What model is compatible with 130/60-10?
2 Answers
130/60/10 tires are compatible with 120/70/10 tires. Here is relevant information: Tire Introduction: Tires are circular elastic rubber products mounted on various vehicles or machinery to roll on the ground, typically installed on metal rims. They support the vehicle body, cushion external impacts, ensure contact with the road surface, and guarantee the vehicle's driving performance. Functions: Support the entire weight of the vehicle, bear the vehicle's load, transmit traction and braking torque, ensure adhesion between the wheels and the road surface, reduce and absorb vibrations and impacts during driving, prevent severe vibrations and premature damage to vehicle components, adapt to the vehicle's high-speed performance, reduce driving noise, and ensure driving safety, handling stability, comfort, and fuel economy.
As someone who frequently helps friends with car repairs, I can share some insights. The 130/60-10 tire size is quite common in motorcycles or electric scooters, indicating a width of 130 millimeters, an aspect ratio of 60% (height to width), and a rim diameter of 10 inches. To find a universal alternative, slight variations in width are often acceptable. For example, a 140/70-10 tire is relatively close since it shares the same 10-inch rim diameter and similar height, making it an easy swap. However, it's crucial to verify if the rim width is compatible—too wide a tire may rub against the fender, damaging the bike's aesthetics. Alternatively, a narrower 120/60-10 could also work, especially for those who prefer agile handling, but deviations should ideally stay within 10% for safety. My advice is to measure the original rim's exact width and cross-check it with the vehicle manual's recommendations, or visit a repair shop for professional measurement tools. Avoid haphazard changes, as ill-fitting tires may wear out faster or impair braking—compromising ride safety is never worth it. Also, remember to adjust tire pressure accordingly after switching sizes to maintain stability.
