Bricks And Bones: Chapter 1: Real Wrong

Bricks And Bones: Chapter 1: Real Wrong Tony Borroz is attending the 101st Running of the Indianapolis 500, scheduled for Sunday, May 28th, 2017. This series, Bricks And Bones, explores the cultural significance, endearing legacy, and the nitty-gritty phenomenon of The Greatest Spectacle in Racing. The prologue of this series here.



Due to scheduling issues, I am unable to make it to Speedway, Indiana for qualifying for the 500. Qualifying for this race is, in a lot of ways, overly complex and more convoluted than it needs to be. It also makes for one of the hardest things a race car driver can do.
Unlike other series, or other races for that matter, that require you to qualify by doing one lap, making it into the field of The Indy 500 obliges you to do four contiguous laps.
All four, back to back, and the average speed over those four laps determines where you start on Memorial Day. Mess up one lap, shoot, mess up one corner, and the rest of your qualifying run is ruined. Drivers universally say it is the most nerve wracking thing they are asked to do. Lots of the crazy-brave can hang it out over the edge for a single lap; grit their teeth and hand over trust to luck/skill/bravery and be okay.
Having to roll the dice four times when your life is on the line, well, that’s a different calculation.
Go Green
So, as usual, here I sit on a rather fine Sunday spring morning, watching race cars on TV. Qualifying is run in reverse order, with each succeeding car having practiced faster than the one before it. As we get into the really fast guys, up comes Sebastien Bourdais. French, tall, brownish hair, and blue eyes with a tendency to be quietly humorous, Bourdais is a four time CART champion, a feat he pulled off by winning all four of his championships in a row. No one has ever done that, and no one will ever beat it, since CART merged with the Indy Racing League. He is, in short, not a guy to be trifled with.
Bourdais takes the green and right from the start, he is on it! I mean the accelerator might as well be welded to the bulkhead.
Lap 1: 231 mph and change.
Lap 2: 231 mph and change, but a fraction faster.
He is cranking them off. Until now, the lap speeds have been hovering around 229 and change, with the occasional lap in the 230s. This is very good news. This is as fast as anyone has gone all month. This is very good news, not only for Bourdais, but for his team, Dale Coyne Racing and, coincidentally enough, for me.
Sebastien Bourdais, No. 18 Dale Coyne Racing Honda. Photo: INDYCAR.
F Bombs
Dale Coyne is a friend of Bill Healey (more about him as this series goes on) and the person responsible for me getting in to this year’s 500. Technically speaking, I am an employee of Dale Coyne Racing, so, even though I am supposed to be an unbiased journalist, it’s pretty easy for me to be rather biased in this instance and root for Bourdais.
I am glued to the screen, leaning forward, sitting on the edge of the couch. He heads off onto lap 3. Into and through turn one he is not slowing down at all; corner entry speeds flickering at 237 mph. He swings on through the short chute heading into turn two. My eyes see it before my mind fully registers it: twitch? slide? A little bit of a slide at the back end?
As my mind is processing that, just past the apex of two and around 230 mph, the back end steps out a lot. A foot, maybe 18 inches. Bourdais countersteers into it and the front end grabs, sending him straight in the direction his front wheels were pointing: Straight at the outside wall at a speed of 228 mph. The moment of impact coincides with the next words out of my mouth:
“FUCK!!!”
I scream loud enough to literally rattle the Mountain Dew can sitting on the end table. The impact is massive and vicious.

Vicious Impacts
He hits the wall at a slightly oblique angle, later calculated to be about 20 degrees from head on. This will be the first of many small blessings that will start to add up. The entire right side of the car, from the front wing back through the wheels and suspension, and the right hand side pod, explodes. Carbon fiber, aluminum, magnesium alloy, steel: are all rendered into what appears to be a fine powder. The car caroms off the wall and slides down into the middle of the track, then tumbles into a slow, sickening half roll. It slides on its right side for what seems like a week and a day, then flops back upright and comes to a stop.
From where the car comes to rest, all the way back to the point of impact, the track is littered with bits and pieces no bigger than a candy wrapper. It looks like a plane crash. The words “debris field” form in my mind as a handful of safety vehicles arrive on the scene.
The camera zooms in a bit, and you can see Bourdais sitting in the cockpit, head moving slightly. I wait. You have to wait. This is, sadly, not the first time I’ve seen something like this. Movement from the driver is good, but it can also be deceiving. The driver could be alive, or he could be quickly on the way to being dead, and his body is just twitching on his last remaining autonomic functions. Bourdais moves again. This time his hands come up and try to open the visor on his helmet, a sign to the safety crews he is all right. I inhale for the first time. He can’t get the visor open. His movements are slow and logy. “Blood loss,” I start to worry. “Concussion,” I add to the list.
Tension Building
The cars are designed not to do this, but there is the slight chance that a big metal piece – an A-arm or something along those lines – penetrated the cockpit and then stabbed into Sebastien. He could be bleeding out. The safety crews are everywhere at once. The first responder kneeling where the right side pod used to be only seconds before is leaning in, intently talking to Bourdais through his helmet.
The emergency crew doctor arrives seconds later, leans in from the left-hand side and exchanges a few terse words with the other safety guy and Bourdais. The doctor nods once, gets up off of his knees and straddles the car at the scuttle, right in front of the windscreen, and leans forward into Bourdais face.
“Oh shit . . . ” I murmur.
He’s not dying, but this is not good. Not good at all.
They are not extracting him from the car. They are urgent, but it looks like he’s not going to be getting out of the car any time soon. That is a bad sign. Injuries undetermined from this distance and while he is shrouded within the car’s safety cell. The camera zooms back out to wide. There are now a dozen; two dozen; a lot of safety crew members all over the place. Spreading out oil dry. Brooms every where. It looks like they are trying to sweep up an area the size of two football fields that are raggedly covered with tortilla chips. An ambulance pulls up as the crew, under the direction of the on scene doctor, begin the extraction process. It is somewhat reminiscent of a bomb demolition crew from a movie; everyone is moving slowly and deliberately. Gently, gently. No sudden movements. Don’t jerk anything.
 
Photo: INDYCAR.
Talking Heads
I become aware of the broadcast crew yammering and gibbering. They are, like most racing coverage, horrid. They have that need, perhaps directed from the producers, to fill the space. Keep talking. No dead air.
We go to commercial.
When we come back, Sebastien Bourdais is out of the car and on his way, by ambulance, to IU Health University Hospital (or Methodist Hospital, as old timers like me still call it). This is semi-good news, or at least the news is steadily improving, I notice. The trauma center at Methodist Hospital has the best orthopedic emergency center on the planet. Period. No one even comes close. If you think about it for a while, you can realize why. Bourdais is now headed this way, and if anyone can keep him alive and in one piece after an impact like that, it will be the orthopedic emergency center at Methodist Hospital.
The ABC broadcast crew, a three stooges level of lack-wits comprised of Allen Bestwick, Eddie Cheever, and Scott Goodyear (an ignorant commentator, a quarter-talented driver from years past, and a nearly-no-talent driver from the same era) are still jabbering, still filling space, irritating me more and more with each passing word.
“Say it,” I ask. “Say the words I want to hear.”
A few seconds later, Bestwick says, in so many words, “medical is saying that Sebastien Bourdais is stable and has arrived at University of Indiana Hospital. He is awake and alert and never lost consciousness during the accident.”
“Awake and alert.? Thank God!” I say.
Four-time Champ Car Champion, Sebastien Bourdais, returned to Dale Coyne Racing this season. The Frenchman first joined the team in 2011 following his two-year stint in Formula One. Photo: Dale Coyne Racing.

Not So Happy Gilmore
That, short of a driver either dying outright or dying quickly after the accident, is the next biggest fear in this business. Unconscious means an entire raft of potentially bad things. Starting with a concussion and going all the way up to brain dead. Sebastien Bourdais is none of these things. Not even close. He’s not in great shape, but it looks like he’s not going to die either. In the hours to come it will turn out that, as bad as this hit was, it could have been a lot worse.
Bourdais hit the wall at an oblique angle of 20 degrees off center. If he had hit it head on, the G loading would have been catastrophically higher, and the bones in his legs, from his toes to his patella would have been effectively rendered into paste. The safety measures in the car did their jobs exactly as they should under the circumstances. The safety cell remained intact, keeping the driver in one solid cocoon. Although it was a single, solid hit, the energy absorbing structures did their jobs, lessening the impact. A little.
Telemetry data would later show that impact registered 100 Gs. Telemetry data would also later show that Bourdais was doing 220 mph at the time of impact. IU Health University Hospital would issue an official statement saying Sebastien Bourdais had sustained a broken right hip and had broken his pelvis in seven places. Physics tried to snap him in half sideways at the waist.
Welcome to The Greatest Spectacle in Racing. This isn’t golf.
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.
*To be continued. Bricks And Bones is an Automoblog original series with forthcoming installments during the days leading up to, and following the Indianapolis 500.
Cover Photo: INDYCAR.



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Lamborghini Announces New Paint Facility

Lamborghini Announces New Paint Facility

Automobili Lamborghini has announced the construction of a new paint facility. The Sant’Agata Bolognese automaker says the new building will be completed and operational at the end of 2018. The facility will be utilized to paint the forthcoming Lamborghini Urus SUV. The plant is expected to have a solid impact in terms of job creation with approximately 200 new staff added by the time it reaches full production capacity.
An additional 500 jobs are expected once the plant is further up and running.
“We are very pleased with this result, which represents another step on our path of strategic expansion,” said Stefano Domenicali, Chairman and Chief Executive Officer of Lamborghini. “Thanks to the support and faith of our shareholder AUDI AG, a decision was taken that most effectively safeguards our know-how, job growth in the territory, and brand identity.”
Lamborghini’s new paint plant will see the implementation of the latest, most advanced technology, with a mindfulness toward sustainability. Workers will be both highly-skilled and trained extensively to guarantee the automaker’s already high standards of quality and performance.
The upcoming Urus SUV is Lamborghini’s transition into the realm of everyday vehicles. When it debuted at the 2012 Beijing Motor Show, then President and CEO Stephan Winkelmann underscored the success of SUV markets worldwide, and how the vehicles often embody a sense of emotion and freedom. Lamborghini estimated sales might be around 3,00 units, with target markets coming primarily in the United States, the United Kingdom, Germany, Russia, the Middle East, and China.
“The Urus is a very concrete idea for the future of Lamborghini – as a third model line and as the perfect complement to our super sports cars,” Winkelmann said at the time. “The Urus is the most extreme interpretation of the SUV idea; it is the Lamborghini of the SUVs.”
Carl Anthony is Managing Editor of Automoblog and resides in Detroit, Michigan. 
Photo & Source: Automobili Lamborghini S.p.A.



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Texting And Driving: Is Tech Our Solution?

Texting And Driving: Is Tech Our Solution?

Texting and driving. Simply saying, “just don’t do it” isn’t working. According to the Canadian Automobile Association, driver distraction is a factor in 4 million vehicle crashes in North America each year, and 26 percent of all car crashes involve phone use.
On top of that, drivers who text are 23 times more likely to be involved in a collision than their non-distracted counterparts.
Technology Burden
Yes it can be tempting to blame technology. Distracted driving wasn’t as much of an issue before the mobile phone, was it? Maybe if our phones weren’t so distracting, we wouldn’t be distracted by them? The new Galaxy S7 edge, for example, has specs that put even some computers to shame – HD display, a dual-pixel camera, and over 250 GB of memory – making it a beast of a machine that negates the need for expensive GPS systems and a slew of other road travel accouterments.
Maybe technology has created its own demise; it’s so appealing that we just can’t say no to it anymore.
Maybe the solution is that drivers stop investing in smartphones with enough memory to replace our road maps and enough pixels to replace our cameras? But that’s not how advancement works. Technology has created a problem, and if vehicle manufacturers have anything to say about it, technology will fix it. After all, if we start going down the road of blaming technology for our driving woes, we might as well begin with engine technology, fuel systems, and tire rubber.
The further we go down that road, the closer we get to the invention of the wheel.
The problem is not the tech; it’s with how we apply it. Due to the tireless efforts of safety organizations across North America, light is finally being shed on the scientific causes behind distracted driving that ultimately cause great suffering for drivers. Having a deeper understanding of factors like brain chemistry, the perceived ability to multitask, and changing communication expectations have allowed for practical solutions to start taking shape. Instead of just saying, “please don’t text, it’s dangerous,” we can now begin to offer solutions.
The Chevy MyLink smartphone-based infotainment system can direct Siri to perform tasks so drivers can keep their eyes on the road and their hands on the wheel. Photo: Chevrolet.
Smartphone Apps
Once we accept that technology is not the problem, it quickly becomes apparent that it will be part of the solution. Texting is an addictive behavior for a number of neurological reasons, one of which has to do with self-deception. According to the American Safety Council, most people believe they are capable of multitasking. They honestly feel that it’s not dangerous for them to drive and send off a quick text message, or participate in some other form of distracted driving. Cognitive neuroscientist David Strayer says that, actually, only about 2.5 percent of the population can truly multitask. The rest of us are splitting our attentions between two tasks, albeit rapidly, and never fully focusing on the road.
Once most drivers realize that perhaps their brains are just like the other 97.5 percent, the best way to combat distraction is to mitigate it at the source. Don’t throw the phone out the window; instead, download an app or two to help ease the temptation.
There are a whole bunch of free and inexpensive apps out there to help drivers fight that intense urge to respond to a text message. They do everything from blocking incoming messages if the car is moving above a certain speed to sending auto replies like “sorry, Liz is driving right now. She’ll text you back later!”
In 2015, Ford began working to link home automation devices like Amazon Echo and Wink through SYNC. This allows drivers to control lights, thermostats, and other home systems from their vehicle. Photo: Ford Motor Company.


Text To Speech
If having the phone nearby is simply too much of a temptation, another option is to bypass it altogether. Built-in infotainment consoles are the rage in modern vehicles. They’re the little screens in the dash that display apps similar to a smartphone – phone, music, maps, podcasts, etc. The biggest difference between these consoles and an ordinary smartphone, aside from the obvious fact that one is attached to a car, is that an infotainment console cannot be used for texting.
Instead, engineers found a much more road-appropriate workaround: text to speech. Instead of drivers fumbling around with their smartphones and taking their eyes off the road for dangerous amounts of time, text-to-speech allows drivers receive and send text messages simply by tapping an icon and speaking a command. Drivers can use verbal commands like “read new message” or “reply” to verbally compose a new message. When driving conditions require every ounce of their attention, they can simply hit a button that sends the response “I’m driving right now” and reply later.
Photo: TheDigitalWay.
Teen Driver Contracts
Young drivers are some of the most susceptible to the allures of distracted driving, especially when it comes to technology. It’s no secret that many teens today treat their smartphones like extensions of their bodies. But just because teens have a more comfortable relationship with technology does not mean they are any more adept at driving. Obviously. If anything, their sense of self-deception is stronger simply by nature of their brain development and inexperience.
A study by the American Automobile Association found that 46 percent of teens text and 51 percent talk on the phone while driving. Pair that with the 2015 finding that distraction was a factor in 6 out of 10 moderate-to-severe teen crashes, and it’s no wonder parents are taking the issue very seriously.
Whether you have kids or not, as the car lovers of today, it’s our responsibility to train the drivers of tomorrow. It doesn’t matter if they’re set to be casual drivers or soon-to-be racecar drivers. Many teens have smartphones by the time they get their first driver’s license. Parents can combat the dangerous temptation and peer pressure their teens may feel to text and drive by establishing clear boundaries between the phone and car. Teen driver contracts outline hazards for teens to avoid, like texting behind the wheel, and clearly define consequences for breaking the rules. Parents who suspect their teen is not following the established rules can even download parental control apps, discussed above, to alert them when something is amiss.
Photo: Unsplash.


Mental Preparation
Ending distracted driving is all about re-training drivers to be fully present on the road. It’s a simple goal, yet fraught with endless complexities. It starts simply by understanding what distracted driving looks and feels like. Once there, we can begin to take advantage of tech-based solutions to help mitigate the problem.
In the end, driving distracted is a choice.
Yet at the same time, it’s a behavior so ingrained in our society it’s not a simple habit to break. Drivers are poised to end the habitual, dangerous cycle of distraction, but they won’t quite get there until they’re armed with a full understanding of their own behaviors. Only when drivers are presented with tools like apps, text-to-speech, and contracts to change their behaviors, will they be able to make the right choice.
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



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New Study: Consumers Trust Autonomous Cars Less & Less

New Study: Consumers Trust Autonomous Cars Less & Less Autonomous vehicles seem like a science fiction topic more so than an automotive one, but industry experts are plugging away, refining the technology and determining its role in society. That is the abbreviated version anyway. Those working on autonomous cars are, essentially, trying to make them viable, scalable, and ultimately profitable.
Autonomous cars usher in a flood of headline commitments from manufacturers and companies. The benefits of driverless cars – far more than the risks – are communicated, and it seems almost too Utopian at times. This is not to say autonomous cars don’t have benefits – they certinately do – and this is not to say autonomous cars won’t one day hit the road – they certinately will.
Yet how quickly they will, and how quickly society will realize those benefits is another matter.
And how does the public feel about all this? The short answer is not so good.
Photo: Alex Hartman for Sense Media.
Survey Says
AAA recently concluded a multi-year tracking study that examined how consumers feel about driverless cars. The study found that, despite the industry’s headline commitments and grand visions, 73 percent of Americans say they are too afraid to ride in an autonomous car. This represents a steady increase too – only late last year, the figure was 63 percent. The jump is likely attributed to the recent, highly publicized accidents involving autonomous technology.
“Despite their potential to make our roads safer in the long run, consumers have high expectations for safety,” said Greg Brannon, AAA’s director of Automotive Engineering and Industry Relations. “Our results show that any incident involving an autonomous vehicle is likely to shake consumer trust, which is a critical component to the widespread acceptance of autonomous vehicles.”
Over 60 percent say they would actually feel less safe sharing the road with an autonomous car, especially if they were walking or riding a bicycle. Even millennials, a generation one might think would readily embrace them, are cautious. AAA’s study found that 64 percent of millennials are too afraid to fully trust autonomous cars, up from 49 percent just a year ago. This metric represented the largest increase of any generation surveyed.
An autonomous Hyundai Ioniq detects a pedestrian. Photo: Hyundai Motor America.
Growing Trends & Increasing Concerns
AAA’s findings on safety being a primary concern for car buyers is supported by other studies. During AutoSens Detroit this year, experts attending the global summit on autonomous driving rigorously examined the challenges facing the technology. One of the themes was how to help the public trust the process of going from driving to being driven.
“While autonomous vehicles are being tested, there’s always a chance that they will fail or encounter a situation that challenges even the most advanced system,” explained Megan Foster, AAA’s Director of Federal Affairs. “To ease fears, there must be safeguards in place to protect vehicle occupants and the motorists, bicyclists, and pedestrians with whom they share the road.”
“We have to manage expectations better, especially on the timing of when these vehicles will be part of our everyday lives,” added Cliff Banks, Founder and President of The Banks Report, an automotive retail publication. “We should be skeptical of the claims made by executives touting the technology.”
Ford conducting road tests with two autonomous Fusion cars. Photo: Ford Motor Company.
Universal Language
With the release of the study, AAA is advocating for what they call a common sense approach to driverless cars. This includes a universal nomenclature and classification system, with clear definitions as to what the varying automated technologies are and how they work.
“There are sometimes dozens of different marketing names for today’s safety systems,” Brannon explained. “Learning how to operate a vehicle equipped with semi-autonomous technology is challenging enough without having to decipher the equipment list and corresponding level of autonomy.”
“I’m not sure anyone can properly define what an autonomous vehicle is yet,” Banks said. “Also, commercials from automakers such as Nissan and Cadillac touting their driver assist technology as hands-free creates confusion.”
Cadillac’s Super Cruise feature can automatically steer, brake, and keep the vehicle positioned on the highway in certain, optimal conditions. Photo: Cadillac.
Future Considerations
Previous testing of automatic emergency braking, adaptive cruise control, self-parking technology, and lane keeping assist have shown great promise, according to AAA officials. These systems are becoming more common on today’s cars and are a precursor to autonomous driving. Still, the organization says this recent study reaffirms the need for ongoing, unbiased testing of such technologies. This remains key in earning the public’s trust and acceptance.
“Once autonomous vehicles hit the mainstream and become a normal part of the landscape, public acceptance will be a non-issue,” Banks said. “I’m sure people felt unsafe the first time they got onto any kind of moving device, whether it be a horse, a wagon, or a train or an airplane.”
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.



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Inside The 2019 Hyundai Ioniq Hybrid & Plug-in Hybrid

Inside The 2019 Hyundai Ioniq Hybrid & Plug-in Hybrid Even in this day and age of commercially-available electric vehicles like the Tesla Model 3 and Nissan Leaf, sales of hybrid vehicles rose steadily by 2.6 percent in the fourth quarter of 2017. This represents a 12.4 percent rise in total sales with 368,137 hybrid vehicles sold last year.
It is interesting to point out traditional hybrids are the most popular among the three types of green cars including EVs or electric vehicles and PHEVs or plug-in hybrid vehicles.
This is the primary reason why Hyundai is hard at work in improving the safety, comfort, practicality, and driving enjoyment of the 2019 Hyundai Ioniq Hybrid and Plug-in Hybrid. The Korean automaker is also updating the features of the 2019 Ioniq Electric to make it one of the most desirable EVs that money can buy.
Hybrids Just Want To Have Fun
From a performance perspective, the biggest caveat of hybrid vehicles is the lackluster and anesthetized driving experience. The standard CVT transmission in most hybrid cars is partly to blame, but Hyundai addressed this matter by bolting on a six-speed EcoShift DCT dual-clutch transmission in the 2019 Ioniq Hybrid and Plug-in Hybrid.
The new transmission features low-viscosity oil and low-friction bearings to offer a mix of fuel economy and sporty responses. The driver can also select between two transmission modes: ECO and SPORT. The former will optimize the gear selection to deliver better fuel economy while the latter will hold lower gears longer to give you a sportier driving experience.
Want more control? SPORT mode will also ensure the gasoline engine remains ON while the electric motor will offer power assist when you need it most. Both the Hybrid and Plug-in Hybrid models are also equipped with paddle-shifters if you feel the need to shift all six gears at your behest.
2019 Hyundai Ioniq Plug-In Hybrid. Photo: Hyundai Motor America.
Power To The People
The 2019 Hyundai Ioniq Hybrid, Plug-in Hybrid, and Ioniq Electric are all equipped with a compact and highly efficient battery and electric motor. All models come with a lithium-ion polymer battery that is 20 percent lighter than non-polymer variants with lower battery memory sensitivity, better charge and discharge efficiency, and a high maximum output for better responsiveness.
The batteries are located underneath the rear seats to offer an interior volume of 122.7 cubic feet, which is more than the Toyota Prius according to Hyundai. The new Ioniq Plug-in Hybrid and Ioniq Electric is still able to offer a generous interior volume of 119.2 cubic feet despite being equipped with a larger battery system than the Ioniq Hybrid.
The new Hyundai Ioniq Plug-in Hybrid is powered by a Kappa 1.6-liter, direct-injected four-cylinder Atkinson-cycle motor that cranks out 104 horsepower and 109 lb-ft. of torque. The electric motor is rated at 44.5 kW which helps supplement an additional 60 horsepower of shove.
The electric motor on all Ioniq models is a permanent magnet synchronous unit that is smaller and lighter than conventional motors. It features a rectangular-section cooper wire to decrease the thickness of the core components by up to 10 percent.
2019 Hyundai Ioniq Electric. Photo: Hyundai Motor America.
Charge Me Up
All 2019 Hyundai Ioniq Electric models are now equipped with a Level-3 DC fast-charging system and SAE Combo Level-3 DC 100kW fast charger. This means you can juice up the lithium-ion polymer battery up to 80 percent in just 23 minutes. I bet your high-end smartphone can’t do that, huh??
For added convenience, the charging system also comes with an integrated In-Cable Control Box (ICCB) that allows you to use a standard household socket.
Hyundai is also working closely with ChargePoint to offer a wider vehicle charging network with more than 32,000 locations in the United States. Still in a rush? The charging network also includes more than 400 Express DC fast-charging sites so you can juice up your Ioniq in about the same time it takes for you to wolf down a succulent 72-ounce steak.
Safe In The Heat of The Moment
The 2019 Hyundai Ioniq comes equipped with a bewildering array of active and passive safety features. The rigid and lightweight body is achieved by utilizing advanced high-strength steel to minimize cabin distortion in a collision.
Advanced safety features are numerous, and include Automatic Emergency Braking with Pedestrian Detection, Lane Departure Warning with Lane Keep Assist, and Blind-Spot Detection with Rear Cross-Traffic Alert. New for 2019 is Driver Attention Alert and High Beam Assist.
Photo: Hyundai Motor America.
Economy & Efficiency
The 2019 Hyundai Ioniq Plug-in Hybrid with a more powerful 44.5 kW electric motor has an all-electric range of 29 miles and 119 MPGe in EV mode. This vehicle can easily run 52 MPG in hybrid mode. The new Ioniq has a 0.24 coefficient of drag, among the best in a mass-produced vehicle.
The 2019 Ioniq Hybrid is equipped with a less powerful yet still potent 32 kW electric motor that produces an additional 43 horsepower and 125 lb-ft. of torque for a combined output of 139 horsepower and 58 MPG, which is the highest fuel economy rating of any non-plug-in vehicle sold in the USA, according to Hyundai.
If you happen to be considering an EV for your next vehicle, you should take a closer look at the 2019 Hyundai Ioniq Electric. It offers pure electric power courtesy of a 28.0kWh lithium-ion polymer battery and 88kW electric motor that produces 118 horsepower and 218 lb-ft. of torque. This EV has an estimated range of 136 MPGe.
No matter which Ioniq model you choose, it is safe to assume that fuel consumption is the least of your concerns.
Sea of Voices
Since you’ll be spending a lot of time driving your 2019 Hyundai Ioniq, the car comes equipped with a high-definition seven-inch TFT information cluster. The display changes to a revolving digital speedometer with an analog-type tachometer if you engage SPORT mode.
Further enhancing driver and passenger convenience is “natural-language server-based voice-recognition technology.” This package comes standard on all 2019 Ioniqs equipped with a navigation system. Also available is Apple CarPlay, Android Auto, Blue Link, and wireless charging for Qi-compatible devices.
Photo: Hyundai Motor America.
New Look
The Ioniq Plug-in Hybrid features a hexagonal grille, vertical C-shaped LED daytime running lamps, low-beam LED headlamps, and 16-inch alloy wheels. The Ioniq Hybrid can be distinguished with standard Bi-Xenon HID headlamps and C-shaped LED positioning lamps and two-tone 15-inch or 17-inch alloy wheels.
Finally, the 2019 Hyundai Ioniq Electric has a sleeker grille design, HID Xenon headlamps, LED tail lamps, and 16-inch Eco-spoke wheels.
All 2019 Ioniq models will be available this summer.
Alvin Reyes is the Associate Editor of Automoblog. He studied civil aviation, aeronautics, and accountancy in his younger years and is still very much smitten to his former Lancer GSR and Galant SS. He also likes fried chicken, music, and herbal medicine. 
Photos & Source: Hyundai Motor America.



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Porsche Introduces Augmented Reality Glasses for Vehicle Servicing & Repair

Porsche Introduces Augmented Reality Glasses for Vehicle Servicing & Repair Virtual reality is the biggest thing in the gaming industry. But it seems Porsche has a unique and more practical solution that utilizes augmented reality to fix your car. Porsche Cars North America (PCNA) will start rolling out Tech Live Look to all 189 Porsche dealerships in the United States. The system consists of smartglasses to provide live interaction with remote experts located hundreds of miles away.
If this sounds like the new wave of the future, then you’re right on target.
What Is Augmented Reality?
Glad you asked. Without sounding like a computer boffin with unruly hair and spectacles the size of the London Eye, augmented reality is being developed to enhance or improve the way humans interact in the real world.
We got a good taste of augmented reality with Google Glass back in 2013. It was basically an optical head-mounted display, shaped to resemble a humble pair of eyeglasses. Think of it as your smartphone being projected in your eyes. You can open, read, and respond to emails, search for directions on Google Maps, or chat with your buddies on social media using voice commands.
You still with me? Good. We covered a similar story on Tech Live Look last year. After conducting a series of successful pilots in 2017, the system went live at three Porsche dealerships recently. The goal is to have 75 more dealers go live by the end of this year with the remainder to follow by 2019.
Photo: Porsche Cars North America, Inc.
How Does Tech Live Look Work?
The system works like a carefully balanced orchestra. Dealer technicians will wear smartglasses to connect to the augmented reality software while fixing your Porsche. Remote experts from far away can see in real-time a high-definition video feed of what the technician is working on courtesy of the glasses.
But what if the technician gets puzzled by, say, an issue with the electric power steering? Instead of leaving the floor and tolling away at the computer or phone in the office, the Porsche technical support team (located in Atlanta) can simply press a couple of buttons to project step-by-step technical bulletins, repair procedures, and schematic drawings on the display in the technician’s glasses. This means faster repair times and better efficiency.
The technician can also open and view documents while working on the vehicle. This is better than browsing the pages of the service manual with dirty hands, and it sure beats making multiple phone calls, sending emails, and making on-site visits to identify and diagnose the issue for repair.
Photo: Porsche Cars North America, Inc.
Customer Focused
With the Tech Live Look system in full swing, PCNA is looking to dramatically shorten service resolution times – by up to 40 percent.
“By solving issues faster, our dealer partners can get their customers back into cars with less disruption. And our overall service quality increases as we share expertise more efficiently between our experts and dealer technicians,” said Klaus Zellmer, President and CEO of Porsche Cars North America. “Tech Live Look is the kind of digital innovation Porsche values because it raises the quality of the customer experience.”
Porsche’s Tech Live Look is the first such application at scale in U.S. auto repair, and won a best-in-class award from the annual Field Service USA conference back in April.
There is no other way to put it. Tech Live Look is one of the coolest things to ever happen in auto repair.
Alvin Reyes is the Associate Editor of Automoblog. He studied civil aviation, aeronautics, and accountancy in his younger years and is still very much smitten to his former Lancer GSR and Galant SS. He also likes fried chicken, music, and herbal medicine. 
Photos & Source: Porsche Cars North America, Inc.



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Bricks And Bones: The Indy 500 Is Pure Righteousness: A Prologue

Bricks And Bones: The Indy 500 Is Pure Righteousness: A Prologue Tony Borroz is attending the 101st Running of the Indianapolis 500, scheduled for Sunday, May 28th, 2017. This series, Bricks And Bones, explores the cultural significance, endearing legacy, and the nitty-gritty phenomenon of The Greatest Spectacle in Racing.

Conflicting Emotions
I’m sitting in the Dallas/Fort Worth airport, between here and there, between desert and farmland, between my glowering past and my immediate future. I am calm, but my mind seems to be screaming out in a thousand different directions at once. Everyone seems to be saying I should be feeling happy or excited or sad or tired or respectful or lonely, but I’m all of those things and none of them all at the same time.
At the moment I am still. Waiting through this interminable layover, waiting for my connecting flight between here and there.
Frequent Fear
My mind, and a notional team of psychiatrists would imply that, in my given emotional state outside of “work” (which this is), peace and serenity would be good goals to pursue. Instead, I am anxious to stuff myself into an alloy tube controlled by overworked, overtired, yet overpaid former-military hotshots; worked by over-glorified wait staff that seem to have no compunction these days from physically and emotionally abusing you for the slightest infractions like airborne Stassi martinets.
Powerful Prelude
I should be still . . . be still . . . be still; seek out an extended period of immobility, but right now, what I am most anxious for is speed, and lots of it. I need to wad myself into an alloy tube and be blasting through the thin air at .84 Mach. I am going to need velocity and quickness, pace, and swiftness.
I am going to The Indy 500.
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.
*To be continued. Bricks And Bones is an Automoblog original series with forthcoming installments during the days leading up to, and following the Indianapolis 500.
Cover Photo: 1915 Indianapolis 500, courtesy of Indianapolis Motor Speedway.



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Report: General Motors is under fire for accusations of diesel-emissions test cheating

Report: General Motors is under fire for accusations of diesel-emissions test cheating It seems the crackdown on cheating diesel emissions tests isn’t over and moves on to General Motors.

What’s going on?
Just when you thought the dust (soot?) was beginning to settle in the wake of Volkswagen’s TDI diesel-emissions cheating scandal, aka “dieselgate,” a class-action lawsuit was just filed against General Motors for similar accusations.
Like rubbing salt in the wound, this adds another layer of legal troubles for General Motors, following its largest recall for faulty ignition switches. So far, GM paid out roughly $2.5 billion in penalties and settlements.
What’s the suit about?
According to AutoBlog, the lawsuit alleges that more than 705,000 Duramax diesel-powered Chevrolet Silverado and GMC Sierra pickups from 2011 to 2016 model years produced two to five times more NOx pollutants than legally allowed. The lawsuit itself is seeking refunds or reimbursement for lost vehicle values and punitive damages.
GM spokesman, Dan Flores, declared the accusations as “baseless,” citing the trucks’ compliance with US Environmental Protection Agency emissions requirements. Flores also emphasized the trucks’ ability to meet California’s strict diesel standards.
It should also be noted that the Duramax trucks come equipped with urea-injection systems. Those system inject Diesel Exhaust Fluid into the catalytic converter to significantly reduce NOx emissions.
The never-ending story
General Motors is the fifth automaker to undergo scrutiny for its diesel passenger vehicles. They join Volkswagen, Daimler, Peugeot, Renault, and FCA. The latest lawsuit against GM is not much different.  Further detailed allegations point to the use of emissions test “defeat devices.” That forces the truck’s engine computer to run at a different state than in real-world conditions under testing, thus falsifying results.
More as it develops…
– By: Chris Chin
Source: AutoBlog
 
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BREAKING: The new BMW 8-Series is back after a 17-year hiatus and this is it in concept form

BREAKING: The new BMW 8-Series is back after a 17-year hiatus and this is it in concept form After many rumors and teasers, BMW finally revealed its hotly anticipated 8-Series coupe revival in concept form….and just look at it!

What’s going?
The BMW 8-Series is back baby and Munich’s finest just unveiled a concept for the world to see on the Interwebs. Set for a debut at this year’s Concorso d’Eleganza Villa d’Este show, the new 8-Concept previews a new large, grand tourer luxury coupe from Bavaria. And we couldn’t be any more excited.
The original BMW 8-Series ended production in 1999. Since then, the BMW 6-Series revival took the role of providing buyers with a large, 2+2 grand touring coupe option. But the 6-Series just wasn’t enough and it wasn’t the same, especially with competitors from Mercedes-Benz, like the S-Class Coupe. Lexus also has the new LC500, which laid even more pressure on BMW to make a larger, grand tourer.
“The BMW Concept 8 Series is our take on a full-blooded high-end driving machine,” said Adrian van Hooydonk, BMW Group Design’s senior vice president. “It is a luxurious sports car which embodies both unadulterated dynamics and modern luxury like arguably no other. For me, it’s a slice of pure automotive fascination.”
BMW’s new flagship












Due for a full launch in 2018, the BMW 8-Series Concept is in near-production form, meaning what you see here is what you’ll likely get when it hits showrooms. There will be some changes to meet regulatory and safety requirements.
Overall, the new BMW 8-Series takes inspiration from the Vision Future Luxury Concept showcased at the 2014 Beijing Auto Show. Other tidbits also resemble styling cues from the Pininfarina-styled Grand Lusso Coupe Concept. There are also some hints of BMW i8 in the 8-Series Concept, particularly with the rear three-quarter panel and shoulder line. Altogether, it is very pleasant for the eyes.
The same sentiments carry over for the insides. Both suave and contemporary, the complete interior comes jam-packed with technology. A total of three massive digital screens are visible, hinting at the use of gesture and touchscreen interfaces. We can’t imagine the steering wheel will pass safety requirements. But the rest of the interior appears to also be nearly production ready.
Spearheading razor-sharp dynamics and modern luxury
BMW didn’t specify what powers the new 8-Series Concept. But we imagine it involves some sort of internal combustion engine, mated to some transmission, driving the rear or all four wheels.
It might be a while until we learn of such details. So stay tuned for that.
– By: Chris Chin
Source: BMW
2017 BMW Concept 8 Gallery













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