Mactel's experiences with different wheel suspension systems
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Front wheel suspension systems |
Rear wheel suspension systems |
Click on the suspension system of intrest to get more detailed information.
McPherson strut front suspension.
Component materials: Aluminum, cast iron and steel sheet.
Hubunits: gen 3.2 and gen 2.1.
Packaging of 2WD & 4WD applications.
Isolated subframe.
Hydro bushings.
Crash performance strategy.
CAD engineering.
Suspension kinematics.
Double wish bone front suspension
”Svan” neck knuckle.
Composite leaf springs.
Component materials: Aluminum, cast iron and steel sheet.
Hubunits: gen 3.2 and gen 2.1.
Isolated subframe.
Packaging of 2WD & 4WD applications.
Hydro bushings.
Crash strategy.
CAD engineering.
Suspension kinematics.
Multi link rear suspension
Optimized module for assembly with spring/damper in subframe.
Component materials: Aluminum, cast iron and steel sheet.
Hubunits: gen 3.2 and gen 2.1.
Packaging of 2WD & 4WD applications.
Isolated subframe.
Levelling systems.
CAD engineering.
Suspension kinematics.
Integral link rear suspension
Composite leaf spring.
H-shaped lower linkarm.
Optimized module for assembly with spring/damper in subframe.
Component materials: Aluminum, cast iron and steel sheet.
Hubunits: gen 3.2 and gen 2.1.
Packaging of 2WD & 4WD applications.
Isolated subframe.
Levelling systems.
CAD engineering
Suspension kinematics.
Trailing arm multi link rear suspension
Component materials: Pressed steel sheet.
Isolated subframe.
Packaging of 2WD & 4WD applications.
Damper to body.
Steel sheet knuckle.
CAD engineering.
Suspension kinematics.
Twist beam rear suspension
with floating wheel unit
Cost optimized.
Toe control properties like a multi-link.
CAD engineering.
Suspension kinematics.
Packaging of 2WD application.
END