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Source: Automobile History Day By Day, by Douglas A. Wick |
Global [English] Centric News Collection from various newswire, magazines, newspaper, Internet Sites, and some inside news of Chrysler Corporation LLC
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Source: Automobile History Day By Day, by Douglas A. Wick |
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For the Transportation component, Chrysler offers special military-only benefits for its Chrysler, Jeep(R) and Dodge products, crafted specifically for members of the military. These benefits include cash rebates along with enhanced warranties and service plans. The Pentagon Memorial Fund (PMF) was established in 2003 as a non-profit 501(c)(3) organization to assist the Department of Defense with the construction, future maintenance, and financing of the Pentagon Memorial. The Washington Headquarters Service (WHS) holds overall responsibility for the project, with Pentagon Renovation & Construction Program Office (PENREN/C) serving as the project's construction agent. |
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Chrysler selling Pacifica Design Studio to Mercedes-Benz
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DETROIT -- The City Council approved a $22.8 million tax exemption for Chrysler LLC on Tuesday, clearing the way for the automaker to invest $373 million to upgrade its Jefferson North Assembly Plant on the city's east side.
Chrysler's investment would create 419 new jobs, and the plant updates are expected to be completed in June 2010, according to documents filed with the city. The planned improvements will allow Chrysler to produce the next generation of the Jeep Grand Cherokee and two other unnamed models at the plant.
The City Council unanimously approved the measure without discussion. The 50 percent tax exemption is valid for 12 years, beginning in 2009. Chrysler is seeking a tax abatement on $280.6 million of its investment, which would be spent on machinery and equipment.
The plan to add jobs comes three months after the company eliminated the 900-person second shift, citing falling sales of the sport utility vehicles that plant produces.
In city documents, Chrysler said the improvements may allow two shifts to run at the plant, depending on market conditions. If a second shift were added, employment at the plant could increase to 2,500 workers from 1,531.
Chrysler applied for the tax exemption in October. In March, the council challenged Chrysler with at least 12 questions, asking about its plans to hire city residents and why previous tax breaks have failed to keep automotive jobs in Detroit.
City Fiscal Analyst Irvin Corley Jr. said that after repeated questioning, the company had addressed the city's concerns. Chrysler will pay $9.7 million in additional tax revenue over the life of the exemption, he said.
"The additional revenue was important to council," Corley said. "As was Chrysler's commitment to hiring Detroiters."
In Corley's report to the council, he wrote that the "investment would help Chrysler to be more competitive in the global auto market place" and allow the automaker to produce up to four different models of the same assembly line.
"Today's council action reinforces the long-standing partnership between Chrysler LLC and the city of Detroit," said Patrick Lindsey, Chrysler's senior manager for state relations. Improvements to the plant "will enable us to produce a new generation of world-class vehicles in Detroit."
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Source: Automobile History Day By Day, by Douglas A. Wick |
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BY SARAH A. WEBSTER • FREE PRESS BUSINESS WRITER
Those Jetsons -- the forward-looking cartoon family of the 1960s -- were on to something with their bubbly, teardrop-shaped space car.Given the changing public consciousness surrounding high gas prices, which now hover around $4 a gallon and seem to be moving onward and upward, people are not just going to want more fuel-efficient vehicles.
A group of top designers at the nation's largest automakers also predicted that consumers will want vehicles that look fuel-efficient, too -- not unlike the Toyota Prius, which makes as much of a design statement with its aerodynamic kidney-bean shape as it does with its 46-m.p.g. fuel rating.
So expect the cars of the future to look a lot more like the futuristic, vehicles from yesteryear's science fiction films and cartoons.
"Everything is going to be aerodynamic," Patrick Schiavone, director of design for Ford Motor Co.'s North American trucks and SUVs, said during a Tuesday luncheon at the Detroit Athletic Club hosted by the Automotive Press Association.
The event was sponsored by the Detroit Institute of Ophthalmology, which will host its annual "Eyes on Design" show June 15 at the Edsel & Eleanor Ford House in Grosse Pointe Shores. The show is a benefit that supports the visually impaired with education and research.
"Gas prices will change taste," agreed Greg Howell, exterior design manager for Jeep at Chrysler LLC.
Howell is also the designer of the 2008 Chrysler Eco Voyager, an aerodynamic family vehicle of the future, which looks a bit like a modern interpretation of the Jetsons' flying car.
Schiavone, who narrated the panel discussion, said aerodynamics can improve a vehicle's fuel efficiency by 3 to 4 miles per gallon. Those are important gains when you consider that they come just by changing the vehicle's sheet metal and without major improvements to the powertrain, which tend to be far more expensive for the returns they offer.
"This might be one of the cheapest ways to get better fuel economy, just to reshape the vehicle," Schiavone said.
Howell noted that Chrysler is pushing stricter aerodynamic rules internally as one way to improve fuel economy, a decision that has designers like him spending a lot more time in wind tunnels, where they are figuring out clever ways to reduce wind drag on tires, side mirrors, bumpers and the like. Wind drag reduces fuel efficiency by forcing the vehicle to use more energy to pass through the air.
In the past, consumers in focus groups haven't been too interested in purchasing extremely aerodynamic designs, despite their fuel efficiency, likening them to science projects.
But the panel of designers -- which included Robert Bauer of Nissan Motor Co., John Cafaro of General Motors Corp. and Dave Marek of Honda Motor Co. -- seemed to agree that these air-friendly shapes might be more welcome in light of higher gas prices and help create a new design aesthetic for the 21st Century.
"People will identify with cars that they wouldn't have in the past," Howell said. "I think the scientific-looking car niche will be growing."
Schiavone said the time has come to start testing out these wildly aerodynamic vehicles, like the Ford Probe V, in the marketplace.
"Isn't it time?" Schiavone asked. "America right now is in such a transition. ... The auto industry is about to change at lightning speed."
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Source: Automobile History Day By Day, by Douglas A. Wick |
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The next 300 model replacement, will incorporate design cues from the latest Nassau but with a smaller width frontal grill and rounder rear window and deck design.
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Who here doesn’t love a good thrill ride? Chrysler knows how much the average consumer loves to drive fast with as much power behind the wheel as they can muster (or is legal). That is why they are providing a drag package on the up and coming Challenger - which was shown off at the SEMA back in 2006.
If rumors are true we can expect the drag pack to be equipped with the hi-po version like that found on the Hemi V8’s and the 5.9 liter Magnum. The National Hot Rod Association will be inspecting the package themselves and determine whether or not it is ready to be certified for racing.
Once it passes it will be entered into the Stock Eliminator class. Patricia Georgevich a spokeswoman from Chrysler stated that Chrysler is plannind on introducing the new car in July.
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Source: Automobile History Day By Day, by Douglas A. Wick |
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TORONTO — Canadian Auto Workers at Chrysler ratified a new labor agreement Saturday, wrapping up this year’s round of negotiations between the CAW and other major automakers Ford and General Motors.
CAW members at Chrysler’s three Ontario-based plants voted 87 percent in favor of the new agreement Saturday, making it the strongest approval rating among the three giant auto companies. General Motors workers voted 84 percent in favor of its new agreement earlier Saturday, and Ford workers voted 67 percent in support of its new contract two weeks ago.
CAW President Buzz Hargrove said that the strong approval rating by the membership is evidence that the union did the right thing in negotiating an early settlement.
"I have no doubt in my mind that going into early bargaining with General Motors, Ford and Chrysler was the best thing for our members," said Hargrove in a statement Saturday.
"With the new product commitments contained in the agreement, our members will be better equipped to weather the economic storm currently devastating the auto industry."
The Chrysler agreement, which closely follows an agreement reached with Ford two weeks earlier, includes a commitment to launch the new C-series vehicles in 2010 at its Brampton, Ontario, plant. The new agreement also confirms that the Windsor, Ontario, plant will continue to be the lead producer of minivans in North America.
Chrysler also agreed to keep the Etobicoke Casting plant open in Ontario until June 2011, with the intention of selling the plant or making it into a joint venture. Chrysler had threatened to close the plant.
As with an agreement ironed out with Ford two weeks ago, the union said the three-year deal keeps the automaker’s labor costs essentially the same as they are now, preventing a two-tier wage system used in the United States where new hires would be paid about half the hourly wages of older employees.
The agreement also includes cost of living wage adjustments in the second and third years of the agreement and improved benefits for the 8,000 Chrysler workers in Ontario.
A telephone call seeking comment from Chrysler about the ratification Saturday was not immediately returned.
The union reached historically early tentative agreements with both General Motors and Chrysler on Thursday, more than four months before the contract expiration.
Posted by The 'C' Team at 9:38 AM 0 comments
Manufacturer Finds 75-Percent Productivity Increase, Teams Pay Roughly 50 Percent Less for Frames
Company: The Lincoln Electric Company
Submitted by: Deanna Postlethwaite
Contact: deanna_postlethwaite@lincolnelectric.com
Application: Arc Welding
Industry: Automotive
NASCAR drivers work under extreme conditions – making split-second decisions while traveling at speeds nearing 200 mph and precariously looking to move ahead when the next car is mere feet away. The safety, integrity and performance of the car are crucial to the driver and his team. These factors were also front and center with NASCAR when in January 2006 it announced the launch of a universal car design tagged the ‘‘Car of Tomorrow’‘ (COT) for its Sprint Cup Series.
Sparked in large part by Dale Earnhardt Sr.’s fatal, final-lap crash at the 2001 Daytona 500, NASCAR set out to create a universal design that would improve safety features, provide for more cost-effective maintenance and level the playing field between fiercely competitive teams. The COT design standardizes a number of components, ranging from sections of the frame to crumple zones, across all manufacturers and race teams.
With NASCAR’s rules in hand, Dodge Motorsports initated a COT chassis manufacturing program. The four, factory-supported Dodge race teams use Dodge Motorsports provided chassis as a basis to build their individual race cars.
Similar to every passenger car manufactured, race cars incorporate thousands of welds. Dodge teams were spending many hours manually MIG welding the frame, middle section and front and rear clips that make up each car frame kit. Wanting to reduce man hours, as well as increase weld consistencies for the teams, Chrysler investigated robotic welding options and decided on a Lincoln Electric/Fanuc robotic welding cell.
The result: Chrysler realized a 75-percent decrease in chassis assembly time when compared to hand welding the chassis. The Lincoln Electric/Fanuc robotic welding cell offered other benefits as well, a more consistent chassis for the teams and the cost savings associated with the reduced man hours to weld the chassis by hand.
In the Not-So Old Days
Before installing the Lincoln Electric/Fanuc robotic welding cell, the COT center and rear sections of the frame were constructed by the teams using manual welding and assembly techniques.
‘‘This was extremely time consuming and very inefficient,’‘ says Tom O’Dell, Specialty Vehicle Engineer – Dodge Motorsports Engineering. ‘‘Manual welding also caused variations in the process, making each COT center and rear section slightly different than the one before.’‘
O’Dell explains that the consistency of the weld, including torch angles and travel speeds, was difficult to keep consistent during manual welding, especially if different people welded different sections of the chassis. This translated into variations in weld quality, which could result in lower strength welds. Too often, an inconsistent weld pattern resulted in distortion on the center and rear sections that were unpredictable and resulted in a dimensionally unstable assembly.
The Robot Takes The Driver Seat
The Lincoln Electric/Fanuc system consists of a six-axis robotic arm and controller, powered by a Lincoln Electric Power Wave® 455M. The system includes several subassembly fixtures and one final assembly fixture.
‘‘We saw the benefits of the robotic cell immediately,’‘ O’Dell explains. ‘‘The new process gave us a competitive advantage in the repeatability, weld quality, cost, accuracy and part consistency at the end of assembly. This is why we chose the Lincoln Electric/Fanuc robotic weld cell.’‘
It now takes the robotic cell just 39 minutes to weld the frame. Even when you add in the fixture change out and final assembly, it takes less than two hours to complete the center and rear sections.
When compared to the manual welding, Dodge Motorsports decreased the assembly and weld time by approximately 75 percent.
The car frames have to perform under extreme speeds and conditions, making quality and weld integrity crucial. With the robotic weld cell, welds are made in the same sequence and position every time, resulting in better consistency, travel speeds, torch angles, depth of penetration, bead size, heat input and bead shape. This allows for greater predictability in cage stiffness, bending and twisting standpoint for the cage, eliminates variation and increases weld accuracy.
The fixtures control the geometry of the subassemblies and final assembly, further controlling the accuracy of the overall piece.
What It Means for the Teams
‘‘Moving to robotic welding allows us to deliver a more standardized and complete kit,’‘ O’Dell says. ‘‘The result is less welding required on site in the team’s shop and a more efficient manufacturing process.’‘
The roughly 50 hours the teams previously spent welding the center and rear sections can now be used to focus on other aspects of assembling the car.
‘‘We want to see our teams succeed and win. We’re focused on building the best, most consistent car kits in the industry,’‘ O’Dell says. ‘‘The move to the Lincoln Electric/Fanuc robotic cell allows us to do that.’‘
To view a video of the NASCAR Car of Tomorrow being welded, visit www.lincolnelectric.com/nascarrobot.
Posted by The 'C' Team at 9:27 AM 0 comments
Click image for a gallery of Challenger spy photos
As we get closer to the official unveiling of the Dodge Challenger, tips continue to arrive in our inbox from readers who’ve eyeballed the car themselves. One such reader is Darryll, who encountered a still-camouflaged Challenger R/T 6-speed as it took a breather from winter testing. The open hood left the 5.7L HEMI plainly visible, and the interior was not shrouded, allowing Darryll to snap off a couple of photos of the instrument panel from outside the driver’s side window. Combine this view with the shots published last week to get a good ballpark estimate of what to expect.
As we saw before, the car uses a pistol-grip shifter for the manual gearbox and an uncomplicated three-dial HVAC control setup. As with the Challenger concept car, the instrument cluster is trimmed out in the same metallic finish as the center console area, and the gauges themselves appear to be the same white-faced ones used in the Charger. The steering wheel is also the same unit found in the Charger. The instrument binnacle, based on the photo here, appears to take the same trapezoidal shape previewed in the Challenger concept. The wait to see the real thing will be over soon, but the spy photos indicate that Chrysler has taken a non-glitzy, straightforward interior design approach here, using existing parts-bin materials where it can instead of creating a unique-to-the-vehicle environment as Ford did with the Mustang and GM is with the Camaro. Thanks to Darryll for the new photos!
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AUBURN HILLS, Mich., May 19 /PRNewswire/ -- Educators were honored at the 2008 Walter P. Chrysler "Closing the Technology Gap in Education" awards ceremony on Saturday evening sponsored by The Chrysler Foundation, in partnership with the Detroit Science Center. The award program recognizes Michigan public school teachers who have taken extra steps to stimulate students in the areas of science, technology, engineering and math (STEM). Now in its third year, the program recognizes teachers who inspire students to pursue careers in technical and scientific fields.
"Chrysler LLC supports education because it is vital to our state, and our industry's future, thatMichigan continues to produce the best and brightest minds in science, technology, engineering and math," said
Of the 250 applications submitted, 10 winning schools were selected in the elementary, middle and high school categories for a total of 30 winning schools and the sum of all 30 financial awards totaled
First, second and third-prize winners received
Yandal Waugh of George Washington Carver Academy inHighland Park, Mich., placed first in the middle school category. As a mathematics instructor, Waugh's rocketry program introduced the fields of aerospace and aeronautical engineering to students by incorporating physics, engineering and complex math into a fun, hands on experience for his students. The students designed, developed and tested rockets with an opportunity to launch their rockets at the end of the project. Furthermore, the school's America Rocketry Challenge Team qualified to compete in the National Finals, which has encouraged other students throughout the school to join the program.
The high school category winner,
Winners who placed fourth through tenth place received
"Teachers have wonderfully innovative ways to get their students enthused about engineering, science and technology. We're glad to be part of recognizing outstanding teachers who seek to inspire students to pursue careers in these fields, much as we do at the Detroit Science Center," said
"We have to put the right tools in the hands of our children to help them attain the education and training they need to succeed in the future work environment ofMichigan," said
Klegon presented the awards to the following teachers and their respective schools:
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SOURCE Chrysler LLC
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