MICHELIN XDR® 3

XDR 3 Tread View
XDR 3 Tread View

MICHELIN XDR® 3

The MICHELIN XDR 3 in action:

MASTER XDR3 - Master in English - Full version 1080p


WHY CHOOSE THIS TIRE?

A new design:

• A larger proportion of rubber is always in contact with the ground, which improves wear.

• Better distribution of the load over the entire contact area reduces the contact pressure and thus the wear rate.

 The interlocking rubber blocks on the shoulder create a firmer tread pattern when cornering, which reduces the rate of wear.

 Better endurance due to improved heat dissipation capabilities.

 Better resistance to damage thanks to a slower rate of wear. The amount of rubber lasts longer.

michelin edito xdr3 tread tire

New rubber compounds:
 

Exclusive new mixing process.

The mixture is a lot more uniform which gives a reduced rate of wear.

Higher level of carbon black dispersion, which improves wear resistance.

michelin picto xdr3 compounds tire

Anti-corrosion cables

The steel integrated into the rubber prevents the spread of corrosion for greater robustness.

Stronger steel inside the cable.

michelin picto xdr3 cables tire

Exceptional lifespan

Service life increased by a minimum of 8 to 10 %. (1) (2) (3) (4) (5)

michelin edito xdr3 vehicle small tire

 

REFERENCE MATERIALS - DOCUMENTS

MICHELIN® XDR® 3 Product Sheet

Commercial Warranty

MICHELIN
XDR® 3

Tech Specs

107.5 inch
31.9 inch
48.7 inch
49
324.9
0/32 nds
107.5 inch
B4
3064.4
19.50/4.0 [3.2]
19.50/4.0 [2.7]
E-4***
528
395114
24794
Legal Footnotes

1 Vs. MICHELIN® XDR® 2 tire, all sizes.

2 Projected improvement in tire life based on wear rate improvements based on new MB4/MC4 tread compounds and on field performance in 14 customer mine sites over 29 months comparing the tread pattern of the MICHELIN® XDR® tire (on predecessor and prototype tires) to the tread pattern of the MICHELIN® XDR® 2 and MICHELIN® XDR® tires. Additional improvements in tread cuts and tread fatigue anticipated because of 17 degrees F lower tread operating temperature and
corrosion-isolating cables. Actual results may vary.

3 Compared to MICHELIN® XDR® 2 33.00 R 51, average performance by mine site. Projected improvement in tire life based on field performance in customer mine sites over 29 months of the MICHELIN® XDR® 2, MICHELIN® XDR® 250 and MICHELIN® XP 57, 40.00 R 57 and 53/80 R 63, tires that included individual design improvements incorporated into the MICHELIN® XDR® 3.

4 Compared to MICHELIN® XDR® 2 50/90R57, average performance by mine site. Projected improvement in tire life based on field performance in customer mine sites over 29 months of the MICHELIN® XDR® 2, MICHELIN® XDR® 250 and MICHELIN® XP 57, 40.00 R 57 and 53/80 R 63, tires that included individual design improvements incorporated into the MICHELIN® XDR® 3.

5 Compared to the MICHELIN® XDR® 2 37.00R57 tire, average performance by mine site. Projected improvement in tire life based on field performance in customer mine sites over 29 months of the MICHELIN® XDR® 2, MICHELIN® XDR® 250 and MICHELIN® XP 57, 40.00R57 and 53/80R63 tires that included individual design improvements incorporated into the MICHELIN® XDR® 3 tire. Actual results may vary.

6 Without any compromise on TKPH/TMPH.

Firefox 78+
Edge 18+
Chrome 72+
Safari 12+
Opera 71+