TAPER HANDLEBAR KX HIGH, FIR TH-07-28.6 6061, RED
FIR tapered handlebars are manufactured from high-grade T6 aluminum, offering a lightweight yet strong and durable construction. They feature a textured grip area to prevent slippage. The handlebars have a hard-wearing anodized surface treatment for corrosion resistance and a stylish appearance. Available in multiple anodized finishes including red, silver, black, blue, and orange. This specific model is the KX High bend with part number 16-129. The handlebar diameter is 28.6mm. It measures 807mm in width (A), has 110mm of rise (B), 85mm of clamp area (C), 205mm of sweep (D), and 67mm of pullback (E).
- SKU
- 16-129.RD
- Brand
- Factory Image Racing
- Availability
- In Stock (23)
FULL DESCRIPTION
FIR KX High Tapered Handlebar 28.6mm - Red
High-Quality Construction and Design
These FIR tapered handlebars are expertly crafted from high-grade T6 aluminum, offering a superior combination of lightweight construction, exceptional strength, and lasting durability. Designed for performance and rider comfort, they feature a textured grip area to ensure your grips remain securely in place, preventing slippage and twisting during intense riding sessions.
Key Features:
- Manufactured from high-grade T6 aluminum.
- Engineered for ultimate durability and strength.
- Lightweight design for improved handling.
- Features a textured grip area for secure grip mounting.
- Finished with a hard-wearing, anodized surface treatment for corrosion resistance and lasting style.
Stylish and Durable Finishes
The anodized surface treatment not only enhances the handlebar's resistance to corrosion but also maintains its stylish appearance over time. These handlebars are available in a range of vibrant anodized finishes, including:
- Silver
- Black
- Red
- Blue
- Orange
Versatile Bend Options
FIR offers a wide selection of 14 different bends for their tapered handlebars, allowing you to find the perfect fit for your riding style and preferences. This particular model is the KX High bend, a popular choice known for its specific geometry.
