MAIKONG Mountain Bike Pedal
2024 MAIKONG Spares
Weight:
bicycle pedal body is made of aluminum alloy, which is light in weight and good in strength.
Chromium-molybdenum steel shaft core This bicycle pedal adopts chrome-molybdenum steel shaft core, which is very resistant and anti-stepping, which provides you with a strong guarantee.
Surface Studs This bicycle pedal has a stud-type design that gives the foot a full adhesion and 16 non-slip studs, so that you can prevent the foot from slipping during riding.
San Peilin built-in structure This mountain Bike pedal uses a three-Peilin structure inside, which is more lubricated, smooth and unobstructed.
Installation Note Please install the left and right pedals separately, align the crank screws, and avoid riding the pedals and the sliding wire when the maximum torque is applied.
£29.99 - 2024 Mountain Bike Pedal by MAIKONG
629-368-863 : MAIKONG Bicycle Pedal, Mountain Bike Pedal, Aluminum Alloy, Chrome Molybdenum Steel Bearing, Suitable for Bicycles, Mountain Bikes, Red
MAIKONG Mountain Bike Pedals » MAIKONG Mountain Bike Pedals Gallery »Weight: <br />Size: ** <br />Material: aluminum alloy frame + chrome molybdenum steel shaft <br />Color: red, black, blue <br />Features: strong foot climbing, lightweight and flexible, stylish Aluminum alloy material This bicycle pedal body is made of aluminum alloy, which is light in weight and good in strength. Chromium-molybdenum steel shaft core This bicycle pedal adopts chrome-molybdenum steel shaft core, which is very resistant and anti-stepping, which provides you with a strong guarantee. Surface Studs This bicycle pedal has a stud-type design that gives the foot a full adhesion and 16 non-slip studs, so that you can prevent the foot from slipping during riding. San Peilin built-in structure This mountain bike pedal uses a three-Peilin structure inside, which is more lubricated, smooth and unobstructed. Installation Note Please install the left and right pedals separately, align the crank screws, and avoid riding the pedals and the sliding wire when the maximum torque is applied
