View my
tire cart
Menu
Call Us
Find Us
Home
Shop For Tires
ATV Tires
Hunter Tire Changer
Auto Repairs
Our Services
Brake Service
NH State Inspection
Car Care Tips
Tire Studding
Tire Brands
MICHELIN® Tires
BFGoodrich® Tires
Uniroyal® Tires
Goodyear Tires
Cooper Tires
Bridgestone Tires
Continental Tires
Falken Tires
Firestone Tires
General Tires
Hankook Tires
Kumho Tires
Mastercraft Tires
Pirelli Tires
Yokohama Tires
Wheels
Coupons
Financing
Newsletter
Location
About Us
Contact Us
Jobs
Filter By
Tire Catalog
Call us today for the lowest tire prices in the area!
(603) 882-2545
Back to Search Results
Kumho Road Venture AT
205/75R14
205/75R15
225/75R16LT
235/65R17
235/75R15
255/75R15
265/65R17
27/8.50R14
275/55R20
30/9.50R15LT
31/10.50R15LT
32/11.50R15
33/12.50R15
33/12.50R17
35/12.50R17
LT215/75R15
LT215/85R16
LT215/85R16
LT215/85R16
LT215/85R16
LT225/75R16
LT225/75R16
LT235/75R15
LT235/80R17
LT235/85R16
LT245/75R16
LT245/75R17
LT265/70R17
LT265/70R17
LT265/75R16
LT265/75R16
LT265/75R16
LT265/75R16
LT275/65R18
LT275/70R16
LT275/70R18
LT285/65R18
LT285/70R17
LT285/75R16
LT285/75R16
LT285/75R16
LT305/55R20
LT305/70R16
LT315/70R17
LT315/75R16
LT325/50R22
LT325/60R15
LT325/60R18
LT325/60R20
LT325/65R18
LT355/50R20
LT355/60R20
LT355/65R18
P215/75R14
P215/75R15
P225/75R15
P225/75R16
P235/65R17
P235/70R16
P235/75R15
P235/75R15
P245/65R17
P245/70R16
P245/70R16
P245/70R16
P245/70R17
P245/75R16
P255/65R17
P255/70R16
P265/70R16
P265/70R16
P265/70R17
P265/70R17
P265/70R18
P265/70R18
P265/75R16
P265/75R16
P275/60R20
P275/65R18
P285/70R17
P285/70R17
P305/50R20
Features
Circumferential zigzag grooves, along with multiple lateral grooves and interlocking sipes, provide biting edges and ensure excellent traction on and off the road.
Full depth circumferential tread grooves evacuate water from the footprint area, reducing the risk of hydroplaning and improving wet handling and braking.
Variable pitch tread block design dampens road harmonics to ensure a quiet ride.
Optimized tread groove tapers promote self-cleaning of mud and snow for all-terrain traction.
High tensile steel belts and jointless nylon cap plies provide uniformity to attain the maximum contact patch, steering stability, and durability for the life of the tire.
Tread compound specifically designed to combat cutting and chipping.
Kumho’s ESCOT technology provides uniformity that results in less flexing, cooler operating temperatures and enables increased consistency and improved ride characteristics.
Circumferential zigzag grooves, along with multiple lateral grooves and interlocking sipes, provide biting edges and ensure excellent traction on and off the road.
Full depth circumferential tread grooves evacuate water from the footprint area, reducing the risk of hydroplaning and improving wet handling and braking.
Variable pitch tread block design dampens road harmonics to ensure a quiet ride.
Optimized tread groove tapers promote self-cleaning of mud and snow for all-terrain traction.
High tensile steel belts and jointless nylon cap plies provide uniformity to attain the maximum contact patch, steering stability, and durability for the life of the tire.
Tread compound specifically designed to combat cutting and chipping.
Kumho’s ESCOT technology provides uniformity that results in less flexing, cooler operating temperatures and enables increased consistency and improved ride characteristics.
Quick Links
Home
Shop For Tires
Auto Repairs
Tire Brands
Wheels
Coupons
Financing
Newsletter
Location
About Us
Jobs
Tire Brands
MICHELIN® Tires
BFGoodrich® Tires
Uniroyal® Tires
Goodyear Tires
Cooper Tires
Bridgestone Tires
Continental Tires
Falken Tires
Firestone Tires
General Tires
Hankook Tires
Kumho Tires
Mastercraft Tires
Pirelli Tires
Yokohama Tires
Stay Connected
Contact Us
Email:
[email protected]
Phone:
(603) 882-2545
Fax:
Address:
75 East Hollis Street
Nashua, NH 03060
Connect With Us
.
Powered by Net Driven
Login
Nashua Wholesale Tire
75 East Hollis Street,
Nashua, NH 03060
Phone:
(603) 882-2545
Fax:
03060
42.76191,-71.45715
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.