2019 Genesis G70: Korean Sport Sedan Goes Head-to-Head with Established German Marquees

2019 Genesis G70: Korean Sport Sedan Goes Head-to-Head with Established German Marquees Many people say the sport sedan is dead but Hyundai’s luxury subsidiary Genesis thinks otherwise. The 2019 Genesis G70 is the third and final sedan in the Genesis lineup, yet the third of six brand new models that are slated to debut by 2021.
But unlike the flagship G90 and midsize G80, the 2019 Genesis G70 is bred and engineered to deliver a sportier and more athletic driving feel. I found this interesting since the 2019 Genesis G70 has a longer wheelbase (111.6-inches) than the BMW 3-Series, Audi A4, and Mercedes-Benz C-Class.
Overall length is also on the larger end of the scale compared to the German marquees at 184.5-inches. This tells me the 2019 Genesis G70 will offer driver-focused performance without ruffling your tail feathers.
The Proof is in the Pudding
The new Genesis G70 was engineered by design and is equipped with the stiffest body structures in its class, according to the automaker.
“The foundation for any kind of car that performs well dynamically is an incredibly rigid platform,” said Albert Biermann, President and Head of Vehicle Performance, Hyundai Motor Group. “That translates not only to performance, but how it feels down the road as well as safety achievement levels.”
The strategic use of aluminum for the hood and strut tower reinforcement bars enables the G70 to have a lower center of gravity. The car also benefits from an integrated frame that drastically reduces the number of physical parts needed to reinforce the chassis.
“The proof is in how G70 handles on a spirited drive, whether that’s early on a Sunday morning on a hilly, country road or on a daily commute to the office,” Biermann continued. “We used high-strength steel, aerospace-grade adhesives, and strategic lightening with aluminum to create the ideal balance of stiffness and competitiveness.”
The result of all this is telepathic steering, sportier handling, and better driving dynamics. The rigid body structure and longer wheelbase also equates to a smoother ride.
Photo: Genesis Motor America, LLC.
Exterior Design
Genesis designed the 2019 G70 under the company’s Athletic Elegance ethos. The new saloon has the widest overall stance and lowest overall height in the segment. The kinetic form factor of the exterior panels was enough to return a sleek and aerodynamic 0.28 coefficient of drag. If you slap on the more aggressive 19-inch wheels and Michelin Pilot Sport 4 summer tires, the coefficient of drag is still a slippery 0.29.
So far, it seems Genesis created a recipe for a truly scintillating dish. Stiff and rigid chassis? Check. Aerodynamic body design? Check. So, what’s next?
Power to the People
The 2019 Genesis G70 can be configured with a 2.0-liter turbocharged and direct-injected 4-cylinder gasoline motor with 252 horsepower and 260 lb-ft. of torque. This engine benefits from a smaller turbine wheel, motor-driven intake variable valve timing system, and a two-stage relief oil pump to improve low end torque and engine power.
The crème of the crop is the 3.3-liter twin-turbocharged and direct-injected V6 motor that churns out 365 horsepower and 376 lb-ft. of torque. Curiously enough, both motors can be found in the Kia Stinger. The V6 motor is equipped with a single scroll, twin turbo system, integrated exhaust manifold cylinder head, a dual-stage variable oil pump, and the Mid Position Lock Continuously Variable Valve Train system (MPL CVVT) to improve engine response and efficiency.
Photo: Genesis Motor America, LLC.
Transmission Tech
Transferring power to the rear wheels is the standard eight-speed automatic with rev-matching and gear-holding technology. All-wheel drive is an option for either engine. A mechanical limited-slip differential is standard on the 3.3 (rear-wheel drive) and optional on the 2.0 (also rear-wheel drive).
What’s interesting is the availability of a six-speed manual transmission on the 2.0 turbo, rear-wheel drive. If you choose the manual, your G70 will also come with high-performance Brembo brakes, higher horsepower output (255 versus 252 for the automatic variant), a special exhaust, and additional weight reduction features.
Other go-fast and performance-enhancing goodies include launch control, a rack-mounted and motor-driven power steering system, and Dynamic Torque Vectoring Control so you can attack corners like Mika Hakkinen on steroids.
Availability
What we have here is an exciting and equally luxurious sports saloon that will give the Alfa Romeo Giulia, BMW 3-Series, and Audi A4 a serious run for the money. You can expect the 2019 Genesis G70 to arrive at U.S. dealerships 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. 
2019 Genesis G70 Gallery














Photos & Source: Genesis Motor America, LLC.



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GM Breaks Ground On New Parts Processing Facility In Burton, Michigan

GM Breaks Ground On New Parts Processing Facility In Burton, Michigan General Motors Customer Care and Aftersales recently broke ground on a new ACDelco and Genuine GM Parts processing center in Burton, Michigan. The site, a vacant 141-acre lot near the intersections of Genesee and Davison roads in the City of Burton, is GM’s single largest investment in a warehousing and logistics facility in the United States in nearly 40 years.
The processing center will see a $65 million investment from the automaker.
Forward Looking
When it opens early next year, the facility will serve as the main induction point in the United States for ACDelco and Genuine GM service parts. Once there, the parts will be unitized and packaged, ultimately ending up in service departments and dealerships around the country for use on a variety of GM and other vehicles.
The Burton facility will also mirror many of the objectives proposed in GM’s most recent sustainability report.
“GM is executing a focused and disciplined strategy to improve our core business and position the company for the future, guided by our vision of a world with zero crashes, zero emissions, and zero congestion,” explained Tim Turvey, GM Global Vice President, Customer Care and Aftersales. “Our new facility in Burton will help us deliver that future.”
Upward Expansion
At over a million square feet of floor space, the facility will be more than double the size of the GM’s existing parts processing center. Once completed, it will have 84 shipping and receiving docks, up from 35 at the current facility. Close to 700 hourly and salaried team members will make up the staff. After the closure of the existing center on Davison Road in Burton, employees will transfer to the new location.
NorthPoint Development will build the facility and lease it to GM for an initial term of 12.5 years.
“Projects like this only become a reality when you have great teamwork and true collaboration, like we have with the City of Burton, the UAW, and NorthPoint Development,” Turvey said.
The Automoblog Staff contributed to this report and can be reached anytime.
Photo & Source: General Motors.



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Volvo Inaugurates First U.S. Manufacturing Plant, Doubles Down On Environmental Initiatives

Volvo Inaugurates First U.S. Manufacturing Plant, Doubles Down On Environmental Initiatives Volvo has inaugurated their first manufacturing plant in the United States, a new state-of-the-art production facility in Charleston, South Carolina. The plant is central for Volvo’s “Build Where You Sell” strategy, establishing a manufacturing presence in all three of the company’s major sales regions. Volvo says the new South Carolina facility nicely compliments the company’s three European plants – two manufacturing, one engine – plus three factories and an engine plant in China, and assembly plants in India and Malaysia.
“The opening of our first American factory is a very big deal,” said Anders Gustafsson, President and CEO, Volvo Car USA. “Our U.S. business is developing well, our cars have won prestigious awards, and the new South Carolina facility will be a big asset to both Volvo Cars and the community.”
Home Team
Volvo Cars is investing over a billion dollars in the South Carolina plant to create 4,000 new jobs during the coming years. The site includes an office building for up to 300 staff from R&D, purchasing, quality, and sales. Approximately 1,500 will be employed by the end of this year, just as production of the new S60 is beginning. The plant can produce 150,000 cars per year at full capacity.
“The Charleston plant establishes the U.S. as our third home market,” said Håkan Samuelsson, President and Chief Executive, Volvo Cars. “The sedan segment and the SPA platform’s proven ability to boost profitability offer significant growth opportunities for Volvo Cars in the U.S. and globally.”
Photo: Volvo Car Group.
Environmental Focus
Volvo also wants at least 25 percent of the plastic used in every new model to come via recycled material from 2025 onward. Volvo has already unveiled a specially-built version of the XC60 T8 plug-in hybrid that looks identical to the current model, but has several of its plastic components replaced with recycled materials.
The vehicle’s interior has a tunnel console made from renewable fibres, plastics from discarded fishing nets, and maritime ropes. The carpet contains fibers made from PET plastic bottles and a recycled cotton mix from clothing manufacturers’ off-cuts. The seats also use PET fibers from plastic bottles; seats from old Volvo cars were even re-purposed for sound-absorbing material.
“Environmental care is one of Volvo’s core values and we will continue to find new ways to bring this into our business,” Samuelsson said. “This car and our recycled plastics ambition are further examples of that commitment.”
This purpose-built XC60 contains a number of recycled components. Photo: Volvo Car Group.
Collaborative Effort
Volvo is urging suppliers to work closely with automakers to develop a more sustainable approach to manufacturing.
“We already work with some great, forward-thinking suppliers when it comes to sustainability,” explained Martina Buchhauser, Senior Vice President of Global Procurement, Volvo Cars. “However, we do need increased availability of recycled plastics if we are to make our ambition a reality.”
Volvo is also pushing for climate-neutral operations by 2025, and in January, the engine plant in Skövde, Sweden became the company’s first such facility.
“That is why we call on even more suppliers and new partners to join us in investing in recycled plastics and to help us realize our ambition,” Buchhauser added.
The Automoblog Staff contributed to this report and can be reached anytime.
Volvo’s South Carolina Plant Gallery








Photos & Source: Volvo Car Group.



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AutoSens Returns To Brussels, Belgium With Robust Agenda Focused On Autonomous Driving

AutoSens Returns To Brussels, Belgium With Robust Agenda Focused On Autonomous Driving Fresh off a successful Detroit conference in May, AutoSens, a global summit on automated driving, is returning to Brussels, Belgium in September. Organizers have announced the agenda for the event which includes over 60 different sessions meant to facilitate meaningful dialogue on the topic of autonomous cars.
“The challenge of the automotive industry is to design computers and robots that can perform tasks better than humans can, while also causing minimal disruption to a system that will include human driven vehicles for many decades to come,” explained AutoSens founder Robert Stead. “It’s no easy task.”
Collaboration & Communication
AutoSens covers nearly every aspect of autonomous driving, from the supply chain, infrastructure, and engineering challenges, to legal, financial, and ethical considerations. Attendees, speakers, sponsors, and participants are encouraged to leverage each other’s expertise during the event, which takes aim at the biggest challenges facing autonomous cars. Collaboration and creativity are the central themes of AutoSens, whereby professionals in the field are encouraged to share ideas and devise solutions to the obstacles facing autonomous driving.
“This is a fiercely competitive market, but all companies can benefit from a forum with a free exchange of ideas,” Stead told us earlier this year. “Of course people don’t come and give away all their trade secrets, but so often engineers across the supply chain are facing similar challenges, and by working together to solve some of those core problems, they can spend more time focusing on the real value-add IP at the cutting edge of research.”
“I would say the biggest challenge for people is trying to understand the different technologies,” said Phil Magney, Founder and Principal Advisor, VSI Labs, during AutoSens Detroit in May. “This conference has been good for us because we meet like-minded people that are facing similar challenges; we talk, we exchange our views, and we learn from each other.”
Dataspeed Founder Paul Fleck (black shirt, jacket, middle) talks with AutoSens Detroit attendees in May. Dataspeed showcased the company’s ADAS Kit which helps engineers maximize their development of autonomous systems in the field. Photo: Alex Hartman for Sense Media.
For Engineers, By Engineers
Organizers say they are focused on the technical integrity of the conference, making sure attendees have an accurate picture of what is going on the market. In other words, there are no sales pitches or slides; “for engineers, by engineers” is the approach organizers take, and it can be seen in every aspect of the conference, from the autonomous vehicle demonstrations, to the expert panel of speakers.
“AutoSens brings together engineering minds in a way incomparable with other events this this sector,” Stead said. “A real sense of community is what makes it tick. You’ll find the attendees, even if they are doing research on a niche technical area, will be very open to explain what it’s all about to those who are not so experienced.”
AutoSens Brussels 2018 will include keynotes from Professor Christoph Stiller, KIT, on Solutions and Open Challenges in Vehicular Perception, Professor Michael Watts, MIT, with a review of the latest research in photonics-sensor technologies as they relate to the automotive sector, and Jack Weast, Intel, on sharing an Open, Transparent, Industry-Driven Approach to AV Safety.
Expert speakers include representatives from BMW Group, Intel, Hailo, Lyft, NXP Semiconductors, Waymo, University of Surrey, Siemens, Renesas, Smart Eye, The University of Warwick, ABI Research, VSI Labs, and Arbe Robotics. Session leaders have expertise in robotics, computer vision, automotive electronics, digital imaging, and functional safety.
“The difference between AutoSens and many other events on this hot topic of self-driving cars is that the AutoSens attendees are the actual engineers who are building the systems that will make it all possible,” Stead said. “They know first-hand what technologies work well, what the bottlenecks are, and what the future capabilities will be.”
Attendees sit in during one of the many technical presentations that took place at AutoSens Detroit in May. The conference will return to the Michigan Science Center beginning on May 13th 2019. Photo: Alex Hartman for Sense Media.





Tickets & Location
AutoSens Brussels 2018 will be held inside the city’s famous AutoWorld Museum, September 17th through the 20th. Tickets, including discount packages for females in the engineering community and early bird specials, are available now. The event’s full agenda and speaker lineup can be found here. The AutoSens Awards, also held in Brussels, are set for the evening of September 19th.
Over 400 engineers, researchers, technologists, and other industry experts attended AutoSens in Detroit in May. As they prepare for the upcoming Brussels conference, organizers are grateful – maybe even a little surprised – at the level of support they have received in such a short time.
“We’re incredibly excited to see it grow to such stature in only the fifth edition of the event,” Stead said. “It fills me with a lot of happiness because it shows our hard work pays off. We just work with so many great people.”
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.
AutoSens Brussels Themes & Topics
Image quality and standardization.
Image and signal processing requirements.
Human factors in sensor and autonomous vehicle design.
Regulation/ethical considerations for self-driving vehicles.
How to improve the performance and safety of automated vehicles.
Functional safety and testing, including real world versus virtual validation.
Driver and compartment monitoring on the way towards autonomous vehicles.
Sensor fusion, including validation challenges and discussion of different combinations of sensors.
Sensor technologies, including camera monitoring systems, LIDAR, radar, and time-of-flight imaging.



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First 2019 Subaru Ascent Hits The Road

First 2019 Subaru Ascent Hits The Road The very first 2019 Subaru Ascent has hit the road, being sold by Sommer’s Subaru in Mequon, Wisconsin to Samantha Ernest of Pewaukee, Wisconsin. To mark the occasion, the retailer held a small celebration for Ernest who was joined by her two sons Caden and Oliver, and their Boston Terrier, Brewer.
Production of the three-row SUV began in early May.
Personal Greeting
Subaru of America’s District Sales Manager, Mark Schreiber, was on hand with with dealer principals Don and Wally Sommer. Sommer’s Subaru opened in 1997 and remains a family operation today; Wally’s son, Grant, and Don’s daughter, Elizabeth, are employees. All greeted Ernest personally when she arrived to take delivery.
“Samantha is a two-time Subaru owner,” Don Sommer said. “She bought her first Subaru from me in 2006, and in 2008 she bought a Tribeca. She’s been patiently waiting for the Ascent, and following it for a year-and-a-half.”
Ernest was presented with the Starlink Entertainment Anywhere kit that includes two 9.7-inch Apple iPads, two Harman Kardon Bluetooth headphones, and two OtterBox cases. The 2019 Ascent is also the first Subaru to have a dedicated, in-vehicle WiFi hotspot.
Like many Americans, however, Ernest simply needed more room to accommodate her growing family.
“My husband, Pat Henderson, and I have two active little boys,” she said. “They love sports, so we’re always running them to Taekwondo, swimming or team sports with their friends.”
2019 Subaru Ascent. Photo: Subaru of America, Inc.
Family Friendly
Subaru’s engineers were tasked with maximizing the vehicle’s available space, creating flexible seating options, and enhancing the overall interior comfort. The 2019 Ascent is now the largest Subaru ever built and comes with a third row, arguably the vehicle’s best feature.
“One of the reasons I wanted this new SUV is because it has the third row,” Ernest said, referencing her sons and their active lifestyle. “Now that they’re getting a bit older and have more friends, I need more room.”
Other family-oriented features include rear doors that open 75 degrees, making access to the third-row seats easier. The vehicle is powered by a 2.4-liter Boxer engine that creates 260 horsepower and 277 lb-ft. of torque. All-wheel drive is standard.
Photo: Subaru of America, Inc.
Pricing & Availability
 
The 2019 Subaru Ascent is priced from $31,995 and is available now in four trim levels: Base, Premium, Limited, and Touring. Subaru’s Lafayette, Indiana plant is responsible for the SUV’s production, which resulted in 200 new jobs and $140 million in equipment and expansion investments. The plant already produces the Outback, Legacy, and Impreza.
The Automoblog Staff contributed to this report and can be reached anytime.
Photos & Source: Subaru of America, Inc.



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Ford Invests In Future Technology, Local Neighborhoods With Purchase of Iconic Detroit Landmark

Ford Invests In Future Technology, Local Neighborhoods With Purchase of Iconic Detroit Landmark Ford Motor Company announced the acquisition of Michigan Central Station during a ceremony attended by employees, residents, city and state officials, and members of the media. Michigan Central Station, located in Detroit’s Corktown neighborhood, will serve as a hub for autonomous and electric vehicle design, as well as the development of urban mobility services, including – but not limited to – connected vehicles, infrastructure, and public transit.
The announcement comes as the automaker celebrates its 115-year anniversary.
“Michigan Central Station is a place that in many ways tells the story of Detroit over the past century,” said Bill Ford, Executive Chairman, Ford Motor Company. “We at Ford want to help write the next chapter, working together in Corktown with the best startups, the smartest talent, and the thinkers, engineers, and problem-solvers who see things differently – all to shape the future of mobility and transportation.”
Brief History
Michigan Central Station has been a fixture of Detroit for generations, finished in January of 1914 as the depot for the Michigan Central Railroad. At the time, the Michigan Central Railroad bought 50 acres of land in Corktown after the downtown depot at Third and Jefferson could no longer sustain the influx of passengers.
Michigan Central Station became the new designation, headed by the same architects that designed New York’s Grand Central Station. When it was constructed, it stood 13 stories high with a roof height of 230 feet, enough to make it the world’s tallest train station
The first train left for Saginaw and Bay City on December 26th, 1913 as the first arrival came from Chicago. In its prime, the depot served some 4,000 people daily. Among the many notable guests: Franklin D. Roosevelt in 1936 and Harry S. Truman in 1948. The park in front of the station was eventually named Roosevelt Park, in honor of Theodore Roosevelt who visited in 1916.
Michigan Central Station remained in service until January 6th 1988, slowly falling into ruin after Amtrak departed the station for the final time. On numerous occasions, the question was raised of who would be able to restore it. Dozens of suggestions, from luxury apartments to a police headquarters were proposed, all to no avail. For years, the iconic train station had plenty of interest, and certinately plenty of potential, but no suitor could be found.
Michigan Central Station (present day) has served as the backdrop for a number of films, including “Batman v Superman: Dawn of Justice” in 2016, “Transformers” in 2007, and “8 Mile” in 2002. Photo: Detroit Historical Society.
Upward Expansion
The purchase of Michigan Central Station is one of several in the Corktown area for Ford. The automaker has also acquired the former Detroit Public Schools Book Depository, the site of an old brass factory, a refurbished former factory, and two acres of empty land. In time, Ford’s Corktown campus will consist of 1.2 million square feet of space, three-quarters of which will be split between the company and its partners.
Another 300,000 square feet will combine community areas, retail space, and residential housing.
Approximately 2,500 Ford employees, many from the mobility team, will be based in Corktown by 2022, with space by that time to accommodate another 2,500 employees of the automaker and/or other partners. Ford believes being situated in Detroit proper will help attract an array of talent, from promising startups to experienced engineers who want to tackle the biggest challenges facing mobility.
A postcard depicting Michigan Central Station, circa 1955. Photo: Detroit Historical Society.
Challenges & Opportunities
Michigan Central Station will be home to some of Ford’s most ambitious and forward-looking objectives. For example, the Corktown campus will facilitate the implementation of what Ford calls a “fresh approach” on how transportation can help citizens lead more productive and fulfilled lives.
“What Rouge was to Ford in the industrial age, Corktown can be for Ford in the information age,” explained Jim Hackett, President and CEO, Ford Motor Company. “It will be the proving ground where Ford and our partners design and test the services and solutions for the way people are going to live and get around tomorrow, creating a Southeast Michigan mobility corridor that spans west from Dearborn to Ann Arbor, and east to Detroit.”
The automaker notes that as cities become more populated, as infrastructure ages, and as new technologies become available, the way people get around will inevitably be impacted. To truly address this, Ford believes it will take more than just new vehicles – or even autonomous ones – but rather smart automobiles that can adapt and react to an increasingly connected world.
“This will be the kind of campus where the emerging economy thrives – a collaborative ecosystem of companies, educators, investors, and innovators,” Hackett continued. “This is where part of our team will live and work as a part of this community, alongside the customers and neighbors whose lives we’re trying to make better.”
“In Corktown, Ford’s efforts can come together in an urban environment, proving-out technology in the same environment where new ideas must be applied,” reads a statement from the automaker. “This campus has the potential to help return Detroit to being the ‘mobility capital of the world’ – shaping the future of transportation for the better.”





Community Service
It was Ford’s Highland Park and River Rouge plants that helped put the nation on wheels and create the middle class. At Willow Run, the War Effort saw the assembly of the planes and tanks that stopped an evil dictator during World War II. In Flat Rock, the Mustang continues to inspire a generation of enthusiasts, while in Kentucky, the big trucks that roll off the line serve as chariots for the working population.
It remains the automaker’s vision that Corktown becomes a similar staple in their history.
“Just as Dearborn does, Corktown holds a special place in my heart,” Ford said. “Henry Ford was the son of an immigrant. His father, William Ford, came over from Cork during Ireland’s potato famine. And Corktown was a destination for immigrants like him who came here with little more than hope.”
Under the company’s ownership, Michigan Central Station will see a complete restoration to its original luster, along with the addition of local shops, restaurants, and dedicated public spaces for area residents. The new Michigan Central Station will strike a balance, serving as a centerpiece for future innovation and standing as a monument to Detroit’s rich history.
“It was a place where you could reimagine what’s possible,” Ford said. “That’s what we want to do all over again, right here in Corktown – to build tomorrow, together.”
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.
Michigan Central Station Gallery


























Photos & Source: Ford Motor Company, Detroit Historical Society.



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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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