Monday, July 14, 2008

Autostadt


Smile? Me? Yeah, right.. While I liked the Mercedes Museum and the old Volkswagen Museum, this automotive Disney Land wasn't for me.

I love Beetles and Buses and Ghias etc due to their styling, awkward mechanics like the air-cooled engine, Cal Look and Resto Cal etc. I'm not into modern cars no matter what the brand is (except perhaps Porsche) and Volkswagen or Audi today are like German Toyota, so not really interesting. As Volkswagen factory very rarely backed motor sport it lacks the same racing heritage Porsche and Mercedes may have (Auto-Union did but that was pre-war stuff and before the merger anyway). And the other brands the corporation had more recently acquired, I don't know.. I didn't simply find enough interesting stuff per acre (yeah, it's large) in AutoStadt.

Autostadt is a happy place, you can stay at nice Carlton-Ritz hotel, spend a nice day in the theme park (or at the old museum), have a nice meal or coffee and it hides the Wolfsburg City, which isn't attractive like many of the other German cities are. No need to go out to the City when all you need to your visit is nicely tucked in same area (bit like the Casinos in Las Vegas).

Nicest place to visit in Autostadt was the ZeitHaus displaying vintage cars and automotive milestones from various brands. Also some of the most presentable vintage Volkswagens had been moved there from the old museum.

















More photos of the recently spotted R-Klasse test prototype emerge on the internet


Motor Authority has managed to snap new spy photos of the intriguing R-Klasse test prototype, that was recently caught by spy photographers in the USA. This time, 2 of the 4 photos are concentrated on revealing some important details of the car's front end, which will suffer major look changes:definitely, new headlights and a new radiator grille, which will follow the latest Mercedes-Benz design language. In the interior, a new steering wheel, borrowed from the M-Klasse facelift, has been installed;also, the updated COMAND APS infotainment system is expected to be offered.

As the journalists state, this R-Klasse test car will become reality in the middle of 2009. So, finally, the mystery has been broken:we are not talking about a completely new generation of the GST, but about a substantial facelift. It's a logical strategy and maybe it will somehow raise sale numbers for the model, which, up to the moment, have been a catastrophy.




Copyright � 2008, cars-action-car. All rights reserved.

Stiftung AutoMuseum Volkswagen

Actually my first time in Volkswagen Museum in Wolfsburg. No surprises here since the museum has been around for long time, featured in all magazines etc. Quite many of the cars have incorrect parts (eg. German law had required indicators instead of semaphores at some point) for that particular model year or aren't even restored, but still I liked the place a lot. It looked and felt like a Museum for Volkswagen should feel like.


Yeah to the left we go, not so keen on following the evolution of Golf.


Zwitter dash.






The Rometsch Taxi.


The Hebmuller Police car.


Inca Red '58 Cabriolet.


Split 'Vert is always a Split 'Vert.


The '38 Cabriolet.




Theo Decker engine.






The Stoll Coupe.


Lawrence Rometsch.


Utility vehicle built for 3rd world countries, looks awfully like Teijo but maybe then Kekkoslovakia in the 70's was still 3rd world? :)




The Kamei Split that I remember seeing in 1999 Bad Camberg.

Edmunds Inside Line - First Drive: 2010 Mercedes-Benz GLK


Below you can read a review from Edmunds on the new GLK-Klasse:

<< Compact Utility, Full-Size Refinement

It's hard to argue with half a million sales. Just ask Mercedes-Benz, because it's had to sit by while the BMW X3 has racked up 500,000 sales since the 3 Series-based crossover was introduced in 2003. Mercedes executives admit that they could do little but look on with envy as the market for premium compact SUVs has taken off in earnest.

Mercedes-Benz is putting on a brave face by suggesting the 2010 Mercedes-Benz GLK is arriving at a very opportune time. With gas prices showing little sign of retreating any time soon and environmental concerns no longer making the full-size SUV as attractive as it once was, the GLK should get a strong reception when it comes to the American market in January 2009.

The time is right for a utility vehicle that combines fuel-efficiency with the daily practicality that Americans want from a utility vehicle and then adds Mercedes-Benz refinement. Still, the new 2010 Mercedes-Benz GLK will have to do more than simply out-point the BMW X3 if it is going to make any worthwhile impression on buyers. It will also have to rise above the recently introduced 2008 Infiniti EX35 and the forthcoming 2009 Audi Q5, not to mention the 2009 Volkswagen Tiguan. As you can see, things just got a lot hotter in the market for premium compact SUVs.

C-Class With a Lift Kit

Relying on the same basic recipe used by BMW with the 3 Series-based X3, the 2010 Mercedes-Benz GLK has been conceived around the existing platform from the third-generation 2008 Mercedes-Benz C-Class. With its unit-body construction and compliant car-derived suspension, the GLK is the epitome of the modern-day SUV with a bias very much toward everyday on-road use. It does offer full-time all-wheel drive, however: an all-weather sort of system that nominally apportions 45 percent of the drive to the front wheels and the remaining 55 percent to the rear, with electronics taking care of stability and traction.

Aesthetically, the GLK is a bit of a challenge. Departing from Mercedes-Benz's current design lineage, it is clothed in an unusually edgy body that draws inspiration from the German carmaker's iconic G-Class. The steep screens and sheer body sides throw up some unhappy angles at times. Still, neat detailing ensures the GLK looks expensive and gives an impression of robustness � something that shouldn't be underestimated in this class.

At 178.3 inches in length, 72.4 inches in width and 66.5 inches in height, the GLK is a clear class below the Mercedes-Benz M-Class in size. By way of comparison, the BMW X3 runs to 179.7 inches in length, 78.2 inches in width and 65.9 inches in height.

Living Room
Step up into the GLK and you're instantly aware that the interior packaging is different from most rivals. This is because the windscreen is mounted at a rather upright 58 degrees, compared to the faster 50-degree slope of the M-Class' windscreen.

It is a layout that has necessitated a totally unique dashboard with a higher-mounted fascia than you'll find in just about every current Mercedes-Benz model save for the G-Class. With instruments and switchgear from the C-Class, however, it is anything but unfamiliar. Gripes about the quality of some of the plastic trim aside, the interior of the GLK is well thought out. The seating position is set 6.3 inches higher than in the C-Class, providing a reasonably commanding view of the road. Still, it is not so high as to leave you feeling detached from the action.

Mercedes-Benz originally planned to provide the GLK with the same front seats as the C-Class to lower production costs. However, the more upright windscreen requires a more upright seating position � a major conflict. As a result, the GLK boasts uniquely upholstered seats in which the upper section of the backrest receives added padding to help promote a more upright posture.

Diesel Coming Soon

The 2010 Mercedes-Benz GLK will be introduced to the U.S. market with the familiar 3.5-liter Mercedes V6. In the GLK350 it kicks out 268 horsepower at 6,000 rpm, only 8 hp more than the BMW X3's 3.0-liter inline-6, which is why Mercedes decided against the C-Class' 3.0-liter V6.

Nevertheless, this 3.5-liter V6 develops 248 pound-feet of torque between 2,400 and 5,000 rpm, substantially better than the BMW X3's 225 lb-ft of torque. The Audi Q5's 3.2-liter V6 produces 270 hp and 243 lb-ft of torque, respectively.

More important for the GLK's commercial future in America will be a 3.2-liter V6 diesel with Bluetec urea-injection technology. This clean diesel will be made available toward the end of 2009 for the GLK320 Bluetec.

Hauling

Though it has 4,034 pounds to haul around, the 24-valve DOHC V6 gas engine does an impressive job. Its smooth but gutsy nature combines nicely with the slick, quick action of the standard seven-speed automatic gearbox to provide brisk off-the-line acceleration and impressive in-gear performance.

Mercedes-Benz says the sprint to 100 km/h (62 mph) takes just 6.7 seconds � some 0.7 second faster than the comparable BMW X3 and a scant 0.1 second inside the performance of the Audi Q5. Top speed is limited to 143 mph, but for most prospective GLK owners it will be the 4,400-pound tow rating that will matter most.

Dynamically, the GLK delivers more than most prospective owners will likely ask from it. The C-Class chassis on which it sits responds positively to enthusiastic driving, imparting a feeling of agility that seems at odds with the GLK's tall stature. Driven briskly over challenging roads, this Benz acts more like a sporting wagon than a traditional off-roader.

Front-end grip remains strong when you arrive into a corner quickly and body movements are impressively controlled as you commit to the apex. The steering is relatively quick for a utility vehicle at 2.8 turns lock-to-lock, and it earns praise from us not just because it delivers a great amount of communication but also because it offers inherent accuracy and an impressive lack of kickback.

Daily Comfort

Where the GLK really scores, though, is its cosseting ride. The suspension is extremely well controlled and retains its composure, with little noise being directed back into the cabin even on broken bitumen. There is none of the abrupt vertical body movement so characteristic of the BMW X3.

There is one caveat, though. Our impressions were gathered from a GLK flaunting an optional sport package, which brings such goodies as a ride height that's 0.8 inch lower, plus 235/50R19 front and 255/45R19 rear Pirelli P Zero tires.

As for its ability in low-traction situations, the GLK should also prove more than adequate for the majority of buyers, who are unlikely to subject it to anything more strenuous than a trip across their front lawn. Its 23-degree approach angle and 25-degree departure angle are better than the class average, as is its 19-degree breakover angle. With customary Mercedes thoroughness, the engineers have also ensured the GLK can ford a water crossing 12 inches deep.

Along with the standard model driven here, Mercedes-Benz is also set to offer the GLK with a pair of optional off-road packages. The first concerns the styling and adds 17-inch wheels with trail-rated tires, while the second allows the recalibration of the drivetrain and traction systems with the push of a button and also adds hill-descent control plus off-road GPS navigation capability.

Compact Utility, Full-Size Refinement

Reservations about quirky styling aside, it is hard not to be impressed by the 2010 Mercedes-Benz GLK.

OK, so the interior quality is somewhat patchy by Mercedes-Benz's vastly improved standards of late and there's just one engine choice for the time being. But in many other areas the new Mercedes-Benz GLK shows class-leading qualities, particularly in terms of driveline refinement and overall chassis competence.

One thing's for sure. The next-generation BMW X3, due out in 2011, is going to have to be a good deal better than the existing model if it hopes to mirror the sort of success it has had up until now. >>

Article copied from --> Edmunds Inside Line - First Drive: 2010 Mercedes-Benz GLK












Copyright � 2008, cars-action-car. All rights reserved.

Vans for the Environment - PART VII


OFFICIAL PRESS RELEASE

Stuttgart, Germany, Jul 14, 2008

According to EU Directive 2003/30/EC the following products are considered to be biofuels:
  • Bioethanol and cellulose ethanol : ethanol produced from biomass or the biologically degradable constituents of waste materials, and intended for use as a biofuel
  • Biodiesel : methylester of a vegetable oil or animal fat of diesel fuel quality which is intended for use as a biofuel
  • Biogas : combustible gas which is produced from biomass or the biologically degradable constituents of waste materials, can reach the same quality as natural gas by purification and is intended for use as a biofuel, or wood gas
  • Bio-methanol: methanol produced from biomass and intended for use as a biofuel
  • Bio-dimethylether: dimethylether produced from biomass and intended for use as a biofuel
  • Bio-ETBE ( ethyl-tertiary-butyl ether ): ETBE produced on the basis of bioethanol
  • Bio-MTBE ( methyl-tertiary-butyl ether ): fuel produced on the basis of bio-methanol
  • BtL fuel(Biomass to Liquid) synthesised from b iomass . As a first processing stage gasification is used to generate a synthetic gas. Fuel is then synthesised from this as a second stage.
  • Bio-hydrogen: hydrogen produced from biomass or the biologically degradable constituents of waste materials, and intended for use as a biofuel
  • Pure vegetable oil: oil obtained from oil-seed by pressing, extraction or similar methods, untreated or refined but chemically unmodified, if suitable for the relevant engine type and compliant with the corresponding e mission standards.
  • Bio-butanol : 1-butanol produced by the microbiological fermentation of biomass and suitable for use as a biofuel.
  • Unlike b iodiesel , BTL fuel is generally produced from solid biomass (e.g. wood, straw ), i.e. from cellulose , hemi-cellulose and lignin, not from oil seeds.
Copyright � 2008, cars-action-car. All rights reserved.

Vans for the Environment - PART VI


OFFICIAL PRESS RELEASE

Stuttgart, Germany, Jul 14, 2008


Innovation based on tradition

  • First modern electric van already presented in 1972
  • Electric van available in series production since 1988
  • MB 100 was the world's first fuel cell powered vehicle in 1994
  • Sprinter NGT with natural gas drive already in series production in 1997
  • 2003: practical trials with fuel cell vans
  • First hybrid-drive Sprinter already introduced in 2004
Innovation is what drives Mercedes-Benz - from the invention of the automobile to the determined and constant progress that will lead to emissions-free driving. Even very early on, development effort was not only restricted to petrol and diesel power unit - the engineers were also concerned with alternative drive systems, and some of these even entered series production. No fundamental decision had yet been taken about the drive system when the automobile was in its infancy. In 1899, for example, "Motorfahrzeug- und Motorenfabrik Berlin-Marienfelde" produced a range of electrically powered vans, compact buses and passenger cars. Nowadays a major impetus for the development of new drive systems is environmental compatibility and conservation of resources, and vans bearing the Mercedes star are always to be found at the cutting edge of any progress.

1972:

Mercedes-Benz presents the LE 306 van with exchangeable battery technology, and therefore the first concept for a modern electric van. The motor has an output of 31 kW, enough for a top speed of 70 km/h. The operating range is 65 km. In subsequent years 89 electric vans cover a total of 2.9 million kilometres.

1975:

Mercedes-Benz presents the world's first hydrogen-powered van with hydride-based storage as an experimental vehicle.

1979:

Mercedes-Benz 208 vans enter practical trials with M15 fuel (85 % premium petrol, 15 % methanol).

1980:

Mercedes-Benz displays the 307 E electric van at the "Drive Electric �80" fair. As part of a large-scale trial, 18 of these vans are tested under day-to-day operating conditions in Berlin and Stuttgart. Large-scale trials with the German Post Office using 22 electric vans in Bonn show that the energy costs are roughly twice as high as for vehicles with a diesel engine.

1988:

Mercedes-Benz introduces the first vans with electric drive as the standard configuration, one of them the 308 E. Its DC motor has an output of 18 kW. Maximum speed is 46 km/h, with a maximum operating range of 60 km. The MB 100 E and the large-capacity T2 van are also offered with electric drive. All these vehicles are equipped with lead-gel batteries.

1992:

The Mercedes-Benz MB 100 E is used as a backup and transport vehicle at the Olympic Games in Barcelona. Its motor has an outout of 28 kW. On the German island of R�gen, a demonstration project is started to test the latest-generation electric vehicles, including the MB 100 E van. The vehicles are recharged at special electric charging stations whose energy is partly obtained from solar power.

From 1993:

More than 60 experimental vehicles with AEG Zebra high-performance batteries are in operation, among them versions of the Vito 108 E with a 600 kg payload.

1994:

The Mercedes-Benz NECAR 1 (New Electric Car) undergoes its first tests as the world's first fuel cell powered vehicle. The drive system occupies the entire load compartment of the MB 100 van.

1996:

The NECAR 2 fuel cell vehicle is presented. It is based on the large-capacity Mercedes-Benz V-Class van.

1997:

The Sprinter NGT (Natural Gas Technology) is introduced following extensive tests. It develops an output of 95 kW (129 hp) and a maximum torque of 185 Nm. Operating range is between 180 and 370 km

2001:

A fuel cell powered Mercedes-Benz Sprinter enters practical day-to-day trials with the Hermes despatch service. The prototype is initially used in the Stuttgart area, then in Hamburg.

2002:

Mercedes-Benz delivers ten Sprinters powered by liquified gas to the Dortmund company Progas as part of a long-term study.

2003:

DaimlerChrysler, the Environ�mental Protection Agency (EPA) in America and UPS (United Parcel Service) begin practical day-to-day trials of fuel cell powered vehicles.

2004:

Mercedes-Benz presents the hybrid-drive Sprinter at the International Commercial Vehicle Show (IAA). Two variants are shown: with and without a "plug-in" feature for recharging from the mains. The electric motor of the plug-in hybrid develops 70 kW, that of the Sprinter with no charging socket 30 kW. In each case the power is stored by nickel/metal hydride batteries (NiMH).

2005:

The first-generation Mercedes-Benz Sprinter with plug-in hybrid drive enters customer trials.

2006:

Trials of the new Mercedes-Benz Sprinter with bifuel natural gas drive commence. The company presents the Sprinter NGT as an almost production-ready study at the International Commercial Vehicle Show (IAA). In the same year, customer trials of the Mercedes-Benz Sprinter with plug-in hybrid drive and a diesel engine commence with the FedEx express service in Paris.

2008:

In the early summer Mercedes-Benz commences series production of the Sprinter 316 NGT with natural gas drive. Customer trials with eleven second-generation Sprinter Plug-In Hybrid vans commence in the USA in the summer.











Copyright � 2008, cars-action-car. All rights reserved.