We've all see many tunning jobs lately from various companies such as Brabus, Edo Competition and AC but it's the great partnership between Abt and Audi that produce some of the best collaborations we've seen in recent time and once again Abt haven't failed with their twist on the Audi TT Roadster.
PRESS RELEASE:
An open roof sportscar in a tailor-made suit: The Abt TT Roadster
Before the first preliminary designs were published, it was clear that the leading Audi tuner Abt Sportsline planned to cause a sensation with the new Audi TT, as the first TT is one of the favourite cars of the Kempten-based company with a long tradition. And this is due to the fact that the race version of the Sports Coupe 2002 won a lot of DTM (German Touring Car Series) races.
Therefore it is only logical that, after the extravagant TT-Sport and TT-R, also the TT Roadster, which is already exquisitely beautiful as serial car, gets a special treatment in the Allgaeu: the designer from Abt Sportsline developed car body parts with which the open-roof TT becomes more danymical. Thus, the front skirt with its grid element emphasizes the area around the fog lights and the single-frame grill. The brawny laterally attached parts underline the design of the convertible and create a unit with the striking rear section of the car. There the rear skirt inset and the rear wing, providing additional down force, are the central elements. Also the 4-pipe rear muffler, which perfectly harmonizes with the rear skirt inset and its integrated rear diffuser, belongs to the distinctive rear view of the Abt TT Roadster.
The TT Roadster from Abt is an absolutely successful open-roof sportscar, a design masterpiece for ambitious pilots. Therefore, Abt Sportsline offers a number of power upgrade packages. The highlight of the product range is - similar to the Coupé - the TT-R with the VR6 3.2 K. The supercharger aggregate provides 355 hp (262 kW) and accelerates the car in about 5 sec. from standstill to 100 km/h. But also the other versions are extremely sporty. No matter if VR6 3.2 or 2.0 T-FSI engine, an Abt TT Roadster is always fast. For the favoured 2 liters Turbo FSI, Abt offers a power upgrade from 240 hp (177 kW) with special iS technology, sparing purse and environment, up to powerful 300 hp (221 kW). Matching to the always enormous propulsion of the TT Roadster: Abt suspension kit. For more security in ticklish situations cares the Abt sports brake system with its huge disc diameters of 380x34 millimeters.
To perfectly round off the dynamical and powerful appearance of the TT Roadster, Abt recommends the wheels AR 19 and SP1 in the size 19 inch, as well as the one inch bigger wheel AR20.
Tuesday, July 3, 2007
Take the Top off: Abt Sportsline trick out Audi TT Roadster
Posted by rodhi at 8:57 AM 0 comments
Labels: Audi
First Drive: 2008 Hummer H3 Alpha
After two years of lion styling with housecat horsepower, Hummer’s runt of the litter finally gets a V-8 variant, dubbed the H3 Alpha. With 300 horsepower and 320 pound-feet of torque, the Alpha’s 5.3-liter V-8 is the mill the H3 should have had all along. Surprise, surprise—we like it better even though we still don’t love it.
Not Enough Power?
When Hummer introduced the H3, it was steadfast that its new baby had plenty of grunt, although we certainly wouldn’t have used that word to characterize the 220 horsepower of the original inline-five. Still, without admitting fault, the 3.5-liter was hastily bored to 3.7 liters for 2007—and horsepower rose to a still-not-enough 242. We kept bitching.
Why were we being so hard on it, GM wondered? Man, had anyone at the company driven it? On the road? Sorry for being so demanding, but we’ve never found 0-to-60 times in the mid-10-second range to be terribly stirring, especially in this day and age when there are SUVs that can be going a mile a minute from a dead stop in half that time. Granted, most of ’em aren’t worth much off-road, but still….
Turns out, even 300 horsepower under the H3’s chunky hood may not be enough. Sure, we were doing our on-road driving at more than a mile above sea level, on high-speed two-lanes between northern New Mexico’s noted (but fabulously unspoiled) Rock Garden off-road area and Durango, Colorado. But even with two aboard and no luggage, the Alpha’s 4900 pounds asked more of the wheezing OHV V-8 than it seemed willing to give. Backing that up is Hummer’s claim that the Alpha hits 60 mph in a just-okay 8.0 seconds. That’s slower than the much larger (albeit much more powerful) 2008 H2, which can hustle its 6650 pounds to 60 in a reasonably impressive 7.8 seconds with a 393-hp, 6.2-liter V-8 and six-speed automatic.
Much of the blame for the H3’s lackadaisical thrust can be attributed to the modest gear spread of the H3’s four-speed automatic, which was retained on account of insurmountable underhood packaging constraints. Hummer engineers admit—begrudgingly—that we’re going to be stuck with it until the next all-new H3 comes along, which won’t be happening any time this decade.
Engineers Were Busy
Certainly, said engineers already had enough to do in their efforts to squeeze the longer, wider, and heavier small-block V-8 into the tight engine bay of the H3, designed as it was for the narrower inline-five. Thus, according to H3 chief engineer Lee Visci, parts of the front-of-dash panel had to be moved rearward, and the frame had to be modified so the engine mounting points could be accommodated and a new, heavier-duty cooling system could be installed. The transmission was modified to accommodate a larger-diameter torque converter, and the front anti-roll bar was beefed up to handle the 100 pounds of additional weight.
Packaging of the exhaust system and the application of 2009 emissions controls made it impossible for Visci’s team to achieve the same horsepower and torque figures for their version of the 5.3 as, say, those in other GM applications, such as the 2007 Chevrolet Silverado, where it makes 315 horsepower, or even the ’07 Hummer H2, where it produces 325. “We had to work very hard for that 300 figure,” Visci said. But she added that the team is very satisfied with the results of its efforts, which included a one-third increase in towing capacity to a now-credible 6000 pounds, as well as meeting the same safety standards (specifically for cabin intrusion in severe frontal collisions) as the inline-five model’s.
Off-Road Strength
The Good Part: Even Better Off-Road
Where the H3 Alpha proves nothing short of brilliant is where Hummers usually prove themselves: off-road. Indeed, off-road is where the Alpha’s combination of reasonable size; spectacular wheel articulation; uncanny approach, departure, and break-over angles; and, alas, effortless torque—multiplied by the 4.10 final drive and low-range transfer case—makes a strong case for itself. Climbing up and down the ancient mesas and ravines of the Rock Garden (some seriously gnarly stuff) was so easy a caveman—or even an automotive journalist, for that matter—could do it. Credit must also be issued to the traction enhancement provided by the locking rear differential, without which we might never have gotten out of some of the holes in which we found ourselves. That and the fact that we let most of the air out of our tires.
On the Right Track, but Not Quite There Yet
There on the bluffs, we noted the numerous bones thrown at comfort and style for the $39,260. (That’s $8565 more than a base H3, and the total rises to $43,730 with the H3X bling package.) The window switches are relocated to the door panels (standard across the H3 line), “Alpha” badges and embossments are applied here and there, and all the goodies that come with the normal H3’s Luxury and Chrome packages were made standard. Also added is a silver front bumper that meets new car-to-car crash standards.
Back on the highway, however, we yearned for something more. Yes, the revised steering system adds some much-needed precision to the H3’s straight-line demeanor. But we hoped for less road rumble and more exhaust burble at speed, and the on-road ride remains as brittle as ever, with no changes made to the rear leaf springs. And then there’s that pesky fuel-consumption problem.
We believe Hummer is on the right track with the H3 Alpha, but it would be much better with more gears and less weight. Perhaps when the smaller and potentially more nimble H4 hits the market in 2009 or so, Hummer will finally have a product that makes its drivers just as happy on the road as off.
BY STEVE SILER
caranddriver.com
Posted by rodhi at 7:16 AM 0 comments
Labels: 2008, First Drive, Hummer
Monday, July 2, 2007
you can change your car's motor oil
by Juan Uflerbaumer
Change your car's oil yourself
Changing your car's oil yourself is a lot easier than you think, and you can save money, but remember, safety always comes first when it comes to automotive maintenance. Whether you are a first timer or experienced, this is a step-by-step guide to show you the safest and most efficient way to do this simple task!
You will need about 5 quarts of motor oil. (the proper SAE viscosity, API performance and quantity required for your engine as well as filter specs can be found in your owner's manual)
A new oil filter. Cars use a "spin-on" oil filter, it comes in various shapes and sizes.
A drain plug socket wrench or open-end wrench (exact size) and an oil filter wrench.
A large drain pan and a rag.
Change your motor oil and oil filter every 3,000 miles or every 3 months, whichever comes first. This strategy will give superior engine protection and longer engine life. (Check your owner's manual for special conditions and do not exceed warranty recommendations.)
Never use a bumper jack to hold your vehicle up because it is too unstable. Wheel ramps are ideal and much safer. Wheel ramps will tilt the car just enough to allow you to slide underneath. After making sure that you are on level ground, drive your vehicle up onto the wheel ramps so that the front tires are elevated. Set your emergency brake and brace both rear wheels with wooden blocks. Put your vehicle in park if you have an automatic transmission and in first gear if you have a manual transmission. If the oil is cold will not drain properly so idle your engine for about 5-10 minutes to bring it to normal operating temperature (never start your engine without oil). Then switch off the engine and raise the hood to locate and loosen the oil sump cap, this will allow the oil to drain from the bottom more freely.
Locate the oil drain plug on the underside of your vehicle. It should be located at the bottom rear end of the engine sump or oil pan.
Place the drain pan underneath the drain plug and slightly toward the back. Turn the plug counterclockwise using your wrench until it rotates freely. Finish removing the plug by hand. Be careful of the oil since it may release rapidly and is likely to be rather hot.
After that, loosen the oil filter - may be warm - turning it counterclockwise with a filter wrench. Complete the removal by hand, taking care not touch the hot exhaust manifold. The oil filter may feel slightly heavy because is filled with oil, so carefully ease it down and away from the engine and tip its contents into the drain pan.
Take your rag and wipe in and around the filter seat on the engine. Then take a new filter and use your finger to apply a light film of oil (new or used) to the gasket (the circular edge of the filter itself). This film will act as a sealant. Carefully screw the new filter onto the threaded oil line, turning it clockwise. Once aligned properly, the filter will thread on easily. Tighten the filter by hand, taking care not to overtighten. Clean the oil plug and drain set and then align and replace the plug. Screw the plug in by hand and finish by tightening it with a wrench. Take care to not overtighten.
On the top of the engine you will find a cap that says "Oil." Unscrew the cap and proceed to fill the engine with the required quantity of oil, checking with the dipstick to assure proper fill level. Then replace the cap and wipe off any spillage. The oil light should go out as soon as the engine is started. Run the engine for several minutes, then switch it off and check the dipstick once again to assure proper oil level. Last, but not least, check under the vehicle for leaks.
Posted by rodhi at 9:51 PM 0 comments
Mercedes-Benz SLR McLaren Roadster Offers Supreme Safety Thanks to F1-Style Carbon-Fibre Monocoque
Carbon fibre is a life-saving material. This was demonstrated most recently in dramatic fashion at the Canadian Grand Prix in Montreal on June 10 of this year, when one of the drivers suffered a horrific accident. Despite hurtling into a solid concrete wall at over 250 km/h, the driver survived the crash in his race car made from carbon-fibre composites virtually unscathed. Mercedes-Benz harnesses the safety benefits offered by carbon-fibre materials for the body of the new SLR McLaren Roadster, and builds its open-top super-sports car almost entirely from this exotic material as standard. Consequently, the new high-performance roadster not only serves up an exclusive open-air feast for the senses, it also offers a standard of safety that is unparalleled in this segment.
Formula One regulations have demanded that the racing cars be constructed from carbon-fibre-reinforced plastics (CFRP) for some years now. The first chassis made exclusively of carbon fibre was used by McLaren in 1981, and it was not long before all other Formula 1 vehicles on the racetrack had the same sort of chassis fitted. The cars comprise a monocoque that offers the driver a high-strength survival space, as well as crash structures to dissipate the impact energy extremely effectively and uniformly. It is primarily as a result of this that the risk of injury in high-speed accidents in this Blue Riband motorsport event has dropped significantly.
Mercedes-Benz employs the same principle and same high-tech material for the new SLR McLaren Roadster which receives its world premiere in autumn 2007. The monocoque – or, to put it another way, the passenger cell – of the new open-top super-sports car is manufactured from carbon-fibre-reinforced materials throughout. In the event of a head-on, side-on or rear-end collision, it therefore offers the occupants a very rigid and hence securely protected space. The crash structures in the front end and at the rear are likewise made from CFRP. "Naturally, it is not possible to completely transfer Formula One technology into a vehicle intended for everyday use, in which comfort criteria also need to be taken into account," comments Dr. Rodolfo Schöneburg, Head of Passenger Car Safety Development at Mercedes-Benz. "For example, you cannot expect the driver of a series-production sports car to either wear a helmet or use the HANS Head And Neck Support system that is prescribed for racing cars to protect those parts of the driver's body. However, we do capitalise on the positive properties of the high-tech materials used in Formula One to offer those travelling in the new Mercedes-Benz SLR McLaren Roadster a standard of safety that is unmatched, even in the realm of super-sports cars."
The consistent use of carbon-fibre-reinforced plastic places the new Mercedes-Benz McLaren Roadster in a league of its own for, despite its obvious benefits, CFRP is generally only ever found in a few individual components of even premium-class cars, if at all, due to the elaborate manufacturing processes involved.
Carbon fibres offer greatest energy absorption
Mercedes-Benz and its Formula 1 partner, McLaren, have gathered many years of experience with this material that is conventionally used in the aviation and space industries. Carbon-fibre reinforced materials are characterised by their extreme rigidity and a level of energy absorption in an impact that is four to five times higher than that of steel or aluminium, which is why the CFRP body gives rise to such exemplary levels of occupant safety in the new SLR Roadster.
It is in the front structure of the SLR bodyshell that the impressive safety properties of the innovative fibre composite are particularly evident. Here, two conical carbon fibre composite elements, each approximately 620 millimetres in length and weighing just 3.4 kilograms, are enough to absorb the full energy of the crash in a defined frontal collision without exceeding tolerable deceleration values for the passengers.
In a collision, the fibres of the CFRP elements shred from front to rear, absorbing the energy of the impact with a constant rate of deceleration. Thanks to this uniform deformation behaviour and the high-strength monocoque, the energy absorption of the CFRP side members can be precisely calibrated. The engineers achieve this, for example, by creating a constantly changing cross-sectional area for the components. This fine tuning of the deceleration values results not only in predictable energy absorption behaviour but also in a weight advantage, because this design uses only as much material as is actually needed.
At the rear, two internal side members made from laminated carbon fibre and a robust cross member assume the task of energy absorption in the event of a crash. In an impact from the side, the occupants are protected by the broad, low-set multi-shell sills made from specially reinforced carbon-fibre materials, as well as two aluminium sections incorporated into each door. The sturdy shell of the SLR seats also has a protective function in a rear-end or side-on collision, designed as it is to hold the occupant firmly in position; it is likewise built from highly resilient carbon-fibre material.
The new A-pillar, with its additional internal reinforcement in the form of a high-strength steel tube, also contributes to the excellent occupant safety. The arrival of the Mercedes-Benz SLR McLaren Roadster thereby marks the series-production debut of a highly complex steel/carbon-fibre compound that combines high strength with elasticity. Fixed rollover bars behind the seats complement the safety concept: they ensure the passengers are afforded an outstanding level of protection even if the vehicle should turn over. Adaptive airbags, kneebags and sidebags as well as belt tensioners and a tyre pressure monitoring system also make up part of the standard specification.
New dimensions in driving refinement
The ultra-strong carbon-fibre-reinforced materials used for the new Mercedes-Benz SLR McLaren Roadster furthermore achieve a level of torsional stiffness that is unprecedented for an open-top car. This combines with a chassis bred on the racetrack and the 460-kW/626-hp AMG supercharged V8 engine to produce the sort of scintillating handling that is normally the preserve of super-sports cars with a fixed roof.
The SLR McLaren Roadster's exceptional credentials are given a further boost by the fully retractable soft top that blends seamlessly into the vehicle's flowing lines. The newly developed material it is made from not only promises everyday practicality in all weathers, it also enables the high-performance sports car to attain speeds which are highly unusual for a roadster. For example, the top speed of 332 km/h with the roof up matches the extraordinary figure set by the Coupé.
The air of a high-calibre Gran Turismo touring car
Despite the fact that the Roadster comes with a fully retractable soft top to fuse pure open-air motoring bliss with the ultimate in drive power, by no means do its occupants have to compromise on comfort or everyday practicality. As such, the new Mercedes-Benz SLR McLaren Roadster succeeds in synthesising high-tech from the world of motor racing, the capabilities of a thoroughbred high-performance sports car, as well as the long-distance comfort and sophisticated ambience of a classic, high-calibre Gran Turismo touring car.
Source: DaimlerChrysler
Posted by rodhi at 12:47 PM 0 comments
Labels: Mercedes
Subaru Celebrates Environmental Milestones of Zero Landfill, Selling 100,000th PZEV Vehicle
Subaru Marks Three Years of Zero Landfill
- Subaru Sells 100,000th PZEV Vehicle
Subaru is celebrating its three- year anniversary of zero landfill status at its manufacturing plant, Subaru of Indiana Automotive (SIA) and the sale of its 100,000th PZEV (Partial Zero Emissions) vehicle.
Both milestones reflect the long-standing commitment Subaru has to safeguarding the environment that so many of its customers avidly enjoy.
"We are pleased to mark these milestones," said Tomohiko Ikeda, Chairman, President and CEO, Subaru of America, Inc. "At Subaru, we are committed to not only maintain an effective environmental management system, but also to integrate sound environmental practices throughout our business."
The Subaru plant in Indiana sends nothing to a landfill. That means, if this press release was printed and not recycled, it would result in more trash sent to landfills than the entire Subaru manufacturing operations. The Subaru plant was the first US auto plant to achieve zero landfill status, with all its waste being either reused, recycled or converted to electricity for the city of Indianapolis.
The Subaru plant is also a designated backyard wildlife habitat. Deer, coyotes, beavers, blue herons, geese, rabbits, squirrels, meadowlarks, ducks and other animals live there in peaceful coexistence with the Subaru plant.
Just last year, Subaru was awarded the U.S. EPA's Gold Achievement Award as a top achiever in the agency's WasteWise program to reduce waste and improve recycling.
Subaru also manufactures PZEV (Partial Zero Emission Vehicles) certified Legacy, Outback and Forester models, available for sale anywhere in the U.S. The PZEV certified, normally aspirated, Subaru Legacy, Outback and Forester models are SmartWay(TM) certified by the EPA. To date, Subaru has sold 100,000 Subaru PZEV vehicles, which have 90 percent cleaner emissions than the average new vehicle.
PZEV vehicles are the cleanest gasoline vehicles available today and they meet emissions standards that are sometimes even cleaner than some hybrid or alternative fuel vehicles. These vehicles have such tight pollution controls, with the burning of fuel so complete, that in very smoggy urban areas, exhaust out of the tailpipe can actually be cleaner than the air outside.
For more information visit: http://www.epa.gov/
About Subaru of America, Inc.
Subaru of America, Inc. is a wholly owned subsidiary of Fuji Heavy Industries Ltd. of Japan. Headquartered in Cherry Hill, N.J., the company markets and distributes Subaru Symmetrical All-Wheel Drive vehicles, parts and accessories through a network of 600 dealers across the United States. Subaru makes the best-selling All-Wheel Drive car sold in America based on R.L. Polk & Co. new vehicle retail registration statistics. For additional information visit http://www.subaru.com/
Source: Subaru of America, Inc.
Posted by rodhi at 12:46 PM 0 comments
Labels: Subaru
Sexy bikini babe in front of a Nissan 350Z
Posted by rodhi at 12:58 AM 0 comments
Labels: Babe, Bikini, Girl, Hot, Nissan 350z, Sexy, Sports Car