TiNE TC4 Titanium Rear Derailleur Cage Pivot Bolt for SRAM RED XPLR | 11.3g Lightweight Upgrade

TiNE TC4 Titanium Rear Derailleur Cage Pivot Bolt for SRAM RED XPLR 

Upgrade your SRAM RED XPLR rear derailleur with the TiNE TC4 Titanium Cage Pivot Bolt, precision engineered as a lightweight replacement for the compatible original derailleur pivot hardware.

Machined from premium TC4 (Ti-6Al-4V) titanium alloy, this upgrade combines low weight, high strength and excellent corrosion resistance. At approximately 11.3g, it is designed for riders looking to refine their RED XPLR drivetrain with premium titanium hardware.

Designed for SRAM RED XPLR

Developed specifically for compatible SRAM RED XPLR rear derailleurs, this component replaces the original pivot hardware at the derailleur cage pivot area.

• Compatible with SRAM RED XPLR rear derailleur
• Designed for the derailleur cage pivot position
• Direct replacement upgrade for compatible original hardware
• Ideal for high-end road and gravel bike builds

Premium TC4 Titanium Alloy

Made from aerospace-grade TC4 (Ti-6Al-4V) titanium alloy, offering an excellent strength-to-weight ratio together with outstanding corrosion resistance.

Titanium is an ideal material for premium bicycle hardware where strength, durability, low weight and appearance are equally important.

Precision CNC Machined

Precision CNC machining provides accurate dimensions, clean threads and consistent fitment. Careful machining of the contact and threaded surfaces helps ensure reliable installation in the compatible SRAM RED XPLR derailleur assembly.

Only 11.3g

Approximate weight: 11.3g.

A small but refined upgrade for weight-conscious road and gravel builds, especially when combined with other TiNE titanium drivetrain hardware.

Multiple Titanium Finishes

Available in a selection of premium titanium finishes to complement different bike builds and component color schemes.

Color options may include Gold, Silver, Black, Rainbow, Candy, Blue, Green and Purple.

Specifications

• Brand: TiNE
• Product: Rear Derailleur Cage Pivot Bolt
• Compatibility: SRAM RED XPLR
• Material: TC4 Titanium Alloy (Ti-6Al-4V)
• Weight: Approx. 11.3g
• Manufacturing: Precision CNC Machined
• Application: Rear Derailleur Cage Pivot Hardware Upgrade
• Bike Type: Road / Gravel

Installation Notes

• Please confirm your rear derailleur model before ordering.
• Compare the TiNE replacement part with the original component before installation.
• Follow the derailleur manufacturer's recommended installation procedure and torque specifications.
• Do not overtighten titanium hardware.
• Professional installation is recommended if you are unfamiliar with rear derailleur servicing.

Package Includes

1 × TiNE TC4 Titanium Rear Derailleur Cage Pivot Bolt for SRAM RED XPLR

Rear derailleur and other components shown in product images are for reference only and are not included.

Compatibility Check: Due to the complexity of original equipment manufacturer (OEM) parts' models and batches, there may be instances where this product is incompatible.

Upon receiving this product, please compare it with the OEM specifications to ensure compatibility before installation.

Torque Specifications: Install this product strictly according to the torque values specified in the OEM parts manual.Installation Issues: If you encounter any discrepancies with the OEM specifications or face difficulties at the initial stage of installation, stop immediately and contact customer service for assistance with returns or exchanges.

No Forced Installation: Do not force installation under any circumstances.Liability: Any damages resulting from forced installation or unauthorized modifications of this product (or its components) will be the sole responsibility of the buyer.

All products are photographed to accurately represent the colors you will see upon receipt.

Due to differences in lighting, angles, or screen settings, slight color variations may occur.

The actual product should be considered the standard.For "colored" and "blue" products, the coloring process may result in uneven color distribution, making each product unique.