3209 E. Thousand Oaks Blvd, Unit D | Thousand Oaks, CA 91362
M-F: 8:30 - 5 | Sat & Sun: Closed: We Will be Closed May 30th - June 3rd!
3209 E. Thousand Oaks Blvd, Unit D | Thousand Oaks, CA 91362
M-F: 8:30 - 5 | Sat & Sun: Closed: We Will be Closed May 30th - June 3rd!
| Item Number: | 80305 |
| Size: | 680/75R32 |
| Sidewall: | BW |
| Load Index: | 164/161 |
| Speed Rating: | A8/B |
| Service Description: | 164/161A8/B |
Looking for MICHELIN® AG brand tires? Thousand Oaks Tire Pros in Thousand Oaks, CA has the most availability! Is item number 80305 not what you are looking for? Do you need a different size than 680/75R32? We offer many more tire sizes - contact us to find out more information!
Low Compaction Radials for Tractors and Combines
The Michelin® XM27™and XM28™ Large Volume radials provide superb traction for high-horsepower tractors and combines working in a variety of conditions. This traction translates into low slip while working in the field. With phenomenal flotation and mobility, these radials allow the farmer to move into the field early in the season and work late into the harvest.
XM27™ Large Volume Standard Load:
An excellent R1 standard lug choice in situations where flotation and reduced compaction are critical. The oversize footprint and lower working pressure help increase mobility in wet fields and reduce soil damage—resulting in healthier, higher-yielding crops.
XM27™ Large Volume Xtra Load:
When extremely heavy loads are an issue, this broad section R1 standard lug radial rises to the challenge. With its huge footprint and reinforced casing, this tire was ideally designed for harvesting applications in wet conditions.
Extraordinary Productivity:
The exceptional traction of XM27™ & XM28™ Large Volume radials translate into low slip while working in the field, helping to increase efficiency.
XM28™ Large Volume:
With its R1W deep lugs and wide flat tread, the XM28™ has phenomenal traction and mobility... even in adverse field conditions. Mounted on tractors with over 160 hp, the XM28™ ensures that extra power is fully utilized.
