ZEYUE Mountain Bike Pedal
2024 ZEYUE Spares
Material: Aluminum alloy
Frosted version
Weight: (Pair)
Thickness:
Thickness with nails:
Sturdy: Shaft chrome-molybdenum steel, aluminum alloy housing Double protection of strength and rigidity
Skid resistance: Large tread design, more solid feel, 18 skid nails are evenly stressed on the feet
Durable: No lubricant is used in the shaft, grease is used, suitable for various temperatures
Robust: Axial chromium-molybdenum steel, aluminum alloy shell, double strength and rigidity guarantee
Anti-slip: large tread design, more solid feel, 18 anti-slip nails to grasp the foot evenly
Durable: no lubricant is used in the shaft, grease is used, suitable for various temperatures
Lubrication: Designed with 3 Palin, strong moisturization and less labor rotation
Surface polishing process effectively maintains bright color and prevents aluminum surface oxidati
£30.44 - 2024 Mountain Bike Pedal by ZEYUE
6927126993693 : ZEYUE Bicycle Pedal, Road Bike Pedal, Aluminum Alloy, Bearing Palin, Mountain Bike Road Bike Non-slip Pedal
ZEYUE Mountain Bike Pedals » ZEYUE Mountain Bike Pedals Gallery »Material: Aluminum alloy Frosted version Weight: (Pair) Thickness: Thickness with nails: Sturdy: Shaft chrome-molybdenum steel, aluminum alloy housing Double protection of strength and rigidity Skid resistance: Large tread design, more solid feel, 18 skid nails are evenly stressed on the feet Durable: No lubricant is used in the shaft, grease is used, suitable for various temperatures <br > lubrication: 3 Perlin design, run of the strong, more effort rotates Robust: Axial chromium-molybdenum steel, aluminum alloy shell, double strength and rigidity guarantee Anti-slip: large tread design, more solid feel, 18 anti-slip nails to grasp the foot evenly Durable: no lubricant is used in the shaft, grease is used, suitable for various temperatures Lubrication: Designed with 3 Palin, strong moisturization and less labor rotation Surface polishing process effectively maintains bright color and prevents aluminum surface oxidati