Benlari CNC Highway Pegs 1in Stainless Steel 🏍️
Description:
This pair of highway foot pegs from Benlari helps reduce leg fatigue on long rides by providing an extended, stable place to rest your feet. They attach to engine guards or crash bars of specific diameters and include spacers to fit the most common 25 mm and 32 mm bars, so check your bar size before installation. These pegs combine aluminum and rubber surfaces to improve grip while keeping overall weight low.
Key Points
The pegs are made with CNC-machined aluminum for a lightweight feel along with a textured rubber surface for slip resistance. They fold upward 90 degrees to stay out of the way when not in use, and the clamp system uses A3 steel for a firm hold on compatible crash bars. Adjustment is possible through a 360° indexed mount, which allows you to set the peg angle to match your preferred riding posture. Note that these mounts are not compatible with 22 mm, 27 mm, or 35 mm crash bars, so measure the bar diameter before attempting to fit them. 🏍️
Technical Specifications
- Name: Benlari CNC Highway Pegs Motorcycle Foot Pegs
- Compatible bar diameters: 25 mm, 32 mm
- Materials: CNC aluminum alloy pegs, rubber inserts, A3 steel clamp
- Folding angle: 90 degrees
- Adjustable rotation: 360 degrees
Advantages
These pegs make it easier to stretch your legs on highway stretches and relaxed rides, helping reduce stiffness during longer trips. The combination of metal and rubber offers balanced vibration damping and grip, which can feel more comfortable compared to solid metal pegs. The clamp design aims to resist loosening under normal vibration, and the included spacers increase compatibility with the two supported diameters. 🚦
Usage Recommendations
Measure your crash bar or engine guard with calipers before purchase to confirm it is 25 mm or 32 mm in diameter. Install both pegs on the same side to check fit and position before tightening fully, then test the angle in a controlled setting to find the most comfortable position. Consider that extreme offroad use or bars outside the supported diameters may cause poor fit or instability according to the manufacturer.
