<<BACK TO HOME

   
Brakes, Steering, Suspension
Car Companies
Commercial Vehicles
Design/Bodywork
Drivetrain
Electronics
Emissions
Fuel Cells/Batteries
Hybrids
Interiors
Lighting
Manufacturing
Materials
Motorsport
Powertrain
Rapid Prototyping
Safety
Software
Supply Chain
Telematics
Testing

Vehicle Design Highlights

 

ARCHIVES

Business News
Technology News
   
  Future trends in vehicle dynamics

June 2008

 

Magneti Marelli

Michele Spina, R&D director SDC

"In the last years Magneti Marelli has presented new families of passive and electronic suspension products. For the passive suspension the new generation of flexible arms architectures – U- LINK, TORCS, FLECS – claims strong benefits. The performance is given by moving the elastokinematics leverage from traditional rubber bushings to flexible control arms. They make the ultimate kinematics and compliance performance possible at lower cost than existing multilink architectures.

"For electronic suspension, Synaptic Damping Control (SDC) offers a new generation of semi-active suspension designed to fit medium-low platforms better.

"The idea that there has to be a trade-off between ride and handling is looking weaker and weaker. Such systems can offer a perceptible level of performance in all the driving conditions. The driver will be offered a "tailored-system" performing according to his personal expectations. And a greater number of passenger and commercial vehicles will be able to afford continuous damping technologies.

"The new systems are designed to be cost effective, mainly using consolidated base technologies. The key will be to offer perceptible systems meeting market expectations. Market surveys show car buyers have high expectations for chassis systems.

"OEMs' marketing strategies will play a dominant role in influencing the success of these systems. System suppliers will be asked to diffuse the knowledge of these new products.

"The key in the future will be integration between the chassis systems. A cooperating approach will make it possible to step to a higher level of comfort. T he vehicle will react in real time with its integrated real time chassis systems to the changing driving scenario."

<Previous Next>
   
Aston Martin

Craig Croot,
vehicle dynamics engineer

   
Ford Norbert Kessing,
vehicle dynamics manager
   

Hyundai Motor Europe

Thomas Gehrlich,
vehicle development head
   
Infiniti Europe Nicolas Tschann,
product manager
   
Lotus Martyn Anderson,
vehicle dynamics chief engineer
   
Mazda Seita Kanai,
R&D director
   
Mercedes-Benz Hans-Dieter Multhaupt, development vice-president
   
Mini Dr Fred Nitschke,
head of development
   
Nissan Nobuya Hato,
vehicle dynamics director
   
Prodrive Matt Taylor,
vehicle dynamics chief
   
PSA Peugeot Citroën

Pascal Hénault,
vice-president of R&D

   
Škoda Martin Hrdlicka, head of chassis &
engine development
   
Smart Christoph Schulenburg, senior testing manager
   
Suzuki Shigeki Suzuki,
engineering director
   
TRW Frank Lubischer,
suspension engineering VP
   
Volvo Egbert Bakker,
vehicle dynamics specialist
   
ZF Dr Hans-Jörg Domian, chassis & driveline head

Magneti's Michele Spina
Michele Spina,
R&D director SDC,
Magneti Marelli