Lxyfc Mountain Bike
2024 Lxyfc Bike
ugged frame: The frame is made of high carbon steel, with strong support strength, ergonomic design, wear resistance and corrosion resistance, providing you with a safe and reliable travel plan.
LIGHTWEIGHT: Ultra-lightweight aluminum alloy frame with super load-bearing capacity (100 kg).
GREAT BRAKING SYSTEM: The front and rear disc brakes help keep the cyclist safe even in high speeds and down sloppy terrains. You will also have more control on when and where to stop.
NON-SLIP TIRES: The colored outer tires are more beautiful, the inner layer of natural rubber is puncture-resistant, and the abrasion resistance is higher. They can run smoothly even on rough mountain roads.
MULTI-STYLE: Using Aluminum Frame and aluminum shoulder suspension fork with lockout mountain bike, having complete sealed and waterproof nut that you can riding in different conditions.
£464.62 - 2024 Mountain Bike by Lxyfc
15103433778123 : LXYFC Mountain Bike Mens Bicycle Bike Bicycle Adult Mountain Bike, 21 24 27 Speeds, 26 Inch Wheels High Carbon Steel Full Suspension Frame Mountain Bike Alloy Frame Bicycle Men's Bike
Lxyfc Mountain Bikes » Lxyfc Mountain Bikes Gallery »Rugged frame: The frame is made of high carbon steel, with strong support strength, ergonomic design, wear resistance and corrosion resistance, providing you with a safe and reliable travel plan. LIGHTWEIGHT: Ultra-lightweight aluminum alloy frame with super load-bearing capacity (100 kg). GREAT BRAKING SYSTEM: The front and rear disc brakes help keep the cyclist safe even in high speeds and down sloppy terrains. You will also have more control on when and where to stop. NON-SLIP TIRES: The colored outer tires are more beautiful, the inner layer of natural rubber is puncture-resistant, and the abrasion resistance is higher. They can run smoothly even on rough mountain roads. MULTI-STYLE: Using Aluminum Frame and aluminum shoulder suspension fork with lockout mountain bike, having complete sealed and waterproof nut that you can riding in different conditions
