Harley Davidson FLHRXS [LA CHOPPERS] – 1-1/4" Twin Peaks Touring Handlebars

✔️ New part
ID: 15366750208326

€494,00 EUR

DELIVERY
Ready to ship | in 2-6 business days
Delivery with DHL in 4-9 business days.
PRODUCT DESCRIPTION

Product description: LA CHOPPERS 1-1/4" Twin Peaks touring handlebars

The 1-1/4" Twin Peaks touring handlebars from LA CHOPPERS is specifically for the motorcycle model Harley Davidson FLHRXS designed and offers an outstanding combination of style and functionality. This high quality handlebar is made from durable steel and finished in gloss black, giving it an attractive look that is both modern and timeless.

Technical details

  • ITEM NO. Manufacturer: LA-7367-14B
  • Design/bend: Ape Hanger, Touring, Twin Peaks
  • Width: 89.5cm (35-1/4")
  • Width middle part: 29cm (11-1/2")
  • Diameter of handle fittings: 25.4mm (1")
  • Features:
    • Saved for Throttle-By-Wire
    • Suitable for hydraulic clutch
    • Suitable for heated grips
    • Pre-drilled
    • Knurling in the middle
  • Color/Surface: Shiny, black
  • Height: 35.5cm (14")
  • Handlebar end height: 35.5cm (14")
  • Clamp diameter: 25.4mm (1")
  • Handlebar diameter: 32mm (1-1/4")
  • Material: Steel
  • Surface: Shiny
  • Surface color: Black
  • Pullback/offset: 18cm (7")
  • Number of pieces: Piecemeal

The LA CHOPPERS Twin Peaks touring handlebars is not only visually appealing, but also functionally well thought out. The special design allows for improved control and comfort while driving. Prepared for throttle-by-wire and suitable for hydraulic clutches and heated grips, this handlebar is particularly versatile and adapted to modern motorcycle technologies.

In addition, the knurling in the middle ensures increased grip strength and safety during handling. The precise manufacturing and high-quality materials guarantee a long service life and reliability under all driving conditions. This handlebar is the ideal choice for Harley-Davidson enthusiasts who want to visually enhance their vehicle without compromising on quality and functionality.