Light Green Ultralight Ergonomic Bike Bar Ends High Strength Composite Horn Grips (22.2Mm)
Light Green Ultralight Ergonomic Bike Bar Ends High Strength Composite Horn Grips (22.2Mm)
Light Green Ultralight Ergonomic Bike Bar Ends High Strength Composite Horn Grips (22.2Mm)

Light Green Ultralight Ergonomic Bike Bar Ends High Strength Composite Horn Grips (22.2Mm)

Regular price $13.40
Unit price  per 

Elevate Your Cycling Comfort: Ergonomic Horn Style Bar Ends

Upgrade Your Bike And Ride In Comfort With These Ultralight Ergonomic Horn Style Bar Ends. Perfect For Long Rides And Varied Terrain They Provide Multiple Hand Positions Reduce Fatigue And Offer Improved Leverage For Climbs.

Features:

  • Durable Composite Construction: Made From A High-Strength Blend Of Polyester Fiber Glass Fiber And Pp Plastic For Long-Lasting Performance.
  • Ergonomic Horn Design: Curved Shape Fits Your Hands Naturally Reducing Strain And Providing Comfort For Extended Rides.
  • Lightweight Performance: Weighs Only 60G Per Pair (Including Screws) Adding Minimal Weight To Your Bike.
  • Angle: Fine-Tune The Angle For A Custom Fit To Match Your Height Riding Style And Comfort Preferences.
  • Improved Riding Experience: Multiple Hand Positions Alleviate Pressure Points And Increase Leverage For Climbing Or Long Rides.
  • Standard Fit Easy Installation: Fits Handlebars With A Diameter Of 21.8Mm - 22.2Mm. Installation Is Straightforward With The Included Clamp And Screws.
  • Smooth Wear-Resistant Finish: Precision Surface For Durability And Long-Term Use.

Specifications:

  • Product Name: Ergonomic Bicycle Bar Ends (Horn Style)
  • Material: Polyester Fiber + Glass Fiber + Pp Plastic Composite
  • Total Weight (Pair Including Screws): 60G
  • Overall Length (Per Bar End): 118Mm
  • Grip Portion Length: 90Mm
  • Clamp Diameter: 21.8Mm - 22.2Mm (Standard 22.2Mm)

You Will Receive:

  • 1 X Pair Of Ergonomic Bicycle Bar Ends (Left And Right)
  • Mounting Screws

Installation Note: Ensure Bar Ends Are Securely Tightened To The Recommended Torque Using A Torque Wrench. Do Not Overtighten. Consult A Professional Mechanic If Unsure.