Aluminum Bicycle Bar Computer Holder Front Light Bracket MTB

Main Description

Enhance your ride with the Aluminum Bicycle Bar Computer Holder Front Light Bracket MTB. This versatile, lightweight extender is built from durable aluminum alloy and designed to expand your bike’s handlebar space. Mount essential accessories—lights, odometer, smartphone holder, or horn—within easy reach so you can ride longer and safer without clutter. Available in 10 cm, 20 cm, or 30 cm lengths, it fits road and mountain bikes, providing a clean, organized cockpit for superior control. The bracket is waterproof, rust-resistant, and anodized for a smooth, premium finish, ensuring dependable performance in all weather. Anti-slip pads protect your handlebar and keep the extender firmly in place, even on rough terrain or during intense climbs. Quick and straightforward to install, you’ll be ready to hit the road or trail in minutes. Providing quality and trusted service since 2002 at intercyprus.com.

Benefits & Tips

• Space Maximization: Neatly organize lights, odometer, phone holder, and horn on a single extended bracket for quick reach and improved visibility.
• Lightweight & Durable: Aluminum alloy construction keeps weight down while withstanding daily use; waterproof and fade-resistant for lasting performance.
• Easy Installation: Designed for a quick, secure setup compatible with road and mountain bikes; anti-slip pads reduce wear and keep gear stable during rides.

Product Specifications

• Material: Aluminum Alloy
• Origin: Mainland China
• Style: Single Pole / Double Pole
• Applicable Handle Diameter: 2.2–3.18 cm
• Clamp Diameter: 10 cm
• Width: 300–400 mm
• Use: Road Bicycles, Mountain Bikes
• Model Number: Bicycle Extended Bracket
• Type: Road Handlebar / Bent Bar
• Finish: Anodized
• Colors: Available in vivid hue options (fade-resistant)

Package includes:

• Single Pole
• Bracket

Warnings / Reminders

• Note: Due to different monitor settings and lighting, item color may vary slightly from images.
• Please allow 1–2 cm measuring deviation due to manual measurement.