Suzuki Gsx-R 1300 Hayabusa [KAOKO] - Cruise Control Cruise Control Speed Stabilizer

€109,00 EUR

Available Now!

The KAOKO Cruise Control Speed Stabilizer is an innovative accessory designed specifically for motorcyclists who want precise control over their riding speed. This system makes it possible to securely fix the throttle grip position, which helps relieve strain on the wrist, especially on long journeys.

Technical data:

  • Product name: KAOKO CRUISE CTL STABILIZER SUZ200
  • Category: Vehicle Parts & Accessories > Accessories > Accessories Design Parts
  • Volume: 577 cm³
  • Weight: 336g
  • Length: 124mm
  • Width: 93mm
  • Height: 50mm

How it works

The KAOKO cruise control speed stabilizer consists of a cleverly designed friction nut integrated into a special handle end. This handle end matches the one used by the original manufacturers in terms of appearance and weight. Installation is usually simple and only requires replacing the original handle end weight with the KAOKO stabilizer kit.

To activate: While driving, the friction nut can be clamped between the little finger and the palm to adjust the desired gas opening. This setting still allows flexible handling of the throttle grip.

To disable: By releasing the friction nut while driving, the throttle grip is released and snaps back into the starting position.

Security features

  • Cannot lock
  • Can be overruled immediately
  • Instinctive and natural operation
  • Trusted by well-known distributors in the USA, Europe and Australia
  • 5 year functional guarantee, but should last the life of the motorcycle

Installation of the KAOKO Cruise Control Speed Stabilizer can be completed quickly and easily and requires minimal technical understanding. Each kit comes with specific assembly instructions that explain the process step by step.

This accessory not only makes long tours easier, but also improves safety by reducing the need to constantly adjust the throttle grip. A must-have for any serious motorcyclist who values ​​comfort and control over long distances.