Everything Must Go Kenda K413 Front/rear Tire - 350-10 4pr 51j Tl 105n1043 Enjoy 60% Off [bLAGV5ES]

Kenda K413 Moped and Scooter Tires

Elevate your moped or scooter's performance with the Kenda K413 Front/Rear Tire. This versatile tire is designed to handle a wide range of adventures, thanks to its robust 4-ply rating for enhanced durability and resistance. With a race-inspired tread pattern, the K413 is crafted for performance-minded riders who demand top-notch quality. Key features include:

• 4-ply rating for maximum durability
• Race-inspired tread pattern for superior grip
• Perfect for both on-road and off-road use

Technical Specifications

The K413 tire boasts impressive specifications that make it a standout choice for any rider. Measuring 350-10 in size, it offers a perfect fit for a variety of moped and scooter models. With a 4PR (Ply Rating) and a 51J speed rating, this tire ensures reliable performance in diverse conditions. Here are some important specifications:

• Size: 350-10
• Ply Rating: 4PR
• Speed Rating: 51J
• Load Index: 105N

The K413's 4PR rating ensures that it can withstand the rigors of frequent use, while the 105N load index supports up to 1,815 pounds, making it suitable for heavy-duty applications.

Practical Uses and Benefits

Whether you're commuting through the city or embarking on a thrilling off-road adventure, the Kenda K413 is your ideal companion. Its superior grip and durability make it a perfect fit for daily riding and special occasions alike. Here's how the K413 can enhance your riding experience:

• Enhanced grip: The race-inspired tread pattern provides excellent traction on both wet and dry surfaces.
• Longevity: The 4-ply rating ensures that your tires will last longer, saving you money in the long run.
• Versatility: Ideal for a wide range of moped and scooter models, making it a universal choice.

Ride with confidence, knowing that the Kenda K413 is designed to meet the demands of modern riders and their diverse needs. Experience the difference with Kenda's trusted performance and reliability.