matago Mountain Bike Pedal
2024 matago Spares
Premium Aluminum Alloythe main body of the pedal is made of aluminum alloy, which is processed by CNC technology to form an aluminum alloy with light weight and high strength features, which makes the service life longer.
Premium and PracticalThe pedal width is widened, and the tread width is about 100 And the widened area can improve the cycling efficiency and use the right force to help cycling easily.
Abrasion ResistanceThe chromium-molybdenum steel shaft is made of abrasion-resistant and resistant. The inner hexagonal design reduces the weight while ensuring the strength. The general thread diameter is more suitable.
Great for CyclingThe pedal is designed with 12 cleats to greatly increase friction.
Save Effort The Bike pedals feature the DU+ high-speed bearing, which improve the stability of the pedals, and the pedals play a role of lubricating and saving effort when cycling.
£14.99 - 2024 Mountain Bike Pedal by matago
QP18ROJ7J2EWIHKQB7J : matago Bike Pedals With 12 Cleats Abrasion Resistance Bicycle Platform Flat Alloy Pedals For Mountain Bike
matago Mountain Bike Pedals » matago Mountain Bike Pedals Gallery »Premium Aluminum Alloythe main body of the pedal is made of aluminum alloy, which is processed by CNC technology to form an aluminum alloy with light weight and high strength features, which makes the service life longer. Premium and PracticalThe pedal width is widened, and the tread width is about 100 And the widened area can improve the cycling efficiency and use the right force to help cycling easily. Abrasion ResistanceThe chromium-molybdenum steel shaft is made of abrasion-resistant and resistant. The inner hexagonal design reduces the weight while ensuring the strength. The general thread diameter is more suitable. Great for CyclingThe pedal is designed with 12 cleats to greatly increase friction. Save Effort The bike pedals feature the DU+ high-speed bearing, which improve the stability of the pedals, and the pedals play a role of lubricating and saving effort when cycling