Nylon Fiber Body Bike Pedals Boron Steel Spindle Bike Platform Pedals Cycling Upgrade

Label:Yes Nylon and Steel Structure: Built with a nylon pedal body and chrome molybdenum steel axle, these bicycle platform pedals are lightweight yet sturdy for regular use. Each pair weighs about 270 g, helping reduce extra bike load while keeping a solid pedaling feel. Wide Platform Pedals: These universal bike pedals measure approx. 12.8 x 10.5 x 2.2 cm / 5.04 x 4.13 x 0.87 in, giving your feet a broad support area for steady pedaling. The ergonomic platform design helps improve comfort and power transfer during daily riding, training, or outdoor cycling. Non Slip Foot Grip: The pedal surface is designed with textured areas and 10 pins per side to help keep your shoes firmly placed while riding. This grip design is useful for wet roads, muddy trails, city commuting, climbing, and rough outdoor paths. 9/16 Inch Standard Thread: These pedals use a 9/16 inch standard thread, approx. 14 mm / 0.55 in, and include clear left and right markings for easier installation. Package includes 1 pair of pedals and 1 wrench. Available colors include black, red, orange, green, gray, and purple. Please check your crank thread size before purchase. Double DU Bearing Design: The dual DU bearing system supports smooth pedal rotation and steady performance on long rides. It helps make each pedal stroke more fluid, making these pedals suitable for mountain bikes, road bikes, BMX bikes, and other compatible bicycles.

Item Type: Nylon Anti-slip Lightweight Bike Pedal Structure: Nylon + Chrome-Molybdenum Steel Color:Black, Red, Orange, Green, Gray, Purple Bearing: Double DU Thread: 9/16 inch Standard Thread, 14 mm(0.55 in) Item Size: 12.8x10.5x2.2cm/5.04x4.13x0.87in Compatible with: Mountain Bike/Road Bike

Package List: 1 Pair x Pedals 1 x Wrench

Notes: 1.The real color of the item may be slightly different from the pictures shown on website caused by many factors such as brightness of your monitor and light brightness. 2. Please allow slight manual measurement deviation for the data.