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Body -> Body Structure for Your Volkswagen Phaeton 4 Door First Generation (2002-2016)

Body  
Body Structure  
The focus of the body design was a high  
level of crash safety and body rigidity. The  
gap dimensions for the hood, luggage  
compartment lid, and doors could be  
designed to be relatively narrow due to the  
high rigidity of the main body structure.  
Static Rigidity  
The extremely high static rigidity of the  
body structure is a prerequisite for:  
• Optimal chassis design based on an  
almost complete lack of inherent  
movement within the body structure.  
The doors, luggage compartment lid, and  
hood are made of aluminum. The front  
fenders, and the front and rear bumpers are  
made of plastic. This limits mass while still  
observing high safety standards and  
comfort requirements.  
• Excellent door, hood, and luggage  
compartment lid function with the  
narrowest possible gap dimensions.  
The main body structure consists of  
high-grade and super high-strength  
steels and is completely galvanized for  
corrosion protection.  
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Body  
Safety Features  
• The relatively soft external bodywork  
areas are designed to help reduce the  
severity of injuries to other parties  
involved in an accident.  
• High energy absorption at the front and  
rear of the vehicle.  
• Stable passenger compartment.  
• High-grade and super high-strength steel  
is used in critical areas.  
• Occupant protection in event of side  
impact due to:  
Dynam ic Rigidity  
— Bonding of the super high-strength  
steel B-pillar with the side member.  
The high dynamic rigidity of the body  
structure is a prerequisite for:  
— High-strength aluminum profiles in  
the doors.  
• Advantageous vibration characteristics  
that reduce sensed vibration.  
• Reduced movement of interior  
panels that results in an overall  
reduction of noise levels in the  
passenger compartment.  
These characteristics combine to provide  
greater comfort for vehicle occupants.  
SSP270/154-155  
Main Frontal Crash Area  
Passenger Compartment  
Main Rear Crash Area  
Epoxy Resin Foam  
Plastic Reinforcement  
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