(360) 738-0063
1709 Kentucky Street | Bellingham, WA 98229
Contact Us
Home
Auto Repair Services
Our Services
Custom Wheels
Front End
Fuel System Service
Lift Kits
Other Services
Performance Parts
Radiators
Trailer Service
Wheel Refinishing
Schedule Appointment
Maintenance Adviser
Lift Kits
Car Care Tips
Tires
Car, Truck & SUV Tires
Shop Tires by Brand
Why Buy Michelin®?
Why Buy BFGoodrich®?
Why Buy Uniroyal®?
Tire Care Tips
Wheels
Promotions
About
Reviews
News Center
About Us
Directions
Find Us
Filter By
Tire Catalog
Back to Search Results
Mastercraft Courser MSR
215/70R16
245/70R17
245/75R16
255/70R16
255/70R18
265/75R16
Features
HIGH TRACTION TREAD DESIGN : The intricate tread pattern balances winter traction and a smooth, quiet ride. The deep lateral and notched circumferential grooves provide excellent evacuation of water and slush from the tread contact patch.
PATENTED “SNOW GROOVE†DESIGN TECHNOLOGY : Provides biting edges for excellent snow and ice traction without reducing element stiffness. The snow groove enhances the retention of snow in the outer circumferential grooves to capitalize on the higher traction characteristics of “snow on snow†versus “snow on rubberâ€.
ENHANCED STUDDED PERFORMANCE : The stud pin hole design improves stud retention and the number has been increased allowing for the use of a greater number of studs for better traction on ice. The stud size is conveniently molded into the sidewall for easy reference.
TRI-POLYMER BLEND TREAD COMPOUND : Specially formulated for excellent winter traction while maintaining wet and dry performance and treadwear.
“D SQUARED†SIPE TECHNOLOGY (DENSITY x DEPTH) : Incorporates a dense zig-zag sipe pattern that further enhances winter performance while maintaining excellent wet traction. Variable sipe depth maintains element stability while optimizing winter performance.
COMPUTER-OPTIMIZED RANDOM PITCH SEQUENCE : The tread pitch sequence has been computer-optimized to reduce tread related tire noise for increased riding comfort.
HIGH TRACTION TREAD DESIGN : The intricate tread pattern balances winter traction and a smooth, quiet ride. The deep lateral and notched circumferential grooves provide excellent evacuation of water and slush from the tread contact patch.
PATENTED “SNOW GROOVE†DESIGN TECHNOLOGY : Provides biting edges for excellent snow and ice traction without reducing element stiffness. The snow groove enhances the retention of snow in the outer circumferential grooves to capitalize on the higher traction characteristics of “snow on snow†versus “snow on rubberâ€.
ENHANCED STUDDED PERFORMANCE : The stud pin hole design improves stud retention and the number has been increased allowing for the use of a greater number of studs for better traction on ice. The stud size is conveniently molded into the sidewall for easy reference.
TRI-POLYMER BLEND TREAD COMPOUND : Specially formulated for excellent winter traction while maintaining wet and dry performance and treadwear.
“D SQUARED†SIPE TECHNOLOGY (DENSITY x DEPTH) : Incorporates a dense zig-zag sipe pattern that further enhances winter performance while maintaining excellent wet traction. Variable sipe depth maintains element stability while optimizing winter performance.
COMPUTER-OPTIMIZED RANDOM PITCH SEQUENCE : The tread pitch sequence has been computer-optimized to reduce tread related tire noise for increased riding comfort.
Tires & Wheels
Michelin®
BFGoodrich®
Uniroyal®
Goodyear
Continental
Dunlop
Services
Axle, CV Joint, Driveshaft Repair
Belts & Hoses
Brake Repair
Climate Control Systems
Cooling System Repair
Engine Diagnostics and Performance
About
Home
Auto Repair Services
Tires
Wheels
Promotions
About
Directions
Visit Our Shop
Contact Us
Email:
[email protected]
Phone:
(360) 738-0063
Fax:
360-738-0201
Address:
1709 Kentucky Street
Bellingham, WA 98229
.
Powered by Net Driven
Login
Meridian Auto and Tire
1709 Kentucky Street,
Bellingham, WA 98229
Phone:
(360) 738-0063
Fax: 360-738-0201
98229
48.75816,-122.4501
Uh oh!
Page not found!
Sorry the page you are looking for may have been moved or deleted.
Please click anywhere to
continue browsing our site.