Triumph Tiger 900 Rally Pro [2024-2025] - Cycled case carrier

✔️ New part

€300,00 EUR

Available Now!

Suitable for years of construction: [2024-2025].

Manufacturer/brand: Hepco & Becker

Model: Tiger 900 Rally Pro.

Article: Slipped suitcase carrier.

Product description: Case carrier for Triumph Tiger 900 Rally Pro

The fixed suitcase carrier from Hepco & Becker for the Triumph Tiger 900 Rally Pro model (built in 2024-2025) is a robust and reliable solution for motorcycle travelers who are looking for a permanent attachment option for their side cases. This product is specially developed for attachment to the frame of the machine and offers high stability and safety for luggage.

Technical details and compatibility

The construction of the case carrier is made of high -quality steel tube and is screwed directly to the motorcycle frame, which ensures solid and safe anchoring. The carrier's surface finish protects against weather influences and contributes to the longevity of the product.

  • Material: Steel tube with high -quality surface finish
  • Assembly: Screwed onto the frame
  • Compatibility: Developed for most Hepco & Becker hard shell side case
  • Inclusion: In most cases, the original position of the turn signals remains, adjustments may be required according to the assembly instructions
  • Scope of delivery: Delivery takes place including all necessary attachments and assembly instructions
  • Pipe diameter: 16 mm
  • Land of production: Germany

The case carrier is designed in such a way that it can be used without additional entries or ABE. It not only offers a practical, but also a secure solution to take your luggage with you and, thanks to its stable construction, also increases the protection of the driver and the passenger in the event of an accident.

Please note the specific information for this model to ensure that all components are installed correctly and used. The scope of delivery includes the case carrier for both sides of the motorcycle (right and left), which enables a balanced load distribution.