Bike Pedal Extenders, 1 Pair Steel Bicycle Pedal Adapter Extended Fit 9/16 inch Spindle Pedals Bike, Heavy Duty Steel Bicycle Pedal Extender, Extend by 20mm/0.79inch
Durable Material: Made of high-quality chrome-molybdenum steel, these bicycle pedal extenders are strong and durable. The quenching process ensures that they are strong and durable and will not rust or break after long-term use.
Perfect Fit: These pedal extenders measure approximately 3.18 x 1.77 cm (1.26 x 0.7 inches) and are designed to fit bicycles with a 9/16-inch spindle specification. They extend the pedal position outward by 20 mm (0.79 inches), which is perfect for riders with a naturally wider stance.
Easy to Install: Each extender is marked with L (left) and R (right) for easy identification and installation. Simply use a 15 mm open-end wrench to securely mount the extender to your bicycle pedal, ensuring a quick and hassle-free setup.
Enhanced Riding Comfort: By extending the pedal shaft, these extenders help prevent knee strain and reduce friction with the rear tire or frame. They are especially beneficial for riders with larger feet, providing a more comfortable and natural riding position.
Wide Compatibility: These pedal extenders are suitable for a variety of bicycles, including road, mountain bike, BMX, cruiser, dirt bike, folding bike, hybrid/comfort bike, and trike. Note: Not suitable for 1/2 inch pedals and cranks, not recommended for use with carbon fiber cranks.
Description
Product name: 2pcs pedal extension rods
Color: Silver
Material: Chrome-Molybdenum Steel
Weight: g
Product size: 3.18 * 1.77
Packaging size: 15 *10 * 1.8
Axle core specification: 9/16" (14mm)
Extended pedal axis distance: 20mm
Specification: L is left and R is right
The product is divided into a pair of left and right axes (the same side axis teeth can be superimposed) Locking method: No. 15 open-end wrench
Advantages: 1. Protect the crank from damage when replacing the pedal.
2. Extending the axis core is more labor-saving when levering.
3. If your feet are relatively large, it will cause friction between the shoes and the cranks, which can also be solved