LITHION3 vs Velocita review

In this entry we are going to compare and review Michelin LITHION3 vs Maxxis Velocita tyres. Both manufactured by different brands, Michelin and Maxxis respectively, these tyres have been designed to be used for different purposes. Whilst Michelin LITHION3 is better for road activities, Maxxis Velocita is a great choice if your needs are more aligned to gravel and hybrid activities.

LITHION3	Velocita

Train for longer and stay safe in all weather conditions	High-performance slick
Thanks to a rubber compound enabling you to ride for longer	The Velocita features a knurled center tread and transitions to a file tread along the edges for confidence in the corners. Ideal for riders who want a high-volume, lightweight slick for their gravel or all-road bike.
Features -	Features Dual compound 60 TPI or 120 TPI casing options SilkShield or EXO puncture protection Select specs are Tubeless Ready (TR), confirm in table below
Usage training	Usage Hard pack
Technologies -	Technologies EXO An extremely cut-resistant and abrasion-resistant material added to the sidewalls of select mountain tires. This densely woven fabric is also lightweight and highly flexible, ensuring that the performance of the tire remains unaffected. Choose EXO Protection for exceptionally rocky, treacherous trails where the chance of sidewall cuts and abrasions is high. SilkShield SilkShield offers protection from bead to bead whereas Silkworm is found under the tread only. SilkShield provides an additional level of protection for sidewalls as well as under the tread. Tubeless Ready Tubeless tires provide the rider with many benefits: the ability to run lower air pressures, which improves traction; lower rolling resistance when compared to a tube-type tire; and less chance of flatting because there is no tube. Liquid sealants should only be used in the following types of tires: tubeless road, tubular, and tubeless ready. The use of liquid sealants in any other Maxxis tire will void the warranty.
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LITHION3 vs Velocita review

Features

Features

Usage

Usage

Technologies

Technologies