New GKN Driveline Technology Debuts On MINI Coopers

AUBURN HILLS, Mich., Sept. 6 -- GKN Driveline has developed new torque-sensing technology that eliminates traction problems experienced by some front-drive performance cars, while delivering excellent responsiveness and a sportier driving experience.

GKN's Super Limited Slip Differential (LSD) is being introduced on the MINI Cooper S, the first application of this torque-management technology. The option is available on models in the United States and in Europe.

With 161 bhp (brake horsepower) and performance to propel the front-drive hatchback from zero to 60 miles per hour in under eight seconds, the MINI Cooper S requires optimum traction to deliver driver-friendly performance.

"The Super LSD is an innovative, compact and cost-effective solution for performance cars and can be fitted in place of open differentials in front- or rear-axle or transaxle applications," says Graeme Walford, managing director of GKN Driveline's Torque Technology Group.

"The technical sophistication of today's cars is such that every refinement is vital," Walford adds. "We are thrilled that a premium brand such as MINI recognizes that we have achieved a measurable advance in terms of driver-pleasing vehicle dynamics with our Super LSD."

GKN Driveline, the world leader in automotive driveline components and systems, has significantly extended its service to the industry in recent years with a host of advanced technology drivetrain assemblies from sideshafts to electronically controlled torque management products.

GKN Driveline is one of the world's leading suppliers of vehicle driveline products and systems and has a commanding 42 percent share of the market for CVJ sideshafts. The company is a global enterprise headquartered in the United Kingdom. It recorded total sales of $3.2 billion in 2003. GKN Driveline has grown steadily and continuously through organic growth and acquisitions throughout the world. The company currently has 21,000 people working at 49 locations in 31 countries.

Additional information is available HERE .