SEESEE.U Mountain Bike Fork
2024 SEESEE.U Spares
The skeleton is made by a new advanced molding process. The aerodynamic performance is adopted for every detail of the structure. The tough masculine force is tough and shock-absorbing.
The carbon fiber front fork has a high tensile strength, high self-oscillation frequency, and is not easy to resonate. It gives the rider a more comfortable riding experience in the rugged cross-country riding.
Using imported high-quality baking varnish, full color, bright and bright, smooth hand feeling
All-carbon fiber ultra-light weight, in addition to the advantages of high hardness and low weight, the pedaling efficiency is more effective during the riding process, allowing you to become the focus in the moment of galloping
Carbon fiber has many excellent properties, and the carbon fiber has low axial strength and high modulus. High specific performance, no creep, and good fatigue resistance.
£209.57 - 2024 Mountain Bike Fork by SEESEE.U
SEESEE.U Bicycle Fork Suspension Bike Forks Bike Suspension Fork Mountain Bike Front Fork Carbon Fiber Disc Brake 700C
SEESEE.U Mountain Bike Forks » SEESEE.U Mountain Bike Forks Gallery »The skeleton is made by a new advanced molding process. The aerodynamic performance is adopted for every detail of the structure. The tough masculine force is tough and shock-absorbing. The carbon fiber front fork has a high tensile strength, high self-oscillation frequency, and is not easy to resonate. It gives the rider a more comfortable riding experience in the rugged cross-country riding. Using imported high-quality baking varnish, full color, bright and bright, smooth hand feeling All-carbon fiber ultra-light weight, in addition to the advantages of high hardness and low weight, the pedaling efficiency is more effective during the riding process, allowing you to become the focus in the moment of galloping Carbon fiber has many excellent properties, and the carbon fiber has low axial strength and high modulus. High specific performance, no creep, and good fatigue resistance