Menu
Call Us
Find Us
(815) 476-2808
320 N First St • Wilmington, IL 60481
Monday through Friday 8:00 AM to 5:00 PM - CLOSED: Saturday and Sunday
Home
Shop For Tires
Car, Truck & SUV Tires
Tire Brands
BFGoodrich®
Bridgestone
Continental
Cooper
Dunlop
Falken
Firestone
Fuzion
General
Goodride
Goodyear
Hankook
Kelly
Kumho
MICHELIN®
Nexen
Pirelli
Toyo
Uniroyal®
Yokohama
Tire Care Tips
Auto Repair
Our Services
Custom Exhausts
Lift & Leveling Kits
Suspension
Brake Repairs
Car Care Tips
Coupons
Reviews
About
Our Story
News
Contact
Find Us
Jobs
Filter By
Tire Catalog
Back to Search Results
Falken Espia EPZ II
175/65R14
175/65R15
185/60R15
185/65R14
185/65R15
195/60R15
195/65R15
205/55R16
205/60R16
205/65R15
205/65R16
215/50R17
215/55R16
215/55R17
215/60R16
215/65R16
215/70R15
225/40R18
225/45R17
225/45R18
225/50R17
225/55R17
225/60R16
225/65R16
235/50R18
235/55R17
Features
“NEWLY ENHANCED†3D CANYON SIPE TECHNOLOGY : with a much thinner sipe design increases sipe density by 25% (then its predecessor) which allows for more edges per tread block. This increases ice braking and enhances snow and wet traction.
SILICA ENRICHED POLYMER : is utilized to help maintain tire flexibility in cold weather which allows for consistent winter performance.
HIGH-DENSITY SIPES : move water and snow away from the tread surface for continuous road connection with over 13,000 milimeters in edges added from its predecessor.
WIDE LATERAL GROOVES : work together with wide pockets built into the tire to allow more snow to pack into the tread, clearing the road surface quicker for increased snow traction in slushy or deep snow conditions.
STRATEGICALLY DESIGNED RIB PLACEMENT : is ideal for excellent handling no matter the road surface condition. Larger outer-edge block-style ribs provide a comfortable and stable drive while maneuvering the vehicle.
WIDE CIRCUMFERENTIAL GROOVES : channel water away from the tread for consistent contact with the road surface, increasing wet traction and driver confidence.
SPECIALIZED RUBBER TREAD COMPOUND : provides pliability at low temperatures for excellent winter driving ability in snowy and icy conditions.
“NEWLY ENHANCED†3D CANYON SIPE TECHNOLOGY : with a much thinner sipe design increases sipe density by 25% (then its predecessor) which allows for more edges per tread block. This increases ice braking and enhances snow and wet traction.
SILICA ENRICHED POLYMER : is utilized to help maintain tire flexibility in cold weather which allows for consistent winter performance.
HIGH-DENSITY SIPES : move water and snow away from the tread surface for continuous road connection with over 13,000 milimeters in edges added from its predecessor.
WIDE LATERAL GROOVES : work together with wide pockets built into the tire to allow more snow to pack into the tread, clearing the road surface quicker for increased snow traction in slushy or deep snow conditions.
STRATEGICALLY DESIGNED RIB PLACEMENT : is ideal for excellent handling no matter the road surface condition. Larger outer-edge block-style ribs provide a comfortable and stable drive while maneuvering the vehicle.
WIDE CIRCUMFERENTIAL GROOVES : channel water away from the tread for consistent contact with the road surface, increasing wet traction and driver confidence.
SPECIALIZED RUBBER TREAD COMPOUND : provides pliability at low temperatures for excellent winter driving ability in snowy and icy conditions.
Quick Links
Home
Shop For Tires
Auto Repair
Coupons
Reviews
About
Contact
Tire Brands
BFGoodrich®
Bridgestone
Continental
Cooper
Dunlop
Falken
Firestone
Fuzion
General
Goodride
Goodyear
Hankook
Kelly
Kumho
MICHELIN®
Nexen
Pirelli
Toyo
Uniroyal®
Yokohama
Stay Connected
Contact Us
Email:
[email protected]
Phone:
(815) 476-2808
Fax:
(815) 476-4482
Address:
320 N First St
Wilmington, IL 60481
.
Powered by Net Driven
Login
Ron's Exhaust & Tire
320 N First St,
Wilmington, IL 60481
Phone:
(815) 476-2808
Fax: (815) 476-4482
60481
41.30803,-88.15479
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.