Archive for the 'Uncategorized' Category

Congress Approves $25B Bailout For U.S. Automakers

Thursday, November 13th, 2008

On Tuesday, Speaker of the House Nancy Pelosi announced that in the likely event that Congress approves a $25 billion dollar bailout for the auto industry, it will come with considerably more stipulations then were attached to the loans extended to Wall Street in October. Although the Bush Administration is still refusing to approve an executive orders that would disperse emergency funds to domestic automakers, Detroit need only bide its time for 2 short months before inside sources say a bailout bill is all but guaranteed them. Official legislation has yet to be drafted and public support for the apparently pending federal prop for Detroit is at an underwhelming 20%, Nancy Pelosi has reportedly already requested Rep. Barney Frank (D-Mass.) to begin drafting an amendment to the $700 billion dollar Wall Street bailout that would guarantee $25 billion of those funds specifically for use by Chrysler, Ford, and GM. Treading significantly lighter on concerned taxpayers than last month, Pelosi made it clear that any government loans provided to the Big U.S. 3 would not be done so without stringent requirements for eligibility.

Among the terms of disbursement, limitations would be placed on how much of the federal funding could be used for executive pay and use of the loan money for “golden parachutes” would be explicitly prohibited. In addition, Pelosi also said that automakers would be required to maintain their promises of providing more fuel-efficient vehicles. Said Pelosi, “It is essential for the domestic automobile manufacturing industry to reemerge as a global, competitive leader in fuel efficiency and in new, path-breaking energy-efficient technologies that protect our environment.”

When reached for comment, GM said it “appreciates the speaker’s call for urgent action,” while Ford - whom already has taken a significant jump start in regaining its global authority - enthusiastically responded by saying that it would “work together with all of our nation’s leaders to continue our transformation to greater fuel efficiency and to help protect jobs.”

Source: Detroit Free Press

Obama’s limo will be a Caddy like no other

Monday, November 10th, 2008

After President Obama takes the oath of office in January, he may have a shiny new black limousine to go along with his not-so-new White House. General Motors is believed to be putting the final touches on a new first car.

An analysis of unauthorized photographs taken while the car was being tested last summer on public roads suggests that the presidential ride will be a truck-based Cadillac. It will presumably replace the Cadillac that President Bush has used since 2005.

This new car will be a Caddy like no other. The photos by Chris Doane, a spy photographer who hunts big automotive game - future models that haven’t been publicly revealed - for magazines and Web sites, provide clues about how specialized presidential transportation has become since the first White House fleet was ordered for William Howard Taft in 1909. President Taft rode in a stock White steam car or a conventional Pierce-Arrow, but the next president will travel in a fortresslike vehicle that was mostly built from scratch.

The photographer noted that the limousine was being tested, possibly for comparison purposes, with a pair of GMC Topkick medium-duty trucks. The limousine seemed to be riding on the same 19 1/2-inch Goodyear Regional RHS tires as the trucks, indicating that it is far heavier than a civilian Cadillac - even the longest stretch limousines built with the GM division’s heavy-duty coachbuilder package. Indeed, it is believed that the limo is based on GM’s 2500 line of trucks, which includes an extra-heavy-duty version of the Suburban.

Although the raised roof and wide windshield pillars are inherited from the ultra-armored limousines that entered presidential service in 2001, only educated guesses can be made about the technical details. Because neither the Secret Service nor General Motors will discuss the car, or even confirm that a new one has been under development, it is impossible to provide basic specifications or dimensions. Calls to Cadillac’s media relations department were not returned, and the Secret Service declined to comment.

So people who are curious about such things look for clues and make deductions. I have spent almost 30 years paying close attention to presidential vehicles as part of my interest in what are called professional cars, which also include hearses and ambulances. (I am the author of “Professional Cars: Ambulances, Hearses and Flower Cars,” Krause Publications, 2004.)

Other sources I have consulted on cars used by past presidents include “Presidential Cars and Transportation” by William D. Siuru Jr. and Andrea Stewart (Krause Publications, 1995) and “Presidents on Wheels” by Herbert Ridgeway Collins (Bonanza Books, 1971). But my interest has me looking for clues wherever I can find them.

For example, television clips showing Bush entering and exiting the rear doors of his limos indicate that the windows are at least 5 inches thick, almost twice the depth of what was used on presidential limousines in the 1980s and ’90s.

While I do not know what type of weapons such thick windows are designed to guard against, a half-inch of transparent armor is enough to stop a .44 Magnum round at point-blank range; at a thickness of 1 1/4 to 1 1/2 inches, the same material can withstand higher-velocity bullets fired from military assault rifles.

Were an attack to occur, the ballistic forces of bullets fired into the windows would be absorbed within a succession of glass and plastic layers, after which a flexible inner coating known as an anti-spall shield would keep glass from entering the passenger compartment.

Though the materials protecting the car’s body are also classified, they are probably intended to break up incoming projectiles with a hard substance before their energy is dissipated by a soft substance. Material traditionally used for this purpose includes dual-hardness steel, aluminum, titanium and ceramics.

Large steel overlaps are also typically added to the body openings of armored autos to deter attackers who might try shooting through the door gaps.

Denied the convertible tops and sunroofs that were once found on presidents’ cars, and seated behind glass that is half as transparent and several times as sound-absorbent as that of a standard car, the president has limited interaction with the public while inside his limo. But he can make his presence known by turning on fluorescent interior lighting that makes him visible to bystanders, or by using the built-in public address system.

Aircraft tie-downs welded to the chassis allow the limousine to be transported aboard a military cargo jet, which also often carries the Secret Service’s Suburban escort vehicles and at least one limo used as a backup or decoy.

On television footage of a trip to Pakistan in March 2000, it appeared as though President Bill Clinton’s motorcade used five decoy cars.

Thus, it is likely that GM is building not just one new presidential limousine, but perhaps two or three that can be used as backups or decoys. There will be no way of knowing until the cars are seen together.

Presidential limos would have great appeal to collectors. But the Secret Service has shown no enthusiasm for letting recent White House cars fall into private hands. When the cars are retired, they often disappear, to be destroyed or used in Secret Service training.

The Department of State also uses specialized vehicles, and the agency’s disposal methods have been detailed in a document entitled “Bureau of Diplomatic Security’s February 2004 Armored Vehicle Program.” Methods include burial at sea, explosive demolition, burning, crushing or burial on land controlled by the federal government.

In the same spirit, the Clinton Presidential Library in Little Rock, Ark., was not given the keys to the 42nd president’s 1993 Cadillac Fleetwood, which is displayed there.

“We can dust the outside of the car, but if we needed to get inside it, we would have to contact the regional Secret Service office,” Christine Mouw, the library curator, said in an interview. “We’ve had requests from people to exhibit it with the doors open, but we’re told we can’t do it for security reasons, which is logical.”

source: sfgate.com

Car users switched to Motorcycles

Tuesday, July 22nd, 2008

The local motorcycle market enjoyed 2.8% growth in the first six months of this year with new registrations reaching 872,644 units, according to A.P. Honda Co, the compiler of industry figures.

Motorcycle sales in June alone rose 7.14% year-on-year to 163,501 units, breaking a 21-month record.

Teerapat Chivapong, sales director of A.P. Honda, said the growth was driven by higher farm product prices that gave farmers, the core consumers, higher incomes and purchasing power.

Additionally, with runaway oil prices, some car users have switched to motorcycles to reduce fuel expenses.

According to Land Transport Department registrations, family-type motorcycles had the highest growth rate of 4%, to 442,106 units. Their market share increased to 51% from 50% last year.

For other categories, automatic transmission motorcycles had a 45% share and sales of 396,061 units in the first half this year, up 2% from last year. Family-sport models earned a 3% share and sales of 25,272 units, with a 2% decline in growth. Sport models had a 1% share, with growth of 3% and sales of 5,789 units, while other categories recorded sales of 3,416 units.

Mr Teerapat said oil prices and the economy would continue to be people’s main concerns in the next two quarters. As a result, this will encourage consumers to make more use of motorcycles.

Honda remained the local market leader in the first half with motorcycle sales of 599,062 units, up 0.2% from the same period last year and capturing a 70% share. Yamaha, the second largest player, enjoyed the highest growth of 15% among other players to 222,483 units, capturing a 23% share. Suzuki came third with 36,898 units, down 18.85% from 36,898 units from the same period last year.

Other players in the market included Tiger, the Thai motorcycle brand that sold 555 units, Kawasaki 4,778 units, the Malaysian brand JRD at 2,070 units, Platinum from China 1,441 units and others 5,358 units.

BMW M3 Race Version 2008

Tuesday, April 1st, 2008

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BMW presented the racing version of the new BMW E92 M3 at the 2008 Chicago Auto Show. Powered by a 485 bhp eight cylinder engine, this impressive race car has been designed to compete in the American Le Mans Series (ALMS) from 2009 onwards.

Technical Specifications BMW M3 Race Version

Weight: 1150 kg
Tank capacity: 110 Liter
Chassis/body: Unitary construction steel body with welded safety cell made of extremely rigid precision steel tubing; safety fuel tank in CRP sandwich tray; pneumatic four-stamp jack system
Aerodynamics: Front wings, rear apron, motor hood, roof, trunk lid, rear wing, front wings, and flared rear wheel arches in CRP
Transmission: Carbon fibre clutch operated by hydraulic central slave cylinder; 6-speed sequential racing transmission with straight-cut, unsynchronized gears; additional oil/air cooler; quick shift system with ignition cut-out controlled by shifting force; mechanical limited slip differential with additional oil/air cooler
Front axle: Based on production version, with increased wheel caster angle, enlarged track width and enhanced wheel camber; five-way adjustable shock absorbers; tubular stabilizer bar
Rear axle: Based on production version, with enlarged track width and enhanced wheel camber; five-way adjustable shock absorbers, tubular stabilizer bar
Front brake system: Six-piston aluminium brake calipers, inner-vented grey-cast iron brake disks 380mm in diameter
Rear brake system: Four-piston aluminium brake calipers, grey-cast iron brake disk, 332mm in diameter
Steering: Rack and pinion steering with electro-hydraulic power
Wheels: Aluminium wheels, 18 inches

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BMW P65 Engine

* Type: Eight cylinder, V-configuration
* Capacity: 3999 cc
* Bore x stroke: 92 x 75.2 mm
* Max. output: approx. 485 bhp
* Max. torque: approx. 500 Nm
* Cylinder block: Aluminium cylinder block construction with bed plate power section
* Crankshaft: Steel crankshaft
* Pistons: Forged skirt pistons
* Conrods: High-performance steel
* Cylinder head: Aluminium DOHC (Double Over Head Camshaft); four valves per cylinder
* Valve train: Four overhead chain-driven camshafts, valve actuation via rocker arms
* Intake system: Eight throttle valves, made of CRP with load-charge optimized ram tubes
* Exhaust system: Headers, silencer
* Fuel system: Single cylinder multi-point injection
* Lubrication: Dry sump lubrication
* Cooling: Water/air cooler and oil/water heat exchanger

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Electrics/Electronics

Engine management: BMW Motorsport ECU 408 with two high-performance micro-processors; Individual cylinder injection and ignition; BMW Motorsport Lambda Controller, Pit speed limiter, Quick Shift function; Engine data memory system
Energy management: Electric energy management and monitoring with BMW Motorsport POWER400 control unit, networking of all sensors and actuators through bus system
Wiring harness: Weight optimized
Ignition coil: Eight high-performance pencil coils with integrated ignition drivers
Spark plugs: High-performance spark plugs
Cockpit: Free programmable LCD Display with integrated shift indicators
Steering wheel: Quick release multi-function steering wheel with integrated display unit

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BMW Motorsport Director Mario Theissen said: “With the sporting genes of the production BMW M3 being clearly evident, developing a racing version of the car was the next logical step. The fact that the road-going vehicle is fitted with a V8 engine as standard provided us with an ideal base. However, the BMW M3 is more than a race car, it has achieved legendary status amongst race fans across the globe. I am convinced that this unique story of the BMW M3 racing cars will now be expanded upon by the addition of further chapters.”

“We are very pleased to be returning to the American Le Mans Series with our latest generation BMW M3,” states Tom Purves, Chairman and CEO, BMW of North America. “Sports car racing has been part of BMW of North America’s history practically from day one. Just two weeks after the company was formed in March 1975, a BMW CSL won the 12-hours of Sebring. We are confident that the fourth generation M3 will continue the legacy of its two predecessors which combined to win six manufacturer’s championships over nine seasons. As it has been in the past we believe the ALMS is the ideal venue to showcase the potential of the newest BMW M3.”

BMW’s 2009 entry into the Sports Car Championship will be overseen by the United States-based Team Rahal Letterman operation. “BMW has an illustrious racing heritage,” says co-owner and US motorsport legend Bobby Rahal. “Rahal Letterman Racing is eagerly anticipating, not only becoming part of that heritage, but helping to enhance it. Our dedication to this project will be without equal and we look forward to racing at the front of the grid with BMW in the years to come.”

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The BMW M3 Race Version: Sportiness personified.

In the course of developing the race version of the BMW M3, BMW’s engineers were faced with an ambitious task: to improve upon the sportiness of an already sporting car. A better base would, though, be difficult to find. In standard form the vehicle delivers powerful dynamics and sporting aesthetics. Thanks to an eight cylinder engine producing 420 bhp, BMW’s customers are provided with a unique driving experience.

Those engine blocks, cast in BMW’s light alloy foundry in Landshut – the very source of BMW’s Formula One castings – selected for race duty need to withstand even more power: the BMW P65 engine delivers 485 bhp.

In order to enable the BMW M3 to make full use of this performance on the race circuit, the experts in Munich have not concentrated solely on the engine, but have race-tuned the chassis as well. The race version of the BMW M3 is wider and significantly lighter than its production equivalent, enabling it to perfectly transmit the power of its V8. Widespread use of carbon-reinforced plastic (CRP) provides proof of substantial weight reduction. As with the production version, the race car’s roof is manufactured from this high-tech material.

The race version of the BMW M3 is clearly aimed at the top echelon of motorsport. As such, it is no surprise to discover that in the course of its development, begun in mid-2007, numerous Formula One techniques were applied. These include computational fluid dynamics (CFD) and wind tunnel analyses, both of which have ensured the best possible aerodynamic package for the BMW M3.

Intelligent control systems have been incorporated throughout the BMW M3. The POWER400 control unit actuates all the accessories fitted to the car, such as lights, wipers, etc., via two bus systems. Traditional relays and fuses are thus eliminated, ensuring considerable weight saving, improved reliability and ease of application. The functions of the BMW P65 engine are managed by an ECU 408 electronic control unit, developed in-house by BMW Motorsport. The software and applications, too, have been developed by the experts in Munich.

2008 Audi RS6 Sedan Video

Wednesday, November 7th, 2007

Engine : V10 twin turbo
Transmission : 6-speed tiptronic AWD
Max speed : 155 mph (limited)
0-60 mph : 4.6 seconds
Horsepower : 580 bhp
weight : 2025 kg / 4464 lbs

The 2008 Audi RS 6 Sedan is the most powerful production model from Audi. Its immense power comes from a twin-turbo V10 developing 580 horsepower and 480 ft-lbs (650 Nm) of torque at 1,500 - 6,250 rpm. The power is run through a six-speed tiptronic gearbox to all four wheels, 60 percent of the power reaches the rear wheels while the remainder is sent to the front.

2008 Audi RS6 Sedan
2008 Audi RS6 Sedan
2008 Audi RS6 Sedan
2008 Audi RS6 Sedan

Toyota Aygo ckIN2U Edition revealed

Sunday, August 19th, 2007

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Spy photos - Dodge Challenger

Sunday, August 12th, 2007

Photographers caught again the Dodge engineers testing the new Challenger. Look like the model will keep the design lines from the concept.We can see through the front camouflage that the design remains the same. Seems like the days untill the Dodge fans will get their hands on the new Challenger are being numbered.

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