Friday, March 25, 2016

FENYR SUPERSPORT



  • BODY
  • Coupe Only
  • Light Carbon Composite Body
  • Unique W Motors Styling DNA
  • Exclusive Exterior Paint Schemes
  • ENGINE
  • Boxer Type, 4.0L Flat 6
  • Twin Turbocharger with Independent Intercooler
  • Mid-Rear mounted engine
  • Rear Wheel Drive
  • Fully Catalyzed, stainless steel exhaust system with active bypass valves
  • Max Power 671KW (900hp) at 7100 rpm
  • Max Torque 1100Nm at 4000 rpm
  • TRANSMISSION
  • Seven Speed Double Clutch PDK (With Paddle Shift)
  • Limited Slip Differential
  • Transversely Rear Mounted
  • SUSPENSIONS
  • Front Axle: McPherson-strut, anti-roll bar
  • Rear Axle: Multi-link suspension, horizontal coil over shock absorbers, anti-roll bar
  • BRAKES
  • 6 piston aluminum mono-bloc calipers ventilated, cross drilled ceramic composite discs
  • Brake Disc Diameter: 16.5 / 16.5 in (420 / 420 mm)
  • Brake Disk Thickness: 1.3 / 1.3 in (34 / 34 mm)
  • Anti-lock Braking System, Bosch ABS 8.0
  • ABS, ASR and ABD
  • Traction Control (TC)
  • DIMENSIONS
  • Length: 4684 mm
  • Width: 1983 mm
  • Height: 1199 mm
  • Wheelbase: 2625 mm
  • Front Track: 1667 mm
  • Back Track: 1720 mm
  • Estimated Kerb Weight: 1200 kg
  • WHEELS & TIRES
  • Lightweight forged aluminum wheels, unique for W Motors
  • Front Wheels: 8.5” x 20”
  • Back Wheels: 12.5” x 21”
  • Front Tires: 255/35 ZR 20
  • Back Tires: 335/30 ZR 21
  • FUEL CONSUMPTIONS
    LITERS/100KM (MPG)
  • Urban: 20.0
  • Non-Urban: 9.9
  • Combined: 13.5
  • CO2 Emission (g/kg): 311
  • Efficiency Category: G

Tuesday, March 22, 2016

FORD GT




In an industry that tends toward superficiality in its anniversary observations—for the Corvette’s 50th anniversary, Chevy painted a handful of cars maroon—Ford goes big. It gave itself the 2005 GT to celebrate its 100th birthday; got around creating a special-edition 50th-anniversary Mustang by redesigning the entire car; and is now honoring the golden anniversary of its historic 1-2-3 sweep at Le Mans in 1966 with another interpretation of the winning GT40.

As opposed to that redux of 2005, this one isn’t a 13/10-scale model of anything. Ford’s global performance vehicle chief engineer, Jamal Hameedi, says that with the last GT, “we had the show car, and we had to make the aerodynamics work within that silhouette. Here, we had a clean sheet.” Aerodynamics, he says, were “the tip of the spear” for the development of the GT, from the shark nose to the teardrop-shaped cockpit to the radical body-side channels back to the movable rear wing, which can adjust both its height and pitch. Even those flying buttresses bridging the roof to the fenders are aerodynamically formed, with a wing-shaped cross-section.
Another of the development team’s priorities was minimizing mass. The GT’s chief engineer, Kip Ewing, calls the target weight “extraordinary,” and we’re translating that to around 2800 pounds. The car’s central tub and bodywork are carbon fiber, with the front and rear substructures and most of the suspension constructed of aluminum. In the narrow cabin, driver and passenger sit shoulder to shoulder in seats that are fixed directly to the tub. As in Ferrari’s LaFerrari, the steering wheel and pedals adjust. Hameedi says the fixed-seat arrangement is not a weight-savings measure, but a design and safety one. “Fix the occupants, and you can shrink-wrap the greenhouse around them. You know where they’re going to be and can bring everything in closer.”
The riskiest aspect of the GT, however, is its powertrain. For its Ferrari fighter, Ford has forsaken the V-8s in its portfolio and chosen a 3.5-liter twin-turbo V-6. If the cylinder count seems low, take heart that the engine descends directly from the one in Ford’s Daytona-winning IMSA prototype sports racer. Indeed, Ford spokesman Paul Seredynski says: “The GT engine wasn’t developed in concert with the Daytona Prototype engine. It is the Daytona Prototype engine. That was our engine-development program.” For the road car, it’ll make about 650 horsepower and be backed by a Getrag seven-speed dual-clutch transmission.
The engine won’t be the GT’s only link to the track. A racing-style, pushrod-activated suspension setup enables the car’s unique body sides, and Ewing says the GT’s “first and foremost obligation is to be an excellent track car.”
Buyers will be able to find out for themselves how good it is next year. Ford Performance director Dave Pericak says production will be in the “hundreds, not thousands.” Pricing will crowd $400,000.
But can Ford resist making this anniversary celebration even bigger? Ask anyone in the company about a return to Le Mans and they stress that they’re “focused on the road car,” implying that there is an as-yet unannounced racing program. We expect to see Fords once again fighting Ferraris in the production-based and less-costly GT class at Le Mans in June 2016.

TRION NEMESIS




American automaker Trion SuperCars (TSC) has announced development has started on a supercar called Nemesis.
The American startup company is established in California and they are currently in an early development stage for a supercar named Nemesis which will be powered by a V8 twin-turbo engine developing more than 2,000 bhp (1,491 kW). Trion SuperCars mentions in the press release the vehicle will beat the Bugatti Veyron and will have more power than the Koenigsegg One:1.
It will adopt a carbon fiber chassis and body with several parts made from inconel alloys. All that power will be transferred to the ground through an eight-speed sequential gearbox which will allow the Nemesis to complete the 0-60 mph (0-96 km/h) run in 2.8 seconds before reaching a maximum speed of more than 280 mph (450 km/h).
Photos of the interior have not been provided but TSC says they will install digital flat panel controls while activating the "Predator Mode" will modify the cabin illumination, suspension, exhaust, ride height and rev limiter settings. The Nemesis will also boast active aerodynamics and its trunk will be spacious enough to carry golf clubs as well as other different types of luggage.
Trion Supercars' partner company n2a Motors will be in charge of manufacturing the body and interior of the Nemesis and an initial prototype will be built next month.

BUGATTI CHIRON




The main carryover piece will be the 8 litre W16 quad-turbocharged engine, though it is heavily updated. Direct injection will be added and two of the four turbos will be electronically driven to eliminate turbo lag. Chiron has 1,103 kW (1,479 bhp) of power and 1,600 N·m (1,180 lb·ft) of torque starting from 2000 rpm. Like its predecessor Veyron, it has a carbon fibre body structure,independent suspension and 4WD system.[3][4][5]
The Chiron will accelerate from 0–100 km/h (62 mph) in 2.5 seconds, 0-200 km/h (124 mph) in 6.5 seconds and 0-300 km/h (186 mph) in 13.6 seconds. The Chiron's top speed is electronically limited to 420 km/h (261 mph) for safety reasons. The anticipated full top speed of the Bugatti Chiron is believed to be around 463 km/h (288 mph).
At full speed the 100 liter fuel tank would be empty in 8 minutes, that is 190 l/100 km or 4.5 kg CO2/km.
500 units are to be produced and 170 orders have already been placed. The Chiron will be available towards the end of 2016 with a cost of €2.4 million (circa £1.9 million, or $2.66 million US).

AND IT CHANGES THE COLOR ITSELF AUTOMATICALLY !!

ACURA NSX



Acura clearly wants to get this thing right. The original aluminum-intensive 1991 NSX was a stunner, a sunrise of engineering inspiration that chased away the darkness in the realm of sports cars and laid bare the multitude of sins being committed there. For the first time, a large automaker that took quality seriously had applied itself to a segment rampant with all manner of pop-riveted, glued-up, hammered-down, and wiggy-wired silliness. In the presence of the $60,000 NSX, the self-important air-puffed mediocrities of the eroti-car industry scurried for cover.

It didn’t last. Everybody else got better, with newer and faster cars, while the NSX mainly just got more expensive, chained as it was to the rapidly inflating yen. The final targa-topped NSX went off the line in 2005, and hardly anybody noticed. Since then, Acura has launched, scrubbed, relaunched, rescrubbed, and re-relaunched projects intended to replace it. In the first two tries, the car got as far as a fully styled and drivable prototype, which in NASA parlance is 30 feet above the moon, before Acura aborted.

There was that coupe with the V-10 in its big schnoz screaming around the Nürburgring in 2008. Corporate canned it later that year, figuring out something that To­yota never did during development of the Lexus LFA: An interstellar unicorn that is seriously into six figures will do little for a brand that sells most of its vehicles for less than $50,000. The next attempt was a Porsche 911 fighter. It was a mid-transverse hybrid that plucked the parts bin for a version of Honda’s ubiquitous 3.5-liter V-6. Concept cars were shown, Jay Leno and Jerry Seinfeld made a Super Bowl ad for one of them, and a fully clothed prototype circled Mid-Ohio in August 2013 in front of thousands of IndyCar fans.
But even as NSX version 3.0 made its first glory laps, Acura had already decided to scrap major elements of the design. According to NSX project leader Ted Klaus—notably not a Japanese citizen, for this project is U.S.-based—it was in mid-2012 that “the performance targets were changed.” Meaning upped considerably, to confront an era in which Nissan GT-Rs have more than 500 horsepower and a Dodge Charger can make more than 700. According to Klaus, the transverse, single-cam 3.5 was maxed out trying to make just so-so power, which didn’t give the NSX any room to grow. So it was back to the CAD stations for changes.
Out went the shared 3.5 and in went an all-new, longitudinally mounted, dry-sump, twin-turbo, four-cam, 75-degree 3.5-liter V-6 with exactly nothing major in common with any other Honda production engine. Not even bore centers are shared. A new, nine-speed dual-clutch gearbox integrated with an electric motor drives the rear wheels and collaborates with two electric motors that power the front wheels. Total output is a secret, but plan on more than 550 horsepower. The NSX is back to stalking Ferraris again.
The upside of the engine swap is more power; the downsides are huge increases in cost and complexity, plus a decentralizing of the powertrain mass.
The car’s styling has also morphed, the changes including another radiator opening up front and much larger corner and side ducts, plus a couple of hood vents, all to service 10 separate cooling circuits with airflow. Undoubtedly, curb weight is up as well, probably to around 3700 pounds, though the final figure is still guarded.
The low-slung V-6 is just barely visible under the rear glass and weird mesh thingy.
Indeed, Acura is drip-dripping the details on this car, but we know that the 2016 “New Sports eXperience” is considerably wider than the original while sur­prisingly not much longer, given its new north-south powertrain. Its 103.5-inch wheelbase is just a 3.9-inch stretch from the 2005 NSX, while overall length grows by only 1.8 inches, providing a trunk roomy enough for a set of golf clubs. However, the spec Klaus is perhaps most proud of is the center of gravity, said to be more than an inch lower than the original NSX’s.
The new space-frame structure, joined by self-piercing rivets, flow-drill screws, welding, and lots of adhesive, is described as aluminum-intensive. That means there’s also high-strength steel in the superthin A-pillars (another point of pride for the NSX team) and a carbon-fiber floor panel. Acura uses a supposedly novel—also undisclosed—aluminum-casting technology for part of the rear subframe, providing ample stiffness with low weight. The hood and doors are aluminum while the fenders are SMC (sheet molding compound, a common form of fiberglass). Buyers have the option of an aluminum or carbon-fiber roof.
The cockpit feels airy and shoved forward like the old car's. Slivers of metal trim grace the high tunnel, which houses the power electronics, supplying a suitably modern, android look. And now for what really matters: The cup holders ride in the glove box until snapped into place in the console.
Acura describes the suspension as “­conventional multilinks” enhanced with magnetorheological self-adjusting dampers. Buyers can opt for carbon-ceramic brakes, though four-wheel steering has been left off, we’re told, in the ­interest of low mass. Continental Conti­­Sport­Contact 5P tires, sized 235/45 up front and 295/30 in back, will mount on 19- and 20-inch wheels, respectively.
In principle, the NSX operates like a Porsche 918 Spyder, able to drive electrically or on engine torque alone, though the first mode is mainly a gimmick. One big electric motor located at the front of the transaxle can power the car up to 50 mph for a few miles in a quiet mode. The lithium-ion battery pack behind the seats is too small to supply more. On the front axle, the “Twin Motor Unit” drives each wheel separately through planetary gearsets that allow the motors to provide torque-vectoring capability in concert with the brakes at the rear. Four driver-selectable modes—quiet, sport, sport-plus, and track—progressively ratchet up the car’s aggression level.
Lots of money and effort was flushed in the pursuit of what Klaus calls “a human-centered supercar,” but the end result, designed and built in Marysville, Ohio, will be a technical thunderclap destined to reach customers before the end of the year. This latest iteration, let’s call it version 3.5, shows who won the marketing struggle over where to drop the marker: the guys originally proposing the Amex Centurion NSX. The ’16 NSX will start around $150,000 and probably sell closer to $170,000 or $180,000 with options. An even hotter version (a Type R, perhaps?) will arrive later and perhaps break the $200,000 mark. Sitting right beside this new NSX in Acura showrooms will be the brand’s next-most-expensive car, the RLX sedan, with a current base price of $49,370.
Will Acura be able to put enough of these assuredly fabulous NSXs on the road to in any way help the brand’s sleepy image? That may be the next big challenge.

SPECIFICATIONS
VEHICLE TYPEmid-engine, twin-front- and mid-motor, 4-wheel-drive, 2-passenger, 2-door coupe
BASE PRICE$150,000*
ENGINE TYPEtwin-turbocharged and intercooled DOHC 24-valve 3.5-liter V-6
MOTOR TYPEF: two permanent-magnet synchronous AC
R: permanent-magnet synchronous AC
TOTAL SYSTEM POWER560 hp*
TRANSMISSIONSF: 1-speed direct drive
R: 9-speed dual-clutch automatic with manual shifting mode
DIMENSIONS
WHEELBASE103.5 inches
LENGTH176.0 inches
WIDTH76.4 inches
HEIGHT47.8 inches
CURB WEIGHT3700 lb*
PERFORMANCE*
0–60 MPH2.7 sec
0–100 MPH6.4 sec
STANDING 1/4-MILE10.8 sec
TOP SPEED190 mph

ASTON MARTIN DB11




The Aston Martin DB11 is the first in a new line of Astons designed to bring the brand up to speed with the competition. It boasts a new twin-turbocharged V12 engine, infotainment tech lifted from Mercedes and clever aerodynamic and design features which draw on learnings made with the DB10 and Aston Martin Vulcan.
Aston Martin claims it is the most significant new model since the launch of the DB9 in 2003. We’d be inclined to agree, the DB11 is almost entirely new from the ground up and, on paper at least, is a big step on from Aston’s current product range. 

Engine and transmission

The DB11 boasts an entirely new 5.2-litre twin-turbo V12 engine developed in-house at Aston Martin. It puts out 600bhp at 6500rpm and 516 lb ft of torque from 1500-5000rpm, which makes the DB11 the most powerful DB model ever produced.
Aston Martin has utilised similar fuel saving technology to that seen in the Audi R8 and Huracan. Called ‘intelligent bank activation’, the V12 in the DB11 can shut down half its cylinders when cruising. The motor also boasts start-stop technology and is front mid-mounted beneath a huge single piece aluminium clamshell bonnet. 
Performance stats are impressive. The DB11 is capable of that all important 200mph top speed and achieves a 0-62mph time of 3.9 seconds.
Mated to the V12 is an 8-speed ZF automatic gearbox which can be controlled via paddles on either side of the steering wheel. Also on the steering wheel is a button for controlling throttle response and engine map, with three options being available - GT, Sport and Sport+

Chassis and Design

The DB11 uses a completely new bonded aluminium platform. Lighter and stronger, it allows for wider door apertures and increased occupant space for the rear seats. The car is still a 2+2 and yes, there is more room in the back, but it’s not much. With a 1770kg dry weight the DB11 is actually only 15kg lighter than the DB9 it replaces.  
Changes to the suspension setup are significant. At the front, you’ve got fully independent double wishbones, coil springs and three stage adaptive dampers. The rear is multi-link with adaptive dampers.
Those dampers can be controlled via a single button on the steering wheel and switched between GT, Sport and Sport +. We spent time with Aston Martin handling and setup guru Matt Becker prior to the DB11’s unveiling and he hinted at wanting to create a car with a broad dynamic character.
Aston claims this has been put into practice with the DB11, with the three stage adaptive damping varying significantly between each setting. The steering itself is a 13:1 electric-power assisted speed-dependent tack and pinion setup which is 2.4 turns lock-to-lock.
The DB11 features both front and rear LED lights, with the design drawing on that of the Vulcan and One-77 hypercar. Updated daytime running lights also feature, as does a single cut out for each light at the front in the huge single-piece clamshell bonnet.
There are two significant new aerodynamic features introduced with the DB11. The first is the ‘Curlicue’ you see sat directly behind the two front wheels. First introduced on the Vulcan, it takes high-pressure turbulent air from the wheel arch and sends it down the side of the vehicle as a vortices, smoothing out airflow over the DB11.
The second is what Aston Martin calls the ‘AeroBlade’. At the rear of the DB11 behind the long aluminium roof strake is a single intake on either side of the car. Rather than using a large spoiler to generate downforce in the DB11, the AeroBlade intakes instead channel air through the base of the car’s C-pillars, through ducts inside the bodywork and out a small set of slots at the top of the rear deck lid.

Brakes and Tyres

The DB11 is available only with steel brakes, with carbon ceramics not offered as an option. At the front it has two piece steel discs with six-piston callipers and four-piston callipers at the rear. New to the DB11 is torque vectoring by braking.
Tyres consist of Bridgestone S007 255/40 ZR20s at the front and 295/35 ZR20s at the rear. Note the name of the Bridgestones - they’re unique to the DB11 and as such were given a little James Bond nod. Also taken from James Bond is the 20-inch wheels on the DB11, which first appeared on the DB10 seen in Spectre.

Interior and Tech

Aston Martin’s technical partnership with Mercedes first makes an appearance in the DB11 in the form of a completely new infotainment system in the car. Utilising the same back-end as that found in the new S-Class, but with an Aston Martin user interface, it drastically improves the interior tech over what was found in the DB9.
The only piece of interior trim which is clearly taken from Mercedes is the click-wheel and track pad that sits on the transmission tunnel. It doesn’t look hugely out of place and is surrounded in high-quality leather. This controls a much update nav system which features everything you’d expect on a modern high-tech supercar. The dashboard itself is now also a full 12-inch LCD screen.
The DB11 comes with keyless go technology which means it does away with Aston Martin’s signature ‘emotion control unit’ key and instead features a single start/stop button.
As for the interior itself, two huge trim pieces are sat on either door, while the centre console mirrors the same trim option. Extensive leather upholstery is marked out by a new ‘brogue’ detailing on either seat and door card. Interior options range from wood to carbon fibre, while everything from seatbelt colour to headrest logos can be customised .