Tires

This page is not accessible from a mobile device. Please connect from a desktop computer to access to all Michelin SIMIX functionnalities for your Vehicle Simulations

Dimension

Name

Model format

Tireline

Pressure (bar)

Vehicle category

Lead time

Price

315/70 R22.5

059976 MICHELIN XDW ICE GRIP 315/70 R22.5 MF-Tyre 5.2 Normal

MF-Tyre 5.2

XDW ICE GRIP

[6:9]

Truck

1 Month

View details arrow to right in blue

315/70 R22.5

059976 MICHELIN XDW ICE GRIP 315/70 R22.5 MF-Tyre 6.2 Normal

MF-Tyre 6.2

XDW ICE GRIP

[6:9]

Truck

1 Month

View details arrow to right in blue

315/70 R22.5

059976 MICHELIN XDW ICE GRIP 315/70 R22.5 SWIFT Normal

SWIFT

XDW ICE GRIP

[6:9]

Truck

2 Months

View details arrow to right in blue

275/70 R22.5

110576 MICHELIN XDW ICE GRIP 275/70 R22.5 MF-Tyre 5.2 Normal

MF-Tyre 5.2

XDW ICE GRIP

[6:9]

Truck

1 Month

View details arrow to right in blue

275/70 R22.5

110576 MICHELIN XDW ICE GRIP 275/70 R22.5 MF-Tyre 6.2 Normal

MF-Tyre 6.2

XDW ICE GRIP

[6:9]

Truck

1 Month

View details arrow to right in blue

275/70 R22.5

110576 MICHELIN XDW ICE GRIP 275/70 R22.5 SWIFT Normal

SWIFT

XDW ICE GRIP

[6:9]

Truck

2 Months

View details arrow to right in blue

315/80 R22.5

111548 MICHELIN XDW ICE GRIP 315/80 R22.5 MF-Tyre 5.2 Normal

MF-Tyre 5.2

XDW ICE GRIP

[6:9]

Truck

1 Month

View details arrow to right in blue

315/80 R22.5

111548 MICHELIN XDW ICE GRIP 315/80 R22.5 MF-Tyre 6.2 Normal

MF-Tyre 6.2

XDW ICE GRIP

[6:9]

Truck

1 Month

View details arrow to right in blue

315/80 R22.5

111548 MICHELIN XDW ICE GRIP 315/80 R22.5 SWIFT Normal

SWIFT

XDW ICE GRIP

[6:9]

Truck

2 Months

View details arrow to right in blue

295/80 R22.5

111557 MICHELIN XDW ICE GRIP 295/80 R22.5 MF-Tyre 5.2 Normal

MF-Tyre 5.2

XDW ICE GRIP

[6:9]

Truck

1 Month

View details arrow to right in blue

295/80 R22.5

111557 MICHELIN XDW ICE GRIP 295/80 R22.5 MF-Tyre 6.2 Normal

MF-Tyre 6.2

XDW ICE GRIP

[6:9]

Truck

1 Month

View details arrow to right in blue

295/80 R22.5

111557 MICHELIN XDW ICE GRIP 295/80 R22.5 SWIFT Normal

SWIFT

XDW ICE GRIP

[6:9]

Truck

2 Months

View details arrow to right in blue

059976 MICHELIN XDW ICE GRIP 315/70 R22.5 MF-Tyre 5.2 Normal

Truck Lead time: 1 Month

Data quality guarantee

Suitability

Handling

Interior noise

Ride comfort

Consumption

ADAS autonomous

ADAS ESP

Driver in the loop

Simulation limits

Pressure (bar)

[6:9]

Vertical load (N)

64378

Slip angle (°)

Camber

Slip ratio (%)

100

Frequency (Hz)

Compatibility

Model format

MF-Tyre 5.2

Software format

VI-CRT

Price :

€€

Model constants

Temperature

Normal (soft handling)

Nominal speed

80 kph

Nominal load

3750 kg

Dataset reference number

059976MFT52N

Static

Mass

Inertia

Stiffnesses

Vertical

Simulated

Longitudinal

Simulated

Lateral

Simulated

Camber

Simulated

Parking torque

Dynamic

Handling

Longitudinal

Simulated

Lateral

Simulated

Combined

Simulated

Vibration

Enveloping

Dynamic

059976 MICHELIN XDW ICE GRIP 315/70 R22.5 MF-Tyre 6.2 Normal

Truck Lead time: 1 Month

Data quality guarantee

Suitability

Handling

Interior noise

Ride comfort

Consumption

ADAS autonomous

ADAS ESP

Driver in the loop

Simulation limits

Pressure (bar)

[6:9]

Vertical load (N)

64378

Slip angle (°)

Camber

Slip ratio (%)

100

Frequency (Hz)

Compatibility

Model format

MF-Tyre 6.2

Software format

VI-CRT

Price :

€€

Model constants

Temperature

Normal (soft handling)

Nominal speed

80 kph

Nominal load

3750 kg

Dataset reference number

059976MFT62N

Static

Mass

Inertia

Stiffnesses

Vertical

Simulated

Longitudinal

Simulated

Lateral

Simulated

Camber

Simulated

Parking torque

Dynamic

Handling

Longitudinal

Simulated

Lateral

Simulated

Combined

Simulated

Vibration

Enveloping

Dynamic

059976 MICHELIN XDW ICE GRIP 315/70 R22.5 SWIFT Normal

Truck Lead time: 2 Months

Data quality guarantee

Suitability

Handling

Interior noise

Ride comfort

Consumption

ADAS autonomous

ADAS ESP

Driver in the loop

Simulation limits

Pressure (bar)

[6:9]

Vertical load (N)

64378

Slip angle (°)

Camber

Slip ratio (%)

100

Frequency (Hz)

100

Compatibility

Model format

SWIFT

Software format

VI-CRT

Price :

€€

Model constants

Temperature

Normal (soft handling)

Nominal speed

80 kph

Nominal load

3750 kg

Dataset reference number

059976MFS62N

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

110576 MICHELIN XDW ICE GRIP 275/70 R22.5 MF-Tyre 5.2 Normal

Truck Lead time: 1 Month

Data quality guarantee

Suitability

Handling

Interior noise

Ride comfort

Consumption

ADAS autonomous

ADAS ESP

Driver in the loop

Simulation limits

Pressure (bar)

[6:9]

Vertical load (N)

54077

Slip angle (°)

Camber

Slip ratio (%)

100

Frequency (Hz)

Compatibility

Model format

MF-Tyre 5.2

Software format

VI-CRT

Price :

€€

Model constants

Temperature

Normal (soft handling)

Nominal speed

80 kph

Nominal load

3150 kg

Dataset reference number

110576MFT52N

Static

Mass

Inertia

Stiffnesses

Vertical

Simulated

Longitudinal

Simulated

Lateral

Simulated

Camber

Simulated

Parking torque

Dynamic

Handling

Longitudinal

Simulated

Lateral

Simulated

Combined

Simulated

Vibration

Enveloping

Dynamic

110576 MICHELIN XDW ICE GRIP 275/70 R22.5 MF-Tyre 6.2 Normal

Truck Lead time: 1 Month

Data quality guarantee

Suitability

Handling

Interior noise

Ride comfort

Consumption

ADAS autonomous

ADAS ESP

Driver in the loop

Simulation limits

Pressure (bar)

[6:9]

Vertical load (N)

54077

Slip angle (°)

Camber

Slip ratio (%)

100

Frequency (Hz)

Compatibility

Model format

MF-Tyre 6.2

Software format

VI-CRT

Price :

€€

Model constants

Temperature

Normal (soft handling)

Nominal speed

80 kph

Nominal load

3150 kg

Dataset reference number

110576MFT62N

Static

Mass

Inertia

Stiffnesses

Vertical

Simulated

Longitudinal

Simulated

Lateral

Simulated

Camber

Simulated

Parking torque

Dynamic

Handling

Longitudinal

Simulated

Lateral

Simulated

Combined

Simulated

Vibration

Enveloping

Dynamic

110576 MICHELIN XDW ICE GRIP 275/70 R22.5 SWIFT Normal

Truck Lead time: 2 Months

Data quality guarantee

Suitability

Handling

Interior noise

Ride comfort

Consumption

ADAS autonomous

ADAS ESP

Driver in the loop

Simulation limits

Pressure (bar)

[6:9]

Vertical load (N)

54077

Slip angle (°)

Camber

Slip ratio (%)

100

Frequency (Hz)

100

Compatibility

Model format

SWIFT

Software format

VI-CRT

Price :

€€

Model constants

Temperature

Normal (soft handling)

Nominal speed

80 kph

Nominal load

3150 kg

Dataset reference number

110576MFS62N

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

111548 MICHELIN XDW ICE GRIP 315/80 R22.5 MF-Tyre 5.2 Normal

Truck Lead time: 1 Month

Data quality guarantee

Suitability

Handling

Interior noise

Ride comfort

Consumption

ADAS autonomous

ADAS ESP

Driver in the loop

Simulation limits

Pressure (bar)

[6:9]

Vertical load (N)

68670

Slip angle (°)

Camber

Slip ratio (%)

100

Frequency (Hz)

Compatibility

Model format

MF-Tyre 5.2

Software format

VI-CRT

Price :

€€

Model constants

Temperature

Normal (soft handling)

Nominal speed

80 kph

Nominal load

4000 kg

Dataset reference number

111548MFT52N

Static

Mass

Inertia

Stiffnesses

Vertical

Simulated

Longitudinal

Simulated

Lateral

Simulated

Camber

Simulated

Parking torque

Dynamic

Handling

Longitudinal

Simulated

Lateral

Simulated

Combined

Simulated

Vibration

Enveloping

Dynamic

111548 MICHELIN XDW ICE GRIP 315/80 R22.5 MF-Tyre 6.2 Normal

Truck Lead time: 1 Month

Data quality guarantee

Suitability

Handling

Interior noise

Ride comfort

Consumption

ADAS autonomous

ADAS ESP

Driver in the loop

Simulation limits

Pressure (bar)

[6:9]

Vertical load (N)

68670

Slip angle (°)

Camber

Slip ratio (%)

100

Frequency (Hz)

Compatibility

Model format

MF-Tyre 6.2

Software format

VI-CRT

Price :

€€

Model constants

Temperature

Normal (soft handling)

Nominal speed

80 kph

Nominal load

4000 kg

Dataset reference number

111548MFT62N

Static

Mass

Inertia

Stiffnesses

Vertical

Simulated

Longitudinal

Simulated

Lateral

Simulated

Camber

Simulated

Parking torque

Dynamic

Handling

Longitudinal

Simulated

Lateral

Simulated

Combined

Simulated

Vibration

Enveloping

Dynamic

111548 MICHELIN XDW ICE GRIP 315/80 R22.5 SWIFT Normal

Truck Lead time: 2 Months

Data quality guarantee

Suitability

Handling

Interior noise

Ride comfort

Consumption

ADAS autonomous

ADAS ESP

Driver in the loop

Simulation limits

Pressure (bar)

[6:9]

Vertical load (N)

68670

Slip angle (°)

Camber

Slip ratio (%)

100

Frequency (Hz)

100

Compatibility

Model format

SWIFT

Software format

VI-CRT

Price :

€€

Model constants

Temperature

Normal (soft handling)

Nominal speed

80 kph

Nominal load

4000 kg

Dataset reference number

111548MFS62N

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

111557 MICHELIN XDW ICE GRIP 295/80 R22.5 MF-Tyre 5.2 Normal

Truck Lead time: 1 Month

Data quality guarantee

Suitability

Handling

Interior noise

Ride comfort

Consumption

ADAS autonomous

ADAS ESP

Driver in the loop

Simulation limits

Pressure (bar)

[6:9]

Vertical load (N)

60944

Slip angle (°)

Camber

Slip ratio (%)

100

Frequency (Hz)

Compatibility

Model format

MF-Tyre 5.2

Software format

VI-CRT

Price :

€€

Model constants

Temperature

Normal (soft handling)

Nominal speed

80 kph

Nominal load

3550 kg

Dataset reference number

111557MFT52N

Static

Mass

Inertia

Stiffnesses

Vertical

Simulated

Longitudinal

Simulated

Lateral

Simulated

Camber

Simulated

Parking torque

Dynamic

Handling

Longitudinal

Simulated

Lateral

Simulated

Combined

Simulated

Vibration

Enveloping

Dynamic

111557 MICHELIN XDW ICE GRIP 295/80 R22.5 MF-Tyre 6.2 Normal

Truck Lead time: 1 Month

Data quality guarantee

Suitability

Handling

Interior noise

Ride comfort

Consumption

ADAS autonomous

ADAS ESP

Driver in the loop

Simulation limits

Pressure (bar)

[6:9]

Vertical load (N)

60944

Slip angle (°)

Camber

Slip ratio (%)

100

Frequency (Hz)

Compatibility

Model format

MF-Tyre 6.2

Software format

VI-CRT

Price :

€€

Model constants

Temperature

Normal (soft handling)

Nominal speed

80 kph

Nominal load

3550 kg

Dataset reference number

111557MFT62N

Static

Mass

Inertia

Stiffnesses

Vertical

Simulated

Longitudinal

Simulated

Lateral

Simulated

Camber

Simulated

Parking torque

Dynamic

Handling

Longitudinal

Simulated

Lateral

Simulated

Combined

Simulated

Vibration

Enveloping

Dynamic

111557 MICHELIN XDW ICE GRIP 295/80 R22.5 SWIFT Normal

Truck Lead time: 2 Months

Data quality guarantee

Suitability

Handling

Interior noise

Ride comfort

Consumption

ADAS autonomous

ADAS ESP

Driver in the loop

Simulation limits

Pressure (bar)

[6:9]

Vertical load (N)

60944

Slip angle (°)

Camber

Slip ratio (%)

100

Frequency (Hz)

100

Compatibility

Model format

SWIFT

Software format

VI-CRT

Price :

€€

Model constants

Temperature

Normal (soft handling)

Nominal speed

80 kph

Nominal load

3550 kg

Dataset reference number

111557MFS62N

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