Description
This TNK fork stand tube - 41 x 523 mm is an essential component for the chassis technology of motorcycles. It is characterized by precise workmanship and high quality, which ensure a long service life and improved driving stability. This fork stand is specifically designed for enthusiasts and professionals who want to optimally tune their motorcycle for performance and safety.
Technical data:
- Product name: TNK FORK TUBE - 41X523MM
- Designation: TNK fork stand tube - 41 x 523 mm
- Dimensions: Ø41x523mm
- Availability: Available individually
- Shafts: Same on the right and left
- Category: Vehicle parts & accessories
- Subcategory: Chassis parts
- Other category: Shock absorber & fork
- Volume: 4148 cm³
- Weight: 2200g
- Length: 790mm
- Width: 70mm
- Height: 75mm
Product description
This TNK fork standpipe offers an outstanding solution for renewing or upgrading your motorcycle's front fork. The identical shafts for the right and left sides allow for a symmetrical and balanced installation that contributes to vehicle stability. With a diameter of 41mm and a length of 523mm, this fork stand tube fits a variety of motorcycle models and brands perfectly.
The robust construction and high-quality material guarantee increased resistance to physical stress such as shocks and vibrations that can occur when driving on different road surfaces. The 2200g weight provides a solid but not overly heavy addition to the chassis, improving the motorcycle's handling and contributing to a more comfortable ride.
The individual availability of the fork stand tube allows for flexible handling when maintaining or upgrading your motorcycle. Whether you want to replace a damaged part or simply upgrade your motorcycle for better performance or appearance, the TNK fork standpipe represents an excellent choice.
In summary, that is TNK fork stand tube - 41 x 523 mm an ideal choice for motorcyclists who value quality, durability and performance. Equip your motorcycle with this high quality part and experience the difference in handling and stability.