Chrysler Parts-A Legacy of Innovation

Chrysler was founded by a man who had a reputation for saving foundering companies. Walter Chrysler rose from the ranks to become the president of Buick. He resigned from his position and was hired by Willy's Overland Motor Company to supervise the rehabilitation of its ailing operations. He did a similar job by turning around the Maxwell-Chalmers Company. In 1925, he purchased Maxwell's assets to form the firm that still bears his name - Chrysler Corporation. Aside from the Chrysler marque, the Plymouth and DeSoto marques were created to cater to the low priced and medium priced ends of the market, respectively. Chrysler acquired The Dodge Brothers Motor Company and by spinning off Imperial as a separate luxury brand in 1955, Chrysler has assembled a five-brand lineup to compete with General Motors, which has a similar offering.

What sets Chrysler Corporation apart from other car manufacturers is its emphasis on automotive engineering rather than styling. Walter Chrysler supported engineering research and continued funding the department even through the Depression era. Because of this, Chrysler cars have been at the forefront of automotive engineering since Chrysler Six, Chrysler's first car introduced in 1924. The Chrysler Six is touted by many as the first modern car, scoring several firsts in the industry such as an oil filter, air cleaner, high compression engine, four-wheel hydraulic brakes, and other advanced Chrysler parts. Innovation also resulted in part from the input of brilliant engineers throughout Chrysler's history who invented those Chrysler parts and pushed the envelope of automotive engineering. The Three Musketeers, a trio of talented engineers composed of Frederick Zeder, Owen Skelton, and Carl Breer set the direction during Chrysler's early years.

The Chrysler Corporation has gone through a series of financial difficulties, but it has always pulled through. The Plymouth and Dodge brands sustained the company during the Depression, when its introduction of the world's first aerodynamic car, the Airflow, proved a failure. National recession again put the company in the red in 1957 but continuing innovations like the now-standard unibody helped the company recover. The 1970's proved costly to Chrysler. Its big investment for a new full-body lineup went down the drain as demand for large vehicles plummeted during the first gas crisis in 1973. It was saved in turn by a spike in sales of its old but smaller compacts. Unsuccessful product launches and the second gas crisis would have killed Chrysler if not for the 1 billion dollars the government loaned in 1979 to bail out the company. With Lee Iacocca at the helm and with a new trio of talented car designers, the Gale-Herlitz-Creed team, Chrysler steadily recovered and became once again, a dominant force in the American automotive industry. in 1998, Chrysler merged with Daimler Benz to form the DaimlerChrysler AG company.

The Chrysler history is one in which innovation holds the key for long-term success. The passion for upgrading, refining, and looking for ways to improve Chrysler parts and Chrysler as a whole is what the company is all about. Chrysler parts like the air filter, transmission modulator, torque converter, and brake systems all contribute to make Chrysler what it is today. A car, after all, is a sum of its parts.

By Catherine Covarubias.

Chrysler Crossfire Ð Brakes and Brake Assist System

The power-assisted braking system provided in the Chrysler Crossfire is befitting to the performance level of the Chrysler. Undoubtedly, brakes and brake assistant system are important factor of a racing car like Crossfire. The brakes and brake assist system in the Chrysler Crossfire is appropriate for a racing car and also has set yardstick for others in the motor industry.

Following are some of the salient features of brake assist system used in the Chrysler Crossfire. The brake system of the crossfire has large diameter ventilated front discs and solid rear discs. The system is backed up by the highly sophisticated electronic wizards of Brake Assist System and ANS anti-lock.

The front brakes of crossfire have ventilated discs of 300 X 28 mm measure with single piston floating calipers. The rear brake discs of crossfire measures 278 X 9mm. These rear discs have opposed-piston calipers. When any set of front pads becomes worn the wear sensors fitted in the system illuminate dashboard warning light. The power assistance is provided through tandem master cylinder and single=diaphragm vacuum booster.

The Chrysler Crossfire has state of the art ABS consisting of four-channel, four wheel anti-lock of standard quality. This brake system is considered most suiting for the crossfire.

When a driver applies heavy brakes, specifically on slippery surface, the system gets activated and applies and releases the brakes at high rate. The optimum brake applies and release rate is 30 times per second. Despite the higher rate of brake applying and release the system prevents wheel lock up and helps the driver in retaining steering control.

The Brake Assist System fitted in the Chrysler Crossfire anticipates the emergency application of brake by the driver and immediately releases optimum available power boost to help the driver gain control over the car without loosing steering control. The driver may have usual human tendency of not braking hard or not breaking soon enough. The Brake Assist System overcomes these problems.

Like other features of the Chrysler Crossfire, its brakes and brake assist system is reliable. The system is of high standard quality technology and produces excellent performance even in adverse conditions.

By Scott Byers.