Stamp 7 Large vs ROCKBROS Mountain Bike Pedals MTB Pedals Aluminum Bicycle Flat Platform Pedals Lightweight 9/16" Non-Slip Sealed Bearing for Road Mountain BMX MTB Bike review

Features

• Optimal surface area

• 10 adjustable pins per side for grip

• Stamp large recommended for shoe sizes: 10-15 (us) // 43-49 (eu)

• Minimal profile 11mm-13mm thin

• Stamp small recommended for shoe sizes: 5-10 (us) // 37-43 (eu)

• Concave platform for secure foothold

• Premium bearings & seal system

Features

• GREAT GRIPS: Anti-skid nails on each side of the mountain bike pedals provide more security on the pedals and effectively prevent your shoes from sliding off, each side of the pedal with 9 stainless steel pins, provide strong grips and we gift extra 3 nails to replace, make the cycling safer, better for riding or racing.

• SIZE: ROCK BROS mountain bike pedals weight 0.83lbs(380g) each pair, the dimension of bicycle platform is 4.09(L)*3.94(W)*0.79(H) inches, 104mm wide platform pedals support the foot more evenly during cycling, provides a more comfortable riding experience for you.

• EASY TO INSTALL: Using 6mm hexagon installation and removal, the notch on the nut is for the left, the smooth on the nut surface is for the right. Great quality guarantee & Lifetime warranty included, we offer you a full money back or replacement with any questions. Customer satisfaction is our highest priority.

• DURABLE & STURDY: The Mtb pedal body is made of CNC integration aluminum alloy material, give you a sense of security no matter how tough the terrain. 9/16 inch standard spindles, suitable for most mountain bikes, MTB, road bikes, commuting bike, urban bikes, BMX bikes, city bikes, etc.

• Make sure this fits by entering your model number.

• SUPERIOR SMOOTH BEARING: The lubricated sealed DU bearing platform pedals feature sturdy and durable, keep pedals spin smooth and without noise. The spindle composite of chrome-molybdenum steel material, Carbon fiber bushing outside of the spindle makes it more durable and anti-corrosion.

Usage

Usage

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Technologies

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Technologies

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