are taking things a step further, tapping into real-time driving data to optimize rates and discounts. Known as “telematics,” this transmission of vehicle data can give auto insurance companies a more accurate read on what kind of drivers their customers really are – and the potential costs to cover them.
Mixed Emotions
While insurance companies have much to gain from leveraging real-time automotive telematics, the majority of consumers aren’t eager to cooperate. In a recent Deloitte report, 74 percent of survey respondents said they would be somewhat reluctant or outright refuse to allow their driving behavior to be monitored. 31 percent of individuals said they would be open to sharing data with the caveat that they received a discount greater than 20 percent – a tall order for insurance companies looking to use driver data.
This consumer hesitancy, along with associated regulation, is hindering insurers from taking full advantage of the data provided by telematics. Instead, insurers are developing “opt-in” programs to capitalize on willing participants and further explore how this data can influence their current business models.

Promising Avenues
Additionally, insurance isn’t the only sector of auto services that stands to benefit from telematics. Providers of service contracts and roadside assistance plans can also employ these data insights to optimize customer experiences; using GPS to target and locate a vehicles, or tracking vehicle use and driving distance to optimize protection levels, are just a few examples. These kinds of data applications aren’t commonplace yet, but with around 70 percent of auto insurers expecting to use telematics by 2020, they will be soon.
Why the optimism? Well, as we look to the future of telematics and the auto industry, Millennial drivers are projected to open up new opportunities for insurers and service providers. Over 60 percent of drivers in their 20s, according to the Deloitte report, are willing to share data with the auto insurance industry in some form – and Gen Z’s comfort with data sharing should lead to an even larger audience for real-time, data-dependent offerings in the future. “Opt-in” programs are just the start of what’s sure to be a fascinating area to watch.
Scott McLaren is the Chief Marketing Officer of Fortegra with a background in business and communications. 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.



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