ROCKBROS Mountain Bike Pedals MTB Pedals CNC Non-Slip Lightweight Aluminum Alloy Bicycle Pedals Sealed Bearings Bicycle Platform Pedals 9/16" BMX Road Bike Pedal vs System pedal Road PD-S13 review

In this entry we are going to compare and review Rockbros ROCKBROS Mountain Bike Pedals MTB Pedals CNC Non-Slip Lightweight Aluminum Alloy Bicycle Pedals Sealed Bearings Bicycle Platform Pedals 9/16" BMX Road Bike Pedal vs Xlc System pedal Road PD-S13 pedals. Both manufactured by different brands, Rockbros and Xlc respectively, these pedals have been designed to be used for different purposes. Whilst Rockbros ROCKBROS Mountain Bike Pedals MTB Pedals CNC Non-Slip Lightweight Aluminum Alloy Bicycle Pedals Sealed Bearings Bicycle Platform Pedals 9/16" BMX Road Bike Pedal is better for activities, Xlc System pedal Road PD-S13 is a great choice if your needs are more aligned to ROAD activities.

ROCKBROS Mountain Bike Pedals MTB Pedals CNC Non-Slip Lightweight Aluminum Alloy Bicycle Pedals Sealed Bearings Bicycle Platform Pedals 9/16" BMX Road Bike Pedal	System pedal Road PD-S13


	The XLC Road System Pedal PD-S13 is a one-sided clipless pedal compatible with Look Keo cleats. The pedal system is adjustable so you can decide how easy or difficult you want it to be to clip in and out. Constructed with an aluminium body, these pedals will last no matter how much power you put through them. A sturdy yet lightweight construction means you can hammer them pretty hard when you need to, but won’t end up paying a hefty weight penalty when the road turns upwards. XLC have used a CroMo axle, and a CNC-machined sealed sliding cartridge bearing for ultimate smoothness in your pedal stroke. Sealing the bearing means it won’t be at risk from mud and water ingress, which in turn would strip the grease from the bearing, significantly reducing the lifespan of the pedal. The PD-S13 road pedals are compatible with Look Keo cleat systems. Inside the box is a set of cleats with six degrees of float. show less
Features LUBRICATED BEARING:The road bicycle pedals are built in one sealed bearing and one DU bearing, Which keep these pedals are lubricated and stable, the bicycle platform will work smooth and durable, excellent for long distance riding. Additionally, the ending cap will keep bearing clean, and stay away from water and dust infiltrating GREAT ANTI-SKID:The bike pedals featured 5 stainless steel spike screw, there is thread on the pins, which provide the powerful grip to your foot, makes your cycling safe. Meanwhile, the carving from the pedalâ€™s surface increase the anti-slip ability. You will enjoy the efficient riding EASY to INSTALL: We carved the mark on the pedals, CR-L for left,CR-R for right. The pedals equipped with 9/16 inch standard spindles, suitable for most of most of mountain bikes, BMX, MTB, Mountain Bike, Hybrid bike, Dirt Jumper, Folding Bike, Road Bike- Touring, Track Bike etc. Note:The pedals use the solid lubrication,which will be melt after several riding,and the pedals will spin smooth at the same time DURABLE MATERIAL:These mountain bile pedals are made of CNC machined high strength aluminum alloy, You may enjoy the aggressive trail riding and some jumping with these mtb pedals. With carbon fiber bushing around spindle,makes the pedal more lightweight, durable and anti-corrosion, And the bushing keeps these flat pedal spin smooth without noise WIDE BIKE PLATFORM:The bicycle pedals featured 98mm length and 90mm wide platform. Your foot will get the great support from the the wide platform, ease the pressure from the platform but keep your riding effectively . Only 151 g for each pedal,ultra lightweight.Withe the advanced big logo pattern,makes the pedal passionate and stylish Make sure this fits by entering your model number.	Features pedal plate 6° dimensions: 81x87mm
Usage -	Usage Road bikes/Race
Technologies -	Technologies -
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ROCKBROS Mountain Bike Pedals MTB Pedals CNC Non-Slip Lightweight Aluminum Alloy Bicycle Pedals Sealed Bearings Bicycle Platform Pedals 9/16" BMX Road Bike Pedal vs System pedal Road PD-S13 review

Features

Features

Usage

Usage

Technologies

Technologies