The Ecovision VI-786 tire is engineered for drivers who prioritize fuel efficiency, driving comfort, and all-weather safety. Thanks to cutting-edge materials and intelligent design, this tire delivers a perfect balance of performance, durability, and environmental responsibility. Whether for city driving or long-distance travel, the VI-786 combines energy efficiency, quiet comfort, and reliable road grip.

• Low rolling resistance compound for improved fuel economy
• Variable block tread design for a quieter, more comfortable ride
• Four circumferential grooves for effective water evacuation and enhanced wet traction

Low rolling resistance compound: The VI-786 features a special silica-enriched tread compound that significantly reduces rolling resistance. This results in lower fuel consumption and contributes to reduced CO₂ emissions, making it an eco-friendlier option. The compound also enhances wet grip performance, ensuring a safer driving experience in rainy conditions. Ecovision’s advanced rubber formula strikes a powerful balance between environmental awareness and road performance.

Variable block tread design: Using frequency spectrum analysis, the VI-786 is engineered with tread blocks of varying sizes to minimize road noise. This innovative pattern design reduces vibrations and enhances overall ride comfort. Additionally, the profile ensures even stress distribution across the groove walls, helping to prevent cracking and extending the tire’s lifespan. This makes the VI-786 an ideal solution for drivers seeking both performance and acoustic comfort.

Four circumferential grooves: The tire’s Groove Design includes four wide circumferential grooves that rapidly channel water away from the contact patch, reducing the risk of hydroplaning. Combined with diagonal sipes and intelligently shaped tread elements, the design enhances both traction and braking performance on wet surfaces. The result is a safer, more stable drive, especially in challenging weather conditions, without sacrificing efficiency or handling.