Tuesday, 19 July 2011

Volkswagen E-Up

 As Volkswagen's Up! city car project inches ever closer to production, the company has debuted several concepts with various powerplants and has promised a range of gasoline and diesel engines for the production car. Now, the company is taking things a step further with the E-Up! powered by batteries and an electric motor.
The E-Up!'s integral drive unit consists of the electric motor, single-speed transmission and differential -- all built together as one single unit to save space and weight. The electric motor is capable of putting up to 81 hp through the front wheels for short bursts but will normally put out 54 hp. With 155 lb-ft of torque helping motivate the 2392-lb car, the E-Up! should hit 62 mph in 11.3 sec and a top speed of 84 mph, Volkswagen says.
Powering the E-Up! is a 529-lb lithium-ion battery pack strapped to the bottom of the car for optimal weight distribution. The 18 kWh capacity pack should be good for a range of about 80 miles and will recharge in five hours when plugged into a standard European 220-volt wall socket. The charging port is cleverly hidden behind the VW logo on the nose, allowing it to more easily reach plugs on either side of the car.
Dubbed "the Beetle of the 21st Century" by Volkswagen itself, the E-Up!'s bulky proportions don't make for the most aerodynamic shape, but they do open up a surprising amount of space for four passengers and their cargo despite the vehicle's petite dimensions. By way of comparison, the E-Up! is actually 35 inches shorter in length and an inch shorter in height than an original VW Beetle. It makes up the difference by being four inches wider and by pushing the wheels out to the corners to maximize interior space. Even then, the E-Up!'s wheelbase is more than eight inches shorter than the original Beetle's.
Volkswagen didn't just channel the Beetle in size, either. The V-shaped hood is actually meant to resemble the long nose of the vintage Beetle. Below it, Volkswagen's designers may well have been channeling Herbie the Love Bug, as a thin black line traces an angular smile onto the front of the car in place of a grille, since the E-Up! doesn't need one. Up on the corners, Volkswagen has carefully crafted the fog lights into the headlights themselves where they appear as thin, C-shaped bars of light wrapped around the headlight projectors.
With the wheels pushed out like the original Beetle and the drivetrain packaged as small as possible, Volkswagen's designers were able to offer enough space for 3+1 seating inside. Pushing the dash as far forward as possible made enough room to put a full-grown adult in both the front and rear seats on the passenger's side comfortably. The driver's seat, though, needed to sit farther back to make room for the steering wheel and as such, the rear seat on the driver's side is better suited for children. The lack of a conventional drivetrain and the use of an electronic parking brake allowed the designers to remove much of the center tunnel and increase leg room for the rear seat passengers. Entry to the rear seats is aided by an Easy Entry front passengers seat that slides more than 10 inches away from the rear bench to make room for people to climb in.
While Volkswagen has found plenty of space for the passengers, the E-Up!'s tiny proportions have forced a compromise in cargo capacity. With the 60/40 split rear seats up, the E-Up! offers only three cubic feet of cargo space. Drop the less useful rear driver's side seat and fold out the cargo barrier from the back of the driver's seat and cargo capacity more than doubles to nearly six and a half cubic feet. Drop both rear seats and that number nearly doubles to 11.3 cubic feet. Stack your stuff all the way to the roof and you can haul nearly 18.4 cubic feet of cargo. If your gear is longer than it is wide or tall, you can make use of a pass-through in the front passenger's seat that will allow items up to six and a half feet long fit in the E-Up!.
While cargo hauling may not be the E-Up!'s forte, it makes up for it in technology. Not only does the E-Up! feature 15 square feet of solar panels on its roof, but it has an extra three square feet of solar panels built in the backs of the sun visors so that when flipped up into the window, the total area covers 18.3 square feet. Power collected from these panels can be used to help charge the battery or, when the car is parked, run the ventilation system to keep the interior cooler.
Inside, the E-Up! features a touchscreen interface as well as what appears to be an iPhone dock. The touchscreen, dubbed the Human Machine Interface (HMI), controls the navigation, climate and other systems. It also displays nearby charging stations on the navigation map and will, using high-tech future charging stations that don't exist yet, allow you to reserve time at your local station. It will also display the battery load and charge level, show all the current power draws such as lights and air conditioning, show local traffic conditions, display the elevation profiles for the various routes the navigation screen offers you and allow you to schedule your charge time -- say, for the middle of the night -- to get the lowest possible energy price.
What's even cooler, though, is the phone app. Designed to work with the iPhone or other smart phone, the application allows you to remotely check the battery charge, activate the charger (assuming the car is plugged in), display the vehicle location on a map, check the position of the door locks and even turn on the A/C to cool the car, so long as it's plugged into the charger.
Of course, all these tech features come at a price. In the case of the E-Up!, it actually comes in other conveniences. To keep weight down, the E-Up! has manual mirror and window controls.
With its diminutive size, the E-Up!'s natural habitat will be cities, much like its petrol- and diesel-powered twins, though this will be even more critical for the electric version due to its limited range and need for electrical outlets. Volkswagen hasn't announced pricing or markets yet, but it will likely start out in Europe where its tiny size will be advantageous, and at a recent Frankfurt press conference, loudly hinted that the car could be ready by 2013. The company has also tossed around the idea of bringing the Up! to the U.S. in some form, but there's no telling yet whether the E-Up! will follow or when.

Volkswagen E-Up

 Volkswagen E-Up
 Volkswagen E-Up













Volkswagen E-Up

Toyota Auris HSD Full Hybrid

 With many a pretender to the hybrid throne coming from its rivals, Toyota is moving to protect its title with the Auris HSD Full Hybrid Concept, which promises to be even more advanced and efficient than Toyota's current green champion, the Prius.
While the Prius employs a Parallel Hybrid drivetrain, which uses an electric motor to augment an internal combustion engine that drives the wheels, the Auris is a Full Hybrid, which can run on any combination of electrical and combustion power. Toyota has upgraded its Hybrid Synergy Drive technology so that the Auris can be propelled either by its electric motor, its internal combustion engine or a combination of both and do so at any speed.
While the current Prius is limited to using electrical power for low speed propulsion and to augment its gasoline engine, the Auris can drive at any speed with only the electric motors providing thrust. Further, its internal combustion engine can either help drive the wheels directly or simply generate electricity to power the electric motors. The Auris' engine computer will decide which propulsion method or combination thereof is best for any given situation, be it performance or fuel economy.
Allowing the internal combustion engine to power the wheels as well as act as a generator will make the Auris more versatile than other extended-range electric vehicles such as the Chevrolet Volt and could give Toyota a leg up on the competition. For now, though, the Auris is only a concept.
Toyota Auris HSD Full Hybrid

 Toyota Auris HSD Full Hybrid
 Toyota Auris HSD Full Hybrid

Toyota Auris HSD Full Hybrid

Porsche 911 GT3 Cup

 If the barely street-legal Porsche 911 GT3 RS is much too civilized for your tastes, fear not, Porsche still has you covered. When everyday livability won't cut it, Porsche offers up the track-ready 911 GT3 Cup.
The GT3 RS already sports a 15-hp improvement over the outgoing model, so Porsche decided to channel rival Lotus' "add lightness" credo rather than go tinkering with the 450-hp 3.8L flat-six, though the company did add a racing exhaust. Instead, Porsche stripped out every non-essential part and dropped the curb weight to just 2,646 lbs.
The svelte curb weight belies several necessary additions, including bodywork pulled out two inches at the rear to fit wider wheels and tires, a ten-inch wider rear wing on taller stands, a new front spoiler and a set of 18-in wheels wrapped in Michelin racing tires.
The race-ready Cup car will be available to only 1,400 lucky customers after its debut in Frankfurt, and it will only be available in Carrera White. Each of them will have to pony up 149,850 euros before VAT, or about $213,000 as the case may ber

Porsche 911 GT3 Cup

 Porsche 911 GT3 Cup
 Porsche 911 GT3 Cup




Porsche 911 GT3 Cup

Mini Roadster Concept

 Complimenting the Mini Coupe Concept at the Frankfurt Motor Show is another two-seater, this time minus a roof. A roadster version of the Mini has been rumored and rendered for quite some time (and teased in some bizarro videos), and now the Mini Roadster Concept has finally arrived in the flesh. Similar in character to the Coupe Concept, the Roadster focuses on fun behind the wheel with a sportier approach to the Mini way of motoring.
In the case of the Roadster Concept, ditching the standard Mini's rear seat not only focuses the vehicle as a sports car, it also provides a place for the manually folding canvas roof to stow. Due to the compact design of the top, luggage capacity remains unchanged whether the top is down or up, and a luggage pass-through door from passenger compartment to trunk allows occupants to reach stowed luggage from inside the car.
The 1.6L twin-scroll turbocharged engine from the Cooper S finds its way under the Roadster Concept's bonnet to provide 175 hp and 177 lb-ft of torque (192 lb-ft with the Overboost function that temporarily raises boost pressure during spirited driving). Visually, the shorter, more aggressively raked windscreen and higher waistline of the Mini Roadster Concept immediately distinguish it as being different from the four-seater Minis, while the car's reconfiguration also allows for even sportier road holding and driving qualities, according to Mini.
Could the Mini Roadster be coming soon to a road near you? That will largely depend on a positive reaction here in Frankfurt.
Mini Roadster ConceptMini Roadster Concept

 Mini Roadster Concept
 Mini Roadster Concept










Mini Roadster Concept

Mini Coupe Concept

 More than a decade ago, before the Mini brand made its triumphant return under BMW stewardship, the then Rover Group (also BMW-owned at the time) showed what was in essence the first new-generation Mini concept -- a bulging, retro-styled coupe called the Mini ACV30 which was created to celebrate the 30th anniversary of Mini's win at the 1967 Monte Carlo Rally. Now, as Mini begins celebrating its 50th anniversary, it's taking another crack at the body style.
While the Mini Coupe Concept may not share the ACV30's dramatic bulging fenders and mid-engine layout, it reflects elements of the original's sloping roofline and race-inspired design. Starting with a standard Mini Cooper with the JCW package, engineers tossed out the rear seats and the C-pillars and reworked the Mini's signature boxy hatchback into a sleek fastback. To give the Coupe a sportier appearance, the windshield and A-pillars are raked back several degrees -- lowering the car's height by two inches over the Cooper.
In classic Mini fashion, the roof is a different color from the rest of the car and, in this case, it sets off the new body style much more than on a standard Mini Cooper. The drastic color change draws attention to the tops of the B-pillars, which have been tucked under the roof, making it look almost like a bottle cap on the top of the car. More than just a change in paint color, the line that starts at the back of the side windows wraps around the rear of the car over the tops of the rear window and forms an integrated rear spoiler at the back of the roof. The whole roof piece is aluminum rather than steel to reduce weight and lower the car's center of gravity for better handling and performance.
Below it, the wraparound rear window slopes back to the tail of the car where it dissolves into a faux trunklid. In actuality, the rear glass and trunklid are part of a single, integrated liftgate that provides access to the cargo area behind the seats. With the rear seats gone, cargo space is 8.8 cubic feet, three more cubes than a standard Mini Cooper with its rear seats up but nowhere near the 24 cubic feet of space available in a standard Cooper with its rear seats folded down. A pass-through between the front seats allows easy access to the cargo area from inside the car.
While the new roof is the primary feature on the Mini Coupe Concept, it isn't the only change. Up front, lower fascia has been restyled, featuring large, aggressive brake ducts around the foglights and a new lip spoiler. Up higher, the standard honeycomb grille is replaced by three horizontal slats that match the body color and the twin stripes running up the center of the car, which cleverly switch to the opposite color when passing from the blue body to the gold roof and vice versa. Mini has added small scoops in the side skirts and new multispoke wheels painted in blue and black to match the body colors.
Under the hood, not as much has changed. The Mini Coupe Concept is powered by the same 1.6-liter turbocharged four-cylinder in the Mini Cooper JCW, but with output increased slightly to 211 horsepower. Torque remains the same at 192 pound-feet, but can be temporarily pumped up to 206 pound-feet by the overboost feature.
As with the engine compartment, the passenger compartment is also mostly unchanged. The oversized speedometer with embedded audio and navigation systems still occupies the center of the dash while the tachometer resides directly behind the steering wheel, but it's no longer alone. The tachometer is now flanked by two Chronoswiss clocks, one a stopwatch for tracking lap times and the other a standard analog clock. The interior is finished in black with carbon-fiber trim.
The analytical among you may point out that this concept is essentially a hardtop Mini Cooper that's been slightly restyled, and you'd be right. Other than the height, the Mini Coupe Concept's dimensions are exactly the same as those of the production hardtop. Mini does promise, though, the changes to the roof structure and the lack of rear seats have lowered curb weight and center of gravity. Combined with the slight increase in power and sleeker greenhouse, the Coupe Concept is expected to perform slightly better than its Cooper sibling and provide a smidge more efficiency in the process.
The real beauty of the design, though, is that it would be very easy to adapt into production due to the relative lack of changes. Whether the Mini Coupe Concept actually does make it to showrooms or whether it is a hair split too thin remains to be seen. The final decision will no doubt be affected by the concept's reception at the Frankfurt motor show next month. Stay tuned to MotorTrend.com for complete coverage of the 2009 Frankfurt show on Sept. 15 and 16.
Mini Coupe Concept

Mini Coupe Concept
 Mini Coupe Concept

































Mini Coupe Concept