Automotive

Lotus Elise Cup 260: Going For Gold (Literally)

Lotus Elise Cup 260: Going For Gold (Literally)

How many different versions of the Elise can Lotus make? Just one more would seem to be the answer and, like its stablemates, the Lotus Elise Cup 260 is an amazing little car worthy of the company name in every respect. The Elise Cup 260 is like an already sharp knife honed even further, making for a very impressive car in all respects . . . except for that (thankfully) optional color of Championship Gold.
The Championship Gold is in honor of the 70th anniversary of Lotus.
Good Intentions
Lotus, or more specifically, company founder Colin Chapman had this thing for the color gold. Nothing wrong with that, per se, but gold is a terribly hard color to get right, especially on cars. Look no further than our subject here, the Lotus Elise Cup 260. I know, you want it to look like the precious metal, you want the paint on the car to look like the ring on your finger, but it never does work out that way, does it? Sadly, no. Cars painted gold, and this goes for the Elise Cup 260 as well, always end up looking beige from one angle, or dull light brown from another. So, sigh.
But other than that, the Lotus Elise Cup 260 is as “hubba-hubba” as any car the Hethel concern has ever rolled out.
“Each and every one of the sports cars produced by Group Lotus today carries the true spirit of Lotus, laid down by my father nearly 70 years ago,” explained Clive Chapman, Director of Classic Team Lotus. “I am extremely proud that his legacy and achievements are being acknowledged and celebrated in this iconic version of the Elise.” Photo: Group Lotus plc.
Gold Standard
Billed as the “ultimate Elise,” Lotus has the specs and the pace to back that up. With just 30 examples being for sale worldwide, the race-car derived ultimate Elise has an aero package that can generate nearly 400 pounds of downforce – which is considerable on a car that only weighs 1,900 lbs. All that lightweight comes from the profligate use of carbon fiber. All the aero gains, chassis tuning, and the like are put to good use thanks to a 250 horsepower, supercharged engine. That adds up to a 0 to 60 sprint of 3.8 seconds, a top speed of 151 mph, and a track time 2.5 seconds faster than the Elise Cup 250.
The 260 has a lot of the same styling elements found on the Elise Sport and Sprint models, along with bits and pieces and cues from the Evora GT 430. Such things include the louvered front wheel arch vents and an over-sized rear wing, permitting greater grip levels and higher cornering speeds. And since this is a Lotus, the aforementioned weight savings are everywhere on the Elise Cup 260. The large rear wing is carbon fiber (of course), as is the front access panel, the engine cover, the roll hoop cover, and the side sill covers which total up to a savings of nearly 14 pounds. Weight is further trimmed thanks to light, two-piece brake discs, lightweight carbon race seats, a Lithium-Ion battery, lightweight forged alloy wheels, and a polycarbonate rear window.
All this featherweight goodness is sped down the lane by an all-alloy, intercooled and supercharged 1.8-liter engine with new induction components and revised calibration. Cranking out 250 horsepower and 188 lb-ft. of torque, the plant is mated to a six-speed manual (of course) gearbox.
The Elise Cup 260 is 33 lbs. lighter than the Elise Cup 250 at 1,988 lbs. Photo: Group Lotus plc.

Suspension & Braking
The Elise Cup 260 features a fully independent double wishbone suspension with an adjustable front anti-roll bar. The springs are Nitron coaxial coil units paired with adjustable Nitron shocks. The shocks have 24 settings for rebound and compression, which should keep you track-heads busy. The new wheels I mentioned are ultra-lightweight motorsport forged numbers: 16-inches at the front and 17-inches out back, and fitted with Yokohama Advan Neova AD08R tires (205/45 R16 front and 235/40 R17 rear).
Braking is a rather curious affair with a mixed set up: AP Racing twin-piston front calipers and Brembos at the rear clamping down on those lightweight, two-piece brake discs.
Interior Treatments
The interior leans more toward the Spartan, as you would expect, but is still more comfortable than a full-blown race car. The carbon race seats, trimmed in black Alcantara with contrasting red or yellow stitching, are manufactured in-house by Lotus, and that carbon fiber treatment is echoed by the door panels and face-level vents. There are also color inserts that are keyed to the bodywork’s tint found on the seats, transmission console, HVAC surround, and window switches. The car’s hand-built character even extends to the lovely, detailed, manual gearbox’s open gate mechanism that provides precise, direct gear changes and quicker shifting.
You have some options for the inside, such as Alcantara-trimmed steering wheels and sill covers, leather or tartan trim packs for the seats or door panels, and an entertainment system with iPod connectivity and Bluetooth functionality.
Photo: Group Lotus plc.
Pricing & Availability
So how much? Curiously, although Lotus gives prices for the home market, Germany and France, they don’t mention a U.S. price. The British price is £59,500, which translates to over $79,000 in American money. Which, if you’re looking for a comparison, puts it more or less between the two Corvette models Chevy makes.
To me, this sounds like a reasonable price, but I’m funny that way. If I were you, I’d buy one, but just get it painted in something other than gold. The Lotus Elise Cup 260, despite the limited numbers, is available now.
Tony Borroz has spent his entire life racing antique and sports cars. He means well, even if he has a bias toward lighter, agile cars rather than big engine muscle cars or family sedans.

Photos & Source: Group Lotus plc.

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Sacramento Auto Show Offers Family-Fun, Test Drives, Charitable Donations

Sacramento Auto Show Offers Family-Fun, Test Drives, Charitable Donations

First off, it must be said that the Sacramento Auto Show is a charitable event, and proceeds from the 2017 show will benefit Make-A-Wish Northeastern California and Northern Nevada, Shriners Hospitals for Children Northern California, and the Ronald McDonald House. Additionally, the show’s sponsor (the Greater Sacramento New Car Dealer Association) has partnered with The Red Cross to help raise funds for the victims of the wildfires that have devastated Napa, Sonoma, Santa Rosa, and surrounding communities.
Central Location
Some auto shows are steeped in prestige and exclusivity. Others have the heir of a low pressure sales and marketing event. Make no bones about it, all car shows to some extent are about manufacturers showing off their newest vehicles and vying for your business, but if the event organizers can make it fun, who cares?
The vast swath of land and buildings known as the Cal Expo is home to the Sacramento Auto show. This tract provides plenty of opportunity for manufacturers and event hosts to create an immense labyrinth of activities and sales pitches. And boy did they! Themed displays are scattered about the expanse of real estate, both indoors and out.
Energetic Claims
The first activity was presented by the local utility in the form of an EV drive event. Just as you enter the main gate, the most popular (mundane) EVs on the market are lined up to test drive. Coincidentally, there was a line of people all waiting to drive the VW e-Golf while the Leaf, Volt, Focus, and i3 sat idle. The shock on the faces of the sales representatives, er-uh . . . “EV Experts” from Nissan was comical when I requested to take the Leaf for a spin. Upon interrupting the two young reps’ conversation, there was a brief pause. They stared blankly at one another, like they were flipping an imaginary coin to see which one would actually have to move from the bar-height table they were propped against.
The lap consisted of several hundred cones positioned to highlight the favorable attributes of a small EV: one quick straight for 40 yards, followed by 4 to 5 tight switchback U-turns. It was enjoyable, but these test runs are not a place to really get a feel for a car as much as whet your appetite enough to cajole you into a dealer, and sit you down in the finance manager’s office. The interesting thing, however, was the young man accompanying me made two bold statements:
“I own a Leaf and got it up to 90 on a highway on-ramp.”
Hmm? The Nissan leaf does 0 to 60 in roughly 10 seconds. That must have been one heck of a long on-ramp. The second audacious proclamation was prompted while I had my foot mashing the skinny pedal to the floor, while asking how the range would be affected if the Leaf was driven like this all the time:
“It gets about 100 miles of range when driven flat out.”
I would love to test this claim in the real world, driving “flat out” like I was. Keep in mind, while Nissan says the Leaf can do 107 miles on a single charge, they also say speed, topography, load, and accessory use can significantly affect the estimated range.
2018 Nissan Leaf. Photo: Nissan North America.

True Unicorns
Having my fill of electrified fun, I set off to see the Manager of the well put together showcase inside the EV building to discuss some broad terms of the EV future. John from SMUD (Sacramento Municipal Utility District) was more than happy to answer my questions, and/or refer me to an authority for anything he couldn’t answer. Although the main attraction of the display was the Tesla Model S and BMW i8 lightshow (headlights flashing in sync to a rousing version of Carol of The Bells) the Chrysler Pacifica Hybrid stole the show.
The notion that any minivan could be enticing is a strange and foreign concept, let alone a plug-in hybrid minivan. Nonetheless, my time spent in the “Euro Sunday” classic European car exhibit was hastened to see if the FCA Drive booth had a more spirited “test course” set up where I could get my hands on one of these plug-in dad vans.
They did indeed.
2017 Chrysler Pacifica Hybrid. Photo: FCA US LLC.
Minivan Dad
Without knowing what to expect, my first weapon of choice was the Fiat 500 Abarth. Before embarking, I was persuaded to select the sport mode to get the most out of the 1.4-liter turbocharged power plant. The Fiat rep also clearly stated it permissible to go full throttle. Upon seeing the familiar orange cones on their side indicating a turn ahead (much like an autocross course), I sent the Abarth shouting and popping down the straight. The idea that this course was designed as a road simulation was not abundantly clear until I exclaimed, “who puts speed bumps on an autocross course!?” At which point I was told, it isn’t supposed to be an autocross course.
The word must have gotten out about my intent as the rest of my drive hosts were quite persistent, each said no less than two times: “This is NOT a race track, it is intended to be a road simulation,” before allowing me to start the car. The Fiat 124 Spider was nonetheless fun, and the Charger and Challenger were no less brutish. What I really had my eye on was that big, silvery sparkling, leather-laden behemoth exuding elctro-tech across the lot; the well-appointed Chrysler Pacifica Hybrid. On the tight little closed course, it handled like a minivan. No shock there. The appeal of this rig is largely due to having three kids, and family peppered throughout California. The idea of carrying a family of five with baggage for a weekend, and a dog, comfortably and luxuriously, at the rate of 35 mpg is highly alluring.
2018 Dodge Challenger SRT Hellcat Widebody. Photo: FCA US LLC.

Charlie In Charge
Meandering through the exhibits revealed many desirable and interesting cars, along with many new models that have been cover stories all year: Civic Type R, Aston Martin DB11, and the Acura NSX to name a few. By the time I finished sitting in every driver’s seat that caught my eye, be it a video game-based simulation or parked STI, and smudged my face on all that were locked, the sun was lowering and the drive events were winding down.
I hurried to the Toyota tent and asked to drive whatever was ready now, which happened to be a 2018 C-HR. This is where I met Charlie. The test drive started like any other, except Charlie did not seem to share the opinion that the closed course was a road simulation. He knew what the sideways cones were implying. Consequent to entering the Toyota course, Charlie asked me to stop and wait for his word.
“When I say go, put the pedal to the floor, and don’t let up until I say brake.”
Of course, I did what was asked, convinced that Charlie’s unabashed confidence was related to the whopping 144 horsepower and 139 lb-ft. of torque available. Having become accustomed to the apprehensive approach by other hosts throughout the day, I was almost startled when Charlie began rapidly barking driving instructions: “Tap the brakes here!” “Turn in now!” “Stay to the outside through this turn!” Three crushed cones and a cloud of smoke later, Charlie along with three spectators and I left the course smiling.
2018 Toyota C-HR. Photo: Toyota Motor Sales, U.S.A., Inc.
Proper Considerations
I tip my cap to the people of the Sacramento Auto Show. There were many unique cars along with the expected corporate representatives, and too many other things to fully absorb in a few hours. The exhibits were great, the extraordinary show pieces and activities kept you moving from one area to the next. What truly makes this a memorable event is the people who make it happen. If you missed it this year, mark October on your calendar next year and I’ll see you there.
Benjamin Caschera is a car nut in every sense of the word. His eclectic writings range from rants on traffic and wrenching on $500 cars, to adulation of the finest classic and/or latest hypercars. Follow and heckle him on Twitter and Instagram: @TheBoringCarGuy
Cover Photo: Sacramento Auto Show.

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Michigan-Based Collaboration Focuses On Automated Vehicle Safety

Michigan-Based Collaboration Focuses On Automated Vehicle Safety

The Hyundai America Technical Center, Inc. (HATCI) has announced what they deem a long-term partnership with the American Center for Mobility (ACM). The partnership is focused on the advancement of connected cars and automated driving. HATCI is one of ACM’s Founder sponsors and has contributed $5 million to support a “collaborative test environment” in Southeast Michigan.
ACM, located at the historic Willow Run site in Ypsilanti Townshin, Michigan, is a non-profit testing, education, and product development facility for future mobility. HATCI was established in 1986 in Ann Arbor, Michigan as Hyundai’s North American design, technology, and engineering division.
Strong Visions
ACM wants to create a world-class proving ground where companies can develop future mobility technology. On the whole, the facility will encompass many of the non-profit’s core principles: testing, validation, product development, and education, among other things. In September, our trip to Brussels, Belgium for AutoSens showed the autonomous vehicle and connected car landscapes are rapidly evolving. To balance such an upward trajectory, collaboration remains the central theme of AutoSens; the event gathers hundreds of industry professionals working on automated driving and encourages them to work together.
This recent move by HATCI and ACM further underscores the importance of collaboration in this arena.
“Hyundai’s investment supporting ACM strengthens our long-term commitment to the advancement of safety and mobility through automated vehicle technology,” said Andy Freels, President, HATCI. “Working together with industry, academia, and government provides a collaborative environment to support new and innovative mobility solutions.”
Andy Freels (left), President of the Hyundai America Technical Center (HATCI) and John Maddox (right), President and CEO of the American Center for Mobility (ACM) signed a long-term partnership agreement to support the advancement of connected and automated vehicle technology. Photo: Hyundai Motor America.
Top Priorities
The ACM proving ground and testing facility will concentrate on vehicle connectivity, cybersecurity, and multiple autonomous technologies. According to HATCI and ACM, testing will be provided under “unique and extreme conditions in a repeatable and controlled environment” to improve safety. Testing will cover a number of items related to consumer safety and the autonomous car, like how sensors are developed and how vehicles will communicate with the surrounding infrastructure. Different infrastructure scenarios will be mapped out: rural, urban, residential, highway, overpasses, off-road; each one then studied and analyzed.
The testing environment will also be near HATCI’s headquarters, and the close proximity is expected to benefit Hyundai’s advanced driver-assistance systems. Earlier this year, Hyundai demonstrated their automated technology in Las Vegas.
“We have been working closely with Hyundai and are thrilled they have decided to take the next step with this significant investment to further our collaboration,” said John Maddox, President and CEO, ACM. “The Hyundai team has some unique developments they are working on and we are eager to help them achieve their goals.”
“As a founding member, we will help set the direction for connected and automated vehicle standards, and test advanced technologies in a safe environment for the North American customer,” Freels added.
Hyundai conducts urban testing with an autonomous Ioniq. The automaker says their goal is the safe execution of autonomous driving with less computing power at a lower cost. Photo: Hyundai Motor America.

Collective Efforts
Hyundai’s contribution brings ACM’s fundraising total to $101 million for the 500-acre testing site at Willow Run. The first phase of construction is nearly done and the facility is set to open in December. Hyundai joins AT&T, Toyota, and Ford as ACM Founders, who announced their support earlier this year. The ACM project is a joint initiative with the Michigan Economic Development Corporation, State of Michigan, Michigan Department of Transportation, the University of Michigan, Business Leaders for Michigan, and Ann Arbor Spark.
“Hyundai’s commitment to ACM is another example of its commitment to Michigan, and is a great addition to the other companies already partnering with the American Center for Mobility,” explained Michigan Governor Rick Snyder. “It’s exciting to see the spirit of innovation continue at Willow Run that will help fuel job growth and solidify Michigan as the epicenter of automotive and mobility.”
Carl Anthony is Managing Editor of Automoblog and resides in Detroit, Michigan.
Photos & Source: Hyundai Motor America.

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DB11 Volante: Aston Martin Makes A Pretty One

DB11 Volante: Aston Martin Makes A Pretty One

Oh you pretty thing . . . British design can be so frustrating. On the one hand, you have things like the Supermarine Spitfire and the Jaguar E Type and anything Sir Christopher Wren designed. On the other, you have stuff like the Ford Anglia and that MI6 Building.
The brand new Aston Martin DB11 Volante is definitely one of the former.
Shaken, Not Stirred
Aston Martin, purveyor of cars to likes of James Bond, refers to its convertibles as Volantes. And the car we are looking at here, the DB11 Volante, is indeed the drop-top version of last year’s DB11 Coupe. Unlike the Coupe, there is no V12 engine available in the Volante. Some will bemoan this loss, but I am not one of them. Although the V12 plant is very impressive, the engine found under the Volante’s hood provides for a lighter package, meaning the convert will be more nimble and responsive. Said plant is a new 4.0-liter twin-turbo V8 that cranks out 503 ponies.
The mill sits within an all-new bonded aluminum structure the Volante shares with the DB11 Coupe, minus the roof and such. The DB11 Volante is lighter and more rigid than the model it replaces and offers a much broader envelope of abilities, greater levels of performance and handling, and all that typical British character, refinement, comfort, and interior space Aston Martin is known for.
Photo: Aston Martin The Americas.
Performance Tech
That small block V8 is hooked up to and integrated with a whole slew of computer controlled subsystems and powertrain elements to make the Volante a grand tourer with some serious performance abilities. For example, there are 3-stage powertrain and chassis modes that operate harmoniously with the 8-speed automatic transmission, the electric power steering, and the dynamic torque vectored limited-slip differential. Aston Martin says this allows the Volante’s driver to “tailor its behavior in a way that best suits the road, weather conditions or their mood.”
Or, as I would put it: “There’s enough drivetrain nannies, chassis tuning, and fail-safe gizmos that will prevent you from spinning this thing into a ditch and scarring up its pretty face.”
Sounds like a fair deal.
Styling & Design
The DB11 Volante has the same single-piece aluminium bonnet (that’s “hood” to those of us that speak American) found on the DB11 Coupe. It has the same “Curlicue” styling bit, which I quite like; wonderful integration with the wheel well and it helps with air extraction to boot. Other styling touches include wood or carbon fiber veneer panels on the seat backs, a tailored fabric top in a choice of Bordeaux red, black silver or grey silver, “light blade” taillights, and new forged alloy wheels. Aston Martin says the end result is “breathtakingly sleek and athletic” and I am not going to argue with them.
Photo: Aston Martin The Americas.

Topside Testing
That fabric roof sounds like it’s a cross between a Savile Row suit and the mainsails from the HMS Ark Royal. It’s an all-new, 8-layer cosset design so the occupants are snug and dry from the extremes of weather and wind; it folds up into a class-leading, stack height at the touch of a button. Hit that button and 14 seconds later, the roof is down. Hit the button again, and in 16 seconds the top is up. You can also raise or lower the roof remotely from the key while moving at speeds up to 31 mph.
And the cherry on top is you get a 20 percent increase in trunk volume compared to the previous model.
The roof can take a pounding too. They ran it through more than 100,000 test cycles in special weather chambers designed to simulate atrocious conditions; they compressed 10 years of use into one month of testing, and drove prototypes of the thing around Death Valley and the Arctic Circle.
Pricing & Availability
They sum it up like this: “Engineered to be the most advanced and complete open-top Aston Martin ever built. Styled to put its rivals in the shade and honed to achieve a fine balance of ride, handling, responsiveness, and refinement, the DB11 Volante is dedicated to delivering a new dimension of driving pleasure.”
Which all sounds like a serious throwdown to the likes of, let’s see, who is the competition here? Jaguar, naturally. Also various German drop-tops – big BMWs, Mercedes-Benz and the like. The Italians don’t make convertibles like this, or at least Ferrari doesn’t. And let’s face facts here, nothing the Americans, French or Japanese make are even in the same league.
And what league are we talking about? The league that will run you the cost of a suburban home to get into. The price for the Aston Martin DB11 Volante starts at $216,495. Which is, obviously, a lot of money. Does all that work for you? If it does, then get down to your Aston Martin dealer by the first quarter of 2018 because that’s when the DB11 Volante is scheduled to show up.
Tony Borroz has spent his entire life racing antique and sports cars. He means well, even if he has a bias toward lighter, agile cars rather than big engine muscle cars or family sedans.
Aston Martin DB11 Volante Gallery

Photos & Source: Aston Martin The Americas.

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New General Motors Platform Addresses Transportation Challenges

New General Motors Platform Addresses Transportation Challenges

General Motors is diving headlong into several high-tech futures simultaneously. Autonomous vehicles, fuel cells, logistics simplification, even natural disaster relief. What I notice here is GM putting all this on the back of a semi-old idea of theirs: The flexible fuel cell platform.
In 2002, GM had this show car, but the whole thing wasn’t about the car itself, but the de facto chassis it was riding on. They called it “the skateboard” because that’s what it resembled: A huge, lowered platform with wheels at all four corners.
Essential Foundations
The deck of the skateboard formed the unified chassis and the fuel cell workings. There were electric motors at each wheel, powered by the energy the fuel cell produced, and here’s the beautiful part: you could mount any number of different bodies on it. To a company like GM, who wants to make their products as efficiently as possible, this is still perceived as a stroke of genius.
The bottom line is this: You make the skateboard chassis that contains all the running gear. You make them by the millions, literally millions of them, and the unit costs drop like an anchor without a chain. Then you can attach whatever body you want to that running gear, and the vehicle will still “work.” You need to produce a bunch of minivans? No problem! Just lengthen the skateboard a little, and you’re all set. Want an electric Corvette? Simple, shorten the whole thing, “tune” the software for more performance, and you’ve got a new Corvette. Pickup trucks, family sedans, delivery vans, cop cars: No problem! They’re all the same underneath.
Photo: General Motors.
General Solutions
Like I said, GM has been fixated on this theoretical concept for a while, and when growing needs (green efficiency, autonomous vehicles etc.) are coupled to a slew of growing possibilities (increasing capabilities with computer processing power, miniaturization of sensor suites and such), GM has a perfect opportunity to combine all of them into one big package, and be all things to all buyers. This is, in my estimation, the Holy Grail for GM. Why, it’s even right there in their name: General Motors. “What we do, generally speaking, is get you and/or your stuff from point A to B.”
I have long felt GM has been wanting, for decades, to be to transportation what Xerox is to photostatic copying and Kleenex is to blowing your nose: The generic answer to everyone’s transportation needs. “Hand me a Kleenex, will ya?” “Xerox me some copies of this report, will ya?” “I got to get to the airport, call me up a GM, will ya?” To some degree, GM already has this with Cadillac. “Well, sir, I can assure you, this is the ‘Cadillac’ of vacuum cleaners.”
And the funny thing is, with GM’s latest swing they call SURUS, they might be able to achieve that with all their brands, not just Cadillac.
The SURUS commercial platform leverages over 50 years of research and development in fuel cell technology by GM. The scalable and adaptable technology enables land, sea, and air applications across commercial and military environments. Photo: General Motors.

Combined Approach
SURUS stands for Silent Utility Rover Universal Superstructure, and GM aims to use the platform to solve some of the toughest transportation challenges brought up by natural disasters, global conflicts, and otherwise complex environments. The Detroit-based company showed off the flexible fuel cell electric platform with its autonomous capabilities at the fall meeting of the Association of the United States Army (AUSA) recently.
This is very smart of GM. If they can make SURUS work in a military environment, then they should be able to adapt it into a platform for everyday use. If they can make it work in the middle of a desert, or the middle of a jungle, then it should work everywhere.
SURUS pulls together GM’s newest Hydrotec fuel cell system, autonomous capability, and various truck chassis components for high-performance, zero-emission power. The combination is meant to reduce logistical problems and lessen human exposure to harm. In other words, GM wants it to run for a long time, make little to no noise, withstand getting shot at, be able to take a beating, and drive on its own, with nobody getting hurt. Benefits include easy field configuration for a variety of uses, instantaneous high torque from the EV motors, “exportable power generation” so you can power stuff back at camp, water generation (the main “pollutant” from fuel cells is pure water), and quick refueling times.
A rendering of the SURUS platform as an ambulance to show the number of possible flexible fuel cell applications. Photo: General Motors.
Endless Possibilities
And that’s not just speculation on my part. GM states flat out “SURUS was designed to form a foundation for a family of commercial vehicle solutions that leverages a single propulsion system integrated into a common chassis.” While working on the military version, GM is also working on versions that are utility trucks, mobile and emergency backup power generation units, flexible cargo delivery systems (Hello UPS! Hello Amazon!), and commercial freight delivery vehicles. GM is also evaluating military configurations for SURUS and how the platform can be applied to light- and medium-duty trucks.
If General Motors can extrapolate this platform onto our roads, who is really going to notice? Us, the gearheads of this world. Sure, if you’re a minivan buyer or agonizing over which shade of beige to get for your Impala, a common drivetrain platform won’t mean much to you. But would you accept that same drivetrain on a new Corvette? I dunno, man . . . but then again, maybe this will allow The General more flexibility? Maybe they can crank out that mundane stuff for everyone else, and still keep Vettes and other factory hot rods powered by real internal combustion engines?
Performance exclusivity for us gearheads, predictable transportation for everyone else? Works for me!
Tony Borroz has spent his entire life racing antique and sports cars. He means well, even if he has a bias toward lighter, agile cars rather than big engine muscle cars or family sedans.
GM SURUS Platform Specifications
Four-wheel steering
Advanced suspension
Gen 2 fuel cell system
Autonomous capability
Lithium-ion battery system
GM truck chassis components
Two advanced electric drive units
State-of-the-art propulsion power electronics
Hydrogen storage system with over 400 miles of range
GM SURUS Platform Gallery

Photos & Source: General Motors.

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Honda Engine Production Hits 25 Million In Ohio

Honda Engine Production Hits 25 Million In Ohio

Associates at Honda’s Anna, Ohio engine plant celebrated a milestone this week as the facility produced its 25 millionth engine. Honda recently invested $47 million there to bolster engine production for the 2018 Accord. New are two direct-injected VTEC Turbo 4-cylinder engines and a 2.0 i-VTEC Atkinson Cycle engine for the Accord Hybrid.
“Building 25 million engines is not just a major production milestone, but symbolic of the passion and commitment invested by our associates, past and present, to satisfy 25 million customers,” said Paul Dentinger, Plant Manager, Anna Engine Plant.
Versatile Facility
The 25 millionth engine, produced on Line 4, was a 1.5-liter turbo that will be shipped to the Marysville Auto Plant, about 45 miles east of Anna. Anna Engine produces more than 1.18 million engines annually, making it Honda’s largest engine plant in the world. The 2.5 million square foot facility supplies engines and components for 14 Honda and Acura vehicles made across the globe. The plant also makes the turbo engine for the Civic Type-R, the most powerful production Honda in the United States. Further, in the spring of 2016, master technicians at the Anna plant starting building the hand-assembled twin turbo engine for the Acura NSX.
“We continue to invest in our plant and our people to build a new generation of Honda engine products for customers here and around the world,” Dentinger said.
The Anna Engine plant opened in 1985 and total investments there by Honda exceed $2.7 billion. At its current production rate, the Anna staff should reach another 25 million engines sometime in the year 2038.
Carl Anthony is Managing Editor of Automoblog and resides in Detroit, Michigan.
Photo & Source: Honda North America.

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What Makes Supercars Super: The Dream

What Makes Supercars Super: The Dream

Recently, we launched our new series What Makes Supercars Super. The first episode follows one Mike Berman, owner of the The Yellow Compass Group, a boutique Ferrari dealership. Automoblog Host Gino D’Orazio introduces us to Berman and takes us through his dealership.
We see a showroom full of classic and unique Ferrari cars and why each one is so memorable and iconic to both Berman and his customers.
Our second installment entitled The Dream builds from the themes of the first episode. From behind the wheel of his BMW, D’Orazio conveys a passion only the truest car enthusiasts will understand. The Dream shows us how supercars bring out our deepest emotions and often leave us speechless. We have set out to determine just what makes supercars super. Indeed, there are probably a thousand answers, but discovering each of them is part of the thrill.
Enjoy.

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2018 Mazda3 Hatchback Grand Touring Review

2018 Mazda3 Hatchback Grand Touring Review

If you want a stylish, fun-to-drive, fuel-efficient car with utility, you might think you need to buy a small, sub-compact city commuter. But it’s all available in the Mazda3 hatchback. Mazda is producing some fun entries and this one competes well with popular rivals like the Volkswagen Golf, Honda Civic, and Ford Focus.
This week we drove the 2018 Mazda3 5-Door Grand Touring, which is the top trim.
What’s New For 2018
The Mazda 3 remains mostly unchanged for 2018, with a shuffling of some features and option packages. Our Grand Touring tester had LED headlights as standard equipment.
Features & Options
Our 2018 Mazda3 5-Door Grand Touring ($24,945) came standard with LED exterior lights (headlights, foglights, taillights), a sunroof, digital speedometer, an upgraded display in the instrument panel, leather upholstery, a nine-speaker Bose system, and satellite radio.
The Premium Equipment package ($1,600) added adaptive headlights, automatic high beams, a heated steering wheel, paddle shifters, an auto-dimming rearview mirror, navigation, lane departure warning and intervention, adaptive cruise control, forward collision warning with braking for higher speeds, and a traffic sign reader. The Appearance Package ($1,750) added a rear spoiler, front air dam, rear bumper skirt, and side sill extensions.
Total MSRP including destination: $29,770.

Interior Highlights
When we stepped inside the Mazda3, we thought the cockpit was truly driver-focused. Everything is centered on driving enjoyment, with all the controls arranged symmetrically around the driver. The heads-up display is available to make it easier to have fun driving this sporty hatch. The electronic emergency brake is another small thing some might not notice, but it provides room for the gear shifter to be optimally placed.
The leather-trimmed front seats are supportive, comfortable, and among the best in the class; we think they’re near-luxury level. Mazda has some of the best interiors for this price point of any automaker. The quality of materials is top notch and the fit and finish is excellent for a vehicle under $30,000.
In the back, there’s 35.8 inches of rear legroom, so taller passengers will feel cramped. It’s fine for short rides, but not long road trips. When it comes to cargo space, the hatch is among the best. The 5-Door Grand Touring offers 20.2 cubic feet behind the rear seat. With the seats folded flat, it offers up an abundant 47.1 cubic feet of cargo space, moving it into small SUV territory.

Engine & Fuel Mileage Specs
The Grand Touring comes powered by a 2.5-liter engine, producing 184 horsepower and 185 lb-ft. of torque. It’s mated to a six-speed automatic with Sport Mode and paddle shifters. It’s a front-drive configuration and gets an EPA-estimated 26/35 city/highway and 30 combined mpg.
Driving Dynamics
The first thing we noticed after getting behind the wheel was the heads-up display. It’s one of the best features for any driver so you can keep your eyes on the road. We like it because we push our testers to the limit. The 2.5-liter had ample power for most driving situations, and small hatch buyers will like the four-cylinder with the automatic because of the excellent fuel mileage.
The 6-speed Sport Mode automatic is ideal for enthusiasts because it offers steering wheel paddles, and it shifts with the decisiveness of a dual-clutch transmission. Mazda says “Driving Matters” and this car is a good example of what they transfer to the driver. We found the Mazda3 handles the tightest curves and mountain roads like more expensive German sedans. The ride can be a bit busier than most compact cars and somewhat stiff because the suspension is tuned for sport over comfort.
But that’s why you would buy this car: for the driving enjoyment.
Conclusion
The 2018 Mazda3 5-Door Grand Touring is one of the best hatchbacks for the money. It not only ramps up the fun-to-drive meter, but it offers functionality, sporty styling, a top-notch cabin, excellent fuel economy, and safety. If it were offered with all-wheel drive it would be even better.
Denis Flierl has invested over 25 years in the automotive industry in a variety of roles. Follow his work on Twitter: @CarReviewGuy
2018 Mazda3 5-Door Hatchback Gallery

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2018 Mazda3 5-Door official site.
Photos: Mazda North American Operations.

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Chevy eCOPO Camaro Concept: Drag Racing Goes Electric!

Chevy eCOPO Camaro Concept: Drag Racing Goes Electric! Chevy partners with Hancock and Lane Racing for the eCOPO Camaro Concept.
The Chevy eCOPO Camaro is entirely electric and runs a quarter-mile in the single digits.
Testing is still underway although the concept made its debut recently at SEMA in Las Vegas.
Okay, calm down, calm down. This won’t be easy for some to hear. Chevrolet has just rolled out a COPO Camaro drag car, and it’s an electric vehicle. I know, I know. Given the torque produced by electric motors, this could be one of the coolest moves ever.
Or, it could be a sign of the apocalypse. “And the angel opened the fourth seal, and an electric Camaro came fourth.” I’m pretty sure I read that in the tech sheet about the head bolt torque specs on SBC crate engines. Either way, you know there’s some die-hard Camaro people taking this like a scene from Ghostbusters.
What’s next? Dogs and cats living together?
Torque Baby!
Personally, I have no problem being the heretic this time around and saying the Chevy eCOPO Camaro could be totally cool! Totally cool in two ways: One, racing improves the breed; and better electric race cars will mean better electric cars for us gearheads. And second: Torque Baby, Torque!
As is well known, electric motors put out all their torque from zero RPM on up. Meaning drag racing should be a perfect venue for messing with EVs to make them more fun.
You know there's some die-hard Camaro people taking this like a scene from Ghostbusters.Click To TweetBy The Numbers
Before we get into the nitty-gritty technical stuff here, let’s go over what a COPO is for those not in the know. The COPOs were Chevy’s answer to things like Super Stock Dodges back in the day; factory strippers with all the go fast drag parts thrown in so you could be king of the Saturday night digs. A few years ago, Chevy brought the COPOs back, and a fun time has been had by all as they squared off against Drag Pack Mustangs (thank you, Ford) and whatever beasts Mopar would let escape from the dungeons of Auburn Hills.
Now, this COPO, (or eCOPO) is just like its (literal) fire-breathing, pollution-gushing siblings. It’s not to be taken lightly. Based on the 2019 COPO Camaro, the eCOPO cranks out 700 plus horsepower and 600 lb-ft. of pavement-wrinkling torque. Chevy estimates it can run the quarter-mile in the nine-second range. Nine. Out of the box. That is . . . not bad at all! Nine!
I know guys that have worked all summer to hit single digits, let alone get a turn-key solution. Amazing!
Related: How the Camaro ZL1 became GM’s fastest track car.
The Chevy eCOPO Camaro Concept takes inspiration from the original 1969 COPO Camaro. Photo: Chevrolet.
How The Chevy eCOPO Camaro Works
Well, it starts with an 800-volt battery pack and ends up with your head snapping back like Ali drilled you in the nose. Between the big, whompin’ battery packs and the ground sits a pair of BorgWarner HVH 250-150 motor assemblies, each generating 300 lb-ft. of torque. Things get real goofy at this point, with both electric motors mated to a “conventional racing-prepared Turbo 400 automatic transmission.”
Really? Isn’t that the same slush box Chevy puts in trucks and stuff?
This thing isn’t a rolling advertisement for the future of electric vehicles; it’s a testament to how tough a Turbo 400 automatic is. Sheesh! South of that, all the power gets channeled to the same solid rear axle used in the production COPO Camaro race cars.
Chevy says the 800-volt battery pack allows for more efficient power transfer to the electric motor, and supports faster recharging. This is important, given the limited amount of time between rounds in drag racing. Also – like I need to point this out – when we can figure out how to juice these things up quicker, the more viable they’ll be for day to day use.
SEMA attendees were able to see under the hood of the Chevy eCOPO Camaro Concept.
This thing isn't a rolling advertisement for the future of electric vehicles; it's a testament to how tough a Turbo 400 automatic is.Click To TweetBattery Management System
This monitors all critical voltages and temperatures within the battery pack. It links into an inclusive safety system that constantly gauges all electrical components for proper function and safe operation. Makes total sense, because an electrical system voiding itself of that much power should be running as hot as a blast furnace from green light to checkered flag. The batteries of the eCOPO live in the trunk and are sealed off from the interior.
Also, you crew chiefs will already be thinking about those big, heavy batteries sitting way back. Yes, the eCOPO Camaro holds a 56 percent rear-weight bias, which, yes, helps launch the car like a golf ball off a tee.
And now, the three words that will make your week: Electric. Crate. Motors.
Chevy eCOPO Camaro Concept. Photo: Chevrolet.
New Generation
The eCOPO Camaro’s electric motor uses the same bell house mounting pattern and crankshaft flange as the popular LS engines (hint) in Chevrolet’s crate engine portfolio (hint hint). That allows you to bolt it up to just about any GM transmission (hint hint hint). Also, the transmission, driveshaft, and other drivetrain components remain in the same locations as a gasoline-powered COPO Camaro. Meaning the electric motor simply bolts into the engine compartment in place of the gas engine in a direct swap.
And, if you can do it in a COPO, then you could do it with anything else you could fit an LS into. Again: You could do it with anything else you could fit an LS into.
“The possibilities are intriguing and suggest a whole new world for racers,” said Russ O’Blenes, Director, Performance Variants, Parts and Motorsports, General Motors. “The eCOPO Concept is all about where we go in the future with electrification in the high performance space.”
To which I say, “Shut up and hand me that wrench, O’Blenes!”
Tony Borroz has spent his entire life racing antique and sports cars. He is the author of Bricks & Bones: The Endearing Legacy and Nitty-Gritty Phenomenon of The Indy 500, available in paperback or Kindle format. Follow his work on Twitter: @TonyBorroz
Photos & Source: Chevrolet.

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