User-friendly Whisky No.9 Mountain Carbon Handlebar - 35.0 40mm Rise 800mm Holiday Cheer Edition [7njIiz5O]

Superior Trail Riding with WHISKY No.9 Carbon Handlebar

Experience the epitome of trail riding with the WHISKY No.9 Mountain Carbon Handlebar. This handlebar is meticulously designed to meet the demands of extreme off-road conditions, offering both precision and comfort. Crafted from unidirectional carbon fiber, the handlebar is lightweight yet incredibly strong, ensuring durability for all your adventures. With its 35.0mm stem clamp and 40mm rise, you'll enjoy a stable and responsive ride, perfect for tackling the toughest trails with confidence.

• Unidirectional carbon fiber construction
• Trimmable ends for easy adjustments

Key Features and Specifications

The WHISKY No.9 Mountain Carbon Handlebar is packed with features that elevate your riding experience. It is rated to ASTM Condition 4, making it ideal for extreme off-road riding. The oversized stem clamp provides increased front-end stiffness, allowing for precise input and control. The carbon construction not only contributes to the handlebar's lightweight nature but also offers vibration dampening, ensuring a smoother ride even on the bumpiest terrain. Here are the specifications that set it apart:

• Carbon material for lightweight and durability
• 35mm stem clamp diameter
• 800mm width for optimal control

Unmatched Performance on the Trail

The WHISKY No.9 Mountain Carbon Handlebar is more than just a piece of equipment; it's a testament to innovation and quality. Whether you're tackling rugged terrain or carving through singletrack, this handlebar delivers the performance you need. The 40mm rise and 8-degree back sweep provide a comfortable riding position, while the trimmable ends allow for personalized fit. With its attention to detail and focus on performance, the WHISKY No.9 is a must-have for any trail rider looking to take their riding to the next level.

• Rated to ASTM Condition 4 for extreme off-road riding
• Enhanced front-end stiffness for precise input