(973) 366-7779
32 W. Clinton St.
Dover, NJ 07801
Home
Jobs
Tires
Car, Truck & SUV Tires
Continental Tires
General Tires
Hercules Tires
Michelin® Tires
BFGoodrich® Tires
Uniroyal® Tires
Tire Care Tips
Commercial Tires
Shop for Tires Online
Winter Tires
Wheels
Wheel Brands
Automotive Services
Our Services
Car Care Tips
TPMS Service
Warranties
Promotions
Rewards Club
Financing
Tire Pros Credit Card
About
Our Story
News Center
Photo Gallery
Reviews
Videos
Shop Tires & Auto Repair
Find Us
Contact
Filter By
Tire Catalog
Back to Search Results
Hankook iON evo AS (IH01)
215/50R19
225/55R18
245/40R19
245/40R20
255/35R20
255/40R19
265/40R21
285/30R20
285/35R21
285/35R21
285/40R19
295/30R21
Features
Even Tread Wear / Round Even Technology Tires equipped on electric vehicles wear out approximately 20% faster with uneven wear than on ICE vehicles. iON evo AS achieves uniform contact pressure by optimizing contact structure through Round Even Technology. The iON evo AS provides longer usage and less frequent replacement.
Extended Tread Life / ProDurable Compound Composed with advanced fillers and flexible rubber materials, ProDurable Compound provides higher mileage.
Minimized Cavity Noise / Quiet Flex Technology By applying a noise absorbing material inside, cavity noise is decreased up to 9dB.
Noise Reduction Achieved via Specialized Tread Pattern / Noise Guard Technology The iON evo AS's Noise Guard Technology applied inside the grooves effectively reduces tread pattern noise during road contact by widening the groove surface area.
Optimized Multi-Pitch Sequencing through Opti Pitch Technology / Tire noise can be drastically reduced by applying Opti Pitch Technology. iON evo AS has optimized the number and size of pitches to listen more to what matters
CHARGE LESS, CRUISE MORE / Extended Range Hankook understands the concerns of losing energy while driving Electric Vehicles. By reducing the rolling resistance through Opti Cure Tehcnology, the battery lasts longer to drive a longer distance. A few miles can be crucial during an emergency.
Further Reduced Rolling Resistance / Opti Cure technology The iON evo AS achieved the highest grade of LRR performance by applying Opti Cure Technology which improves all parts of the tire equally.
Hold Tight, Stay Strong / Exceptional Grip and Enhanced Rigidity Designed to bear the initial torque power of electric vehicle motors, the iON evo AS was developed to feature Progrip Compound and Grip Claw Technology that performs equally well in dry, wet and mild winter driving conditions.
Enhanced Cornering Stability / Grip Boost Technology To manage the weight of electric vehicles, tire stiffness is essential. Grip Boost Technology increases lateral rigidity by 25%, and cornering rigidity by 20% compared to all- season touring tires for ICEs, to advance electric vehicle grip performance.
Improved All-season Handling / Grip Claw Technology The 3D sipes through Grip Claw Technology are placed on the main treads to keep the tire in an optimize shape. This helps to provide outstanding grip performance on dry, wet roads and light snow.
Even Tread Wear / Round Even Technology Tires equipped on electric vehicles wear out approximately 20% faster with uneven wear than on ICE vehicles. iON evo AS achieves uniform contact pressure by optimizing contact structure through Round Even Technology. The iON evo AS provides longer usage and less frequent replacement.
Extended Tread Life / ProDurable Compound Composed with advanced fillers and flexible rubber materials, ProDurable Compound provides higher mileage.
Minimized Cavity Noise / Quiet Flex Technology By applying a noise absorbing material inside, cavity noise is decreased up to 9dB.
Noise Reduction Achieved via Specialized Tread Pattern / Noise Guard Technology The iON evo AS's Noise Guard Technology applied inside the grooves effectively reduces tread pattern noise during road contact by widening the groove surface area.
Optimized Multi-Pitch Sequencing through Opti Pitch Technology / Tire noise can be drastically reduced by applying Opti Pitch Technology. iON evo AS has optimized the number and size of pitches to listen more to what matters
CHARGE LESS, CRUISE MORE / Extended Range Hankook understands the concerns of losing energy while driving Electric Vehicles. By reducing the rolling resistance through Opti Cure Tehcnology, the battery lasts longer to drive a longer distance. A few miles can be crucial during an emergency.
Further Reduced Rolling Resistance / Opti Cure technology The iON evo AS achieved the highest grade of LRR performance by applying Opti Cure Technology which improves all parts of the tire equally.
Hold Tight, Stay Strong / Exceptional Grip and Enhanced Rigidity Designed to bear the initial torque power of electric vehicle motors, the iON evo AS was developed to feature Progrip Compound and Grip Claw Technology that performs equally well in dry, wet and mild winter driving conditions.
Enhanced Cornering Stability / Grip Boost Technology To manage the weight of electric vehicles, tire stiffness is essential. Grip Boost Technology increases lateral rigidity by 25%, and cornering rigidity by 20% compared to all- season touring tires for ICEs, to advance electric vehicle grip performance.
Improved All-season Handling / Grip Claw Technology The 3D sipes through Grip Claw Technology are placed on the main treads to keep the tire in an optimize shape. This helps to provide outstanding grip performance on dry, wet roads and light snow.
Tires & Wheels
Continental®
General®
Hercules®
Michelin®
BFGoodrich®
Uniroyal®
Services
Wheel Alignments
Brake Repair
Suspension Repair
Tire Installation
Batteries
About
Home
Jobs
Tires
Wheels
Automotive Services
Promotions
Financing
About
Find Us
Visit Our Shop
Contact Us
Email:
[email protected]
Phone:
(973) 366-7779
Fax:
Address:
32 W. Clinton St.
Dover, NJ 07801
.
Powered by Net Driven
Login
Freeway Automotive & Tire Tire Pros
32 W. Clinton St.,
Dover, NJ 07801
Phone:
(973) 366-7779
Fax:
07801
40.88631,-74.5601
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.