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Dimension
Name
Dataset type
Tireline
Pressure (bar)
Vehicle category
Lead time
Price
205/55 R17
000832 - 205/55R17 91W TL E PRIMACY - CAD Basic Profile
CAD (Basic Profile)
E PRIMACY
custom
Car
2 Weeks
View details arrow to right in blue
205/55 R17
000832 - 205/55R17 91W TL E PRIMACY - CAD Textured profile
CAD (Basic Textured)
E PRIMACY
custom
Car
2 Weeks
View details arrow to right in blue
205/55 R17
000832 - 205/55R17 91W TL E PRIMACY - CAD Detailed 3D
CAD (Detailed 3D)
E PRIMACY
custom
Car
2 Weeks
View details arrow to right in blue
265/40 R22
007184 - 265/40R22 106Y XL PILOT SPORT 4 SUV ACOUSTIC GOE - Basic...
Basic characteristics
PILOT SPORT 4 SUV
nominal
Car
1 Month
View details arrow to right in blue
265/40 R22
007184 - 265/40R22 106Y XL PILOT SPORT 4 SUV ACOUSTIC GOE - Stiffness
Stiffness
PILOT SPORT 4 SUV
custom
Car
1 Month
View details arrow to right in blue
265/40 R22
007184 - 265/40R22 106Y XL PILOT SPORT 4 SUV ACOUSTIC GOE - FTIRE...
FTire
PILOT SPORT 4 SUV
[1.8:3.2]
Car
2 Months
View details arrow to right in blue
265/40 R22
007184 - 265/40R22 106Y XL PILOT SPORT 4 SUV ACOUSTIC GOE - CAD...
CAD (Basic Profile)
PILOT SPORT 4 SUV
custom
Car
2 Weeks
View details arrow to right in blue
265/40 R22
007184 - 265/40R22 106Y XL PILOT SPORT 4 SUV ACOUSTIC GOE - CAD...
CAD (Basic Textured)
PILOT SPORT 4 SUV
custom
Car
2 Weeks
View details arrow to right in blue
265/40 R22
007184 - 265/40R22 106Y XL PILOT SPORT 4 SUV ACOUSTIC GOE - CAD...
CAD (Detailed 3D)
PILOT SPORT 4 SUV
custom
Car
2 Weeks
View details arrow to right in blue
225/65 R17
009419 - 225/65R17 102H TL E PRIMACY - Basic characteristics
Basic characteristics
E PRIMACY
nominal
Car
1 Month
View details arrow to right in blue
225/65 R17
009419 - 225/65R17 102H TL E PRIMACY - Stiffness
Stiffness
E PRIMACY
custom
Car
1 Month
View details arrow to right in blue
225/65 R17
009419 - 225/65R17 102H TL E PRIMACY - FTIRE Normal
FTire
E PRIMACY
[1.8:3.2]
Car
2 Months
View details arrow to right in blue
Tire icon 000832 - 205/55R17 91W TL E PRIMACY - CAD Basic Profile

Car Lead time: 2 Weeks

basic CAD Tire image

File package

File extension
  • *.igs *.stp *.obj

Description

Basic 3D enveloppe in the Unloaded state. No sidewall markings, simplified tread pattern (main Longitudinal grooves only)

Model constants

Vertical load (N)
0
Pressure (bar)
custom

Dataset reference number

000832CADBP
Tire icon 000832 - 205/55R17 91W TL E PRIMACY - CAD Textured profile

Car Lead time: 2 Weeks

textured CAD Tire image

File package

File extension
  • *.fbx

Description

Basic 3D enveloppe in the Unloaded state. Bitmap projection (texture) of sidewall markings and tread pattern on the simplified tread profile

Model constants

Vertical load (N)
0
Pressure (bar)
custom

Dataset reference number

000832CADBT
Tire icon 000832 - 205/55R17 91W TL E PRIMACY - CAD Detailed 3D

Car Lead time: 2 Weeks

CAD full 3D Tire image

File package

File extension
  • *.fbx

Description

Full 3D modelization of tire with sidewall markings and detailed tread pattern

Model constants

Vertical load (N)
0
Pressure (bar)
custom

Dataset reference number

000832CAD3D
Tire icon 007184 - 265/40R22 106Y XL PILOT SPORT 4 SUV ACOUSTIC GOE - Basic characteristics

Car Lead time: 1 Month

Characteristics

Vert. stiffness (Z)
close
Long. stiffness (X)
close
Lat. stiffness (Y)
close
Parking torque
close
Basic geometry
check
Press. / Load chart
check
Pattern / Sidewall design
check

Simulation limits

Pressure (bar)
nominal
Vertical load (N)
13047

Model constants

Compatibility

File extension
*.pdf

Description

Basic product characteristics

Dataset reference number

007184BasicC
Tire icon 007184 - 265/40R22 106Y XL PILOT SPORT 4 SUV ACOUSTIC GOE - Stiffness

Car Lead time: 1 Month

Characteristics

Vert. stiffness (Z)
check
Long. stiffness (X)
check
Lat. stiffness (Y)
check
Parking torque
check
Basic geometry
close
Press. / Load chart
close
Pattern / Sidewall design
close

Simulation limits

Pressure (bar)
custom
Vertical load (N)
13047

Model constants

Compatibility

File extension
*.xlsx

Description

Static stiffness characteristics : Force vs Displacement curves (radial, longitudinal, lateral and torsional)

Dataset reference number

007184Stiff
Tire icon 007184 - 265/40R22 106Y XL PILOT SPORT 4 SUV ACOUSTIC GOE - FTIRE Normal

Car Lead time: 2 Months

Suitability

Handling
check
Interior noise
close
Ride comfort
check
Consumption
close
ADAS autonomous
check
ADAS ESP
check
Driver in the loop
check

Simulation limits

Pressure (bar)
[1.8:3.2]
Vertical load (N)
13047
Slip angle (°)
20
Camber
5
Slip ratio (%)
100
Frequency (Hz)
200

Compatibility

Dataset type
FTire
Software format
VI-CRT, Matlab, Adams, CarSim, CarMaker...

Model constants

Temperature
Normal (soft handling)
Nominal speed
120 kph
Nominal load
950 kg

Dataset reference number

007184FTIRN
Static

Mass
Simulated
Inertia
Simulated

Stiffnesses

Vertical
Simulated
Longitudinal
Simulated
Lateral
Simulated
Camber
Simulated
Parking torque
Simulated
Dynamic

Handling

Longitudinal
Simulated
Lateral
Simulated
Combined
Simulated

Vibration

Enveloping
Simulated
Dynamic
Simulated
Tire icon 007184 - 265/40R22 106Y XL PILOT SPORT 4 SUV ACOUSTIC GOE - CAD Basic Profile

Car Lead time: 2 Weeks

basic CAD Tire image

File package

File extension
  • *.igs *.stp *.obj

Description

Basic 3D enveloppe in the Unloaded state. No sidewall markings, simplified tread pattern (main Longitudinal grooves only)

Model constants

Vertical load (N)
0
Pressure (bar)
custom

Dataset reference number

007184CADBP
Tire icon 007184 - 265/40R22 106Y XL PILOT SPORT 4 SUV ACOUSTIC GOE - CAD Textured profile

Car Lead time: 2 Weeks

textured CAD Tire image

File package

File extension
  • *.fbx

Description

Basic 3D enveloppe in the Unloaded state. Bitmap projection (texture) of sidewall markings and tread pattern on the simplified tread profile

Model constants

Vertical load (N)
0
Pressure (bar)
custom

Dataset reference number

007184CADBT
Tire icon 007184 - 265/40R22 106Y XL PILOT SPORT 4 SUV ACOUSTIC GOE - CAD Detailed 3D

Car Lead time: 2 Weeks

CAD full 3D Tire image

File package

File extension
  • *.fbx

Description

Full 3D modelization of tire with sidewall markings and detailed tread pattern

Model constants

Vertical load (N)
0
Pressure (bar)
custom

Dataset reference number

007184CAD3D
Tire icon 009419 - 225/65R17 102H TL E PRIMACY - Basic characteristics

Car Lead time: 1 Month

Characteristics

Vert. stiffness (Z)
close
Long. stiffness (X)
close
Lat. stiffness (Y)
close
Parking torque
close
Basic geometry
check
Press. / Load chart
check
Pattern / Sidewall design
check

Simulation limits

Pressure (bar)
nominal
Vertical load (N)
11673

Model constants

Compatibility

File extension
*.pdf

Description

Basic product characteristics

Dataset reference number

009419BasicC
Tire icon 009419 - 225/65R17 102H TL E PRIMACY - Stiffness

Car Lead time: 1 Month

Characteristics

Vert. stiffness (Z)
check
Long. stiffness (X)
check
Lat. stiffness (Y)
check
Parking torque
check
Basic geometry
close
Press. / Load chart
close
Pattern / Sidewall design
close

Simulation limits

Pressure (bar)
custom
Vertical load (N)
11673

Model constants

Compatibility

File extension
*.xlsx

Description

Static stiffness characteristics : Force vs Displacement curves (radial, longitudinal, lateral and torsional)

Dataset reference number

009419Stiff
Tire icon 009419 - 225/65R17 102H TL E PRIMACY - FTIRE Normal

Car Lead time: 2 Months

Suitability

Handling
check
Interior noise
close
Ride comfort
check
Consumption
close
ADAS autonomous
check
ADAS ESP
check
Driver in the loop
check

Simulation limits

Pressure (bar)
[1.8:3.2]
Vertical load (N)
11673
Slip angle (°)
20
Camber
5
Slip ratio (%)
100
Frequency (Hz)
200

Compatibility

Dataset type
FTire
Software format
VI-CRT, Matlab, Adams, CarSim, CarMaker...

Model constants

Temperature
Normal (soft handling)
Nominal speed
120 kph
Nominal load
850 kg

Dataset reference number

009419FTIRN
Static

Mass
Simulated
Inertia
Simulated

Stiffnesses

Vertical
Simulated
Longitudinal
Simulated
Lateral
Simulated
Camber
Simulated
Parking torque
Simulated
Dynamic

Handling

Longitudinal
Simulated
Lateral
Simulated
Combined
Simulated

Vibration

Enveloping
Simulated
Dynamic
Simulated