MENU
PHONE
FIND US
Auto Repairs & Tires
•
(765) 362-1089
2008 Indianapolis ROAD
•
Crawfordsville
•
Indiana 47933
24 Hour Towing
•
(765) 362-7000
Home
Shop For Tires
Car, Truck & SUV Tires
Tire Brands
Bridgestone
Continental
Fuzion
Goodyear
Hankook
Headway
Hercules
Kumho
Mastercraft
MICHELIN®
Pirelli
Vanderbilt
Yokohama
Tire Care Tips
Wheels
Auto Repair
Our Services
Fleet Services
24-Hour Towing
JASPER Engines & Transmissions
Car Care Tips
Coupons
Jobs
About
Our Story
News
Filter By
Tire Catalog
Back to Search Results
Mastercraft Glacier Grip II
225/50R18
235/55R19
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.
IB-12 (ICE-BITER) ENHANCED STUD TECHNOLOGY : Provides an optimal combination of design, quantity and placement of stud pin holes to maximize the tire’s traction on ice when studded. The stud pin hole design improves stud retention while the number has been increased allowing for the use of a greater number of studs. The stud pin holes are strategically located along 12 distinct paths across the tread contact patch to allow each row a clean bite at the road surface to maximize traction.
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.
STYLIZED SIDEWALLS : Reversible black sidewall option offers a stylized sidewall on one side and a smooth sidewall with standard lettering on the reverse.
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.
IB-12 (ICE-BITER) ENHANCED STUD TECHNOLOGY : Provides an optimal combination of design, quantity and placement of stud pin holes to maximize the tire’s traction on ice when studded. The stud pin hole design improves stud retention while the number has been increased allowing for the use of a greater number of studs. The stud pin holes are strategically located along 12 distinct paths across the tread contact patch to allow each row a clean bite at the road surface to maximize traction.
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.
STYLIZED SIDEWALLS : Reversible black sidewall option offers a stylized sidewall on one side and a smooth sidewall with standard lettering on the reverse.
Contact Wilson's Autotech
Enter the Text Below:
Send »
Quick Links
Home
Shop For Tires
Wheels
Auto Repair
Coupons
Jobs
About
Tire Brands
Bridgestone
Continental
Fuzion
Goodyear
Hankook
Headway
Hercules
Kumho
Mastercraft
MICHELIN®
Pirelli
Vanderbilt
Yokohama
Stay Connected
Contact Us
Email:
Phone:
(765) 362-1089
Fax:
Address:
2008 Indianapolis Rd
Crawfordsville, IN 47933
.
Powered by Net Driven
Login
Wilson's Autotech
2008 Indianapolis Rd,
Crawfordsville, IN 47933
Phone:
(765) 362-1089
Fax:
47933
40.03662,-86.86755
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.