700c, 27-Inch & 650c

Serfas MEO Series SECA Wire Bead Tires give a great road feel with incredible durability and cornering performance. - Wire Bead—30 TPI—High-Performance Tread Design - Lightweight Training Tire w/Long Tread Life and Superior Road Feel - 60 Durometer Center For Long Tread Life, 58 Durometer Side Tread For Enhanced Cornering Grip

Our no-nonsense basic road replacement tire at an affordable price, designed to deliver the performance and miles you want on a budget. Features: - Optimized Outer Tread Area For All Riding Conditions - Slick Center Tread For Fast Rolling Performance Specs: - Bead: Wire - Dimension: 700 x 23, 700 x 25 - Pressure: 130 PSI - Weight: 315 Grams, 345 Grams

- Road FPS - Light Weight Training Tire - 60 Durometer Center Ridge for Long Life & 58 Durometer Sides for Enhanced Cornering Capability SPECS - Bead: Folding - TPI: 120 - Dimension: 700 x 23, 700 x 25, 700 x 28 - Pressure: 130 PSI - Weight: 210g (23), 220g (25), 230g (28)

Serfas' Seca Survivor Road is the ultimate high-mileage training tire. It offers a great road feel with ultra-long tread life. And, thanks to its triple-layer Serfas Survivor construction, it has superior puncture protection as well. Plus, this tire is rated up to 130 psi to keep you flying on super-smooth pavement.

Serfas' Seca Wire Bead Road Tire is the ultimate training and commuting tire. Its center hard tread offers low rolling resistance and long life while its softer sides provide excellent cornering. This tire also boasts Serfas' superior flat protection.

Serfas' Seca-RS Road Folding is a superb tire combining a fast-rolling, long-wearing 60-durometer rubber center tread with 56-durometer sides for excellent cornering. This fine tire also boasts a compliant 120 thread-per-inch casing and Serfas' excellent Flat-Protection System.

Serfas' Vida Hybrid is the perfect tire for commuting, touring and everyday riding thanks to Serfas' Flat-Protection System, a durable rubber compound for long life, and a grippy tread for excellent all-around handling on all surfaces.