TiNE Ultra-Light Titanium PINARELLO MOST TALON Ultra 3D Printed Computer Mount | Hollow High-Strength Design

TiNE Ultra-Light Titanium Bike Computer Mount | Aerospace-Grade TC4 Titanium | High-Strength Hollow Design

Built around low weight, strength and cockpit integration, TiNE Ultra-Light Titanium Bike Computer Mount, combines advanced manufacturing with a distinctive performance-focused appearance. Created for cyclists prioritizing ultra-light performance, this computer mount is built from aerospace-grade TC4 titanium alloy, retaining high strength and durability while keeping weight exceptionally low. By utilizing advanced 3D printing technology, TiNE has achieved a geometry that conventional CNC machining cannot easily reproduce—a fully hollow structure with wall thickness down to 1mm, reducing unnecessary material while retaining structural strength.

Hollow Structure & Visual Design

The hollowed-out design of this mount sets a new aesthetic standard in the cycling world, while removing unnecessary material to keep mass extremely low. Its open structure adds a modern, performance-oriented visual character to the cockpit. It suits riders who care about both visual detail and functional weight savings.

3D-Printed Construction

Produced using state-of-the-art 3D printing technology, the TiNE mount offers the ultimate in customization and flexibility. This manufacturing method enables precise geometry and fitment, ensuring that every mount is tailor-made to fit various bike handlebar specifications. Across mountain, road and city-bike applications, TiNE provides options for all types, giving you the ability to find the perfect fit or even request custom modifications Based on your specific needs.

Compatibility & Fitment

The TiNE mount is designed to accommodate a wide range of one-piece handlebars, covering all major types and models, including:

• Colnago CCO1
• Darimo Nexum
• EXS Aerover
• Scott Foil RC (2023)
• Most Talon Ultra
• Roval Rapide
• Specialized handlebars like Tarmac, Venge, Roubaix
• Trek Madone Gen 6
• Birdy Avain one-piece handlebars

Additionally, this mount supports popular bike computers such as Garmin, Bryton, and Wahoo, giving riders broad device compatibility without giving up performance.

Ultra-Light Performance

At only 11.5g to 14.9g, the TiNE mount falls into an extremely low-weight range. Even at this low mass, the structure is designed to retain strength and dependable support, ensuring it can withstand the rigors of any ride. The low mass is intended for builds where every gram matters.

Accessory Support & Custom Options

The TiNE mount is supplied with GoPro and light mounts, allowing lights and action-camera accessories to be mounted below the computer. It supports bike computers with Length up to 90mm and weights no more than 99g. Longer versions can be requested for larger computer setups, ensuring flexibility and adaptability to meet your specific riding requirements.

Installation & Torque Guidance

Installation uses a direct and secure mounting method. The mount is attached using M4 screws with 2.5Nm torque or M5 screws with 4Nm torque, ensuring a tight fit on your bike's handlebars. A torque wrench is strongly recommended so the specified tightening values can be followed accurately. If you wish to install a lower mount for accessories such as a GoPro or light, attach it before installing the TiNE mount to the handlebars.

Use & Safety Notes

For long-term performance and service life of the TiNE Ultra-Light Titanium Bike Computer Mount, follow the usage guidance below:

• Avoid riding on unpaved roads or engaging in high-impact cycling. If you encounter bumpy terrain, reduce speed immediately until you pass the obstacle to prevent excessive stress on the mount.
• Use a lanyard to secure your bike computer as an added safety measure against potential drops during extreme conditions.
• For proper installation, always use a torque wrench to ensure that the screws are tightened to the recommended torque settings.

This TiNE mount combines titanium construction, 3D-printed geometry and an ultra-light design for performance-focused cycling builds. For racing, fast training or lightweight custom builds, the design focuses on low weight, structural support and configurable fitment.