• Aluminum 6061
• Customizable
• Upgrade your braking
• For 3.94″ (100MM) brake caliper
• Plug-and-play

Unleash Braking Performance and Personalized Style: Upgraded Fork Legs for Radial Calipers

Transform your motorcycle’s stopping power and visual appeal with our premium fork legs designed to accommodate radial calipers (3.94″ / 100mm spacing). Crafted from high-strength aluminum, these fork legs offer unparalleled performance and durability, ensuring precise control and confident braking.

Uncompromising Performance:

• Radial Caliper Compatibility: Optimized for radial calipers with 3.94″ ( 100mm ) spacing, delivering superior braking force and feel compared to traditional calipers.
• Enhanced Braking Control: Experience a significant improvement in braking power and responsiveness, allowing for shorter stopping distances and increased confidence on the road.
• Rigid Construction: Manufactured from top-quality materials to ensure exceptional rigidity and stability, even under hard braking scenarios.

Unleash Your Inner Designer:

• Customizable Color Options: Make a statement and match your motorcycle’s unique style with your choice of five stunning colors: classic black, vibrant red, luxurious gold, sleek blue, or bold bronze. (Please specify your desired color during checkout.)
• Effortless Personalization: Transform the look of your motorcycle with a simple swap, adding a touch of personality that reflects your riding style.
  The Perfect Upgrade:

Whether you’re a performance enthusiast or a style-conscious rider, these upgraded fork legs are the ideal solution. Experience the thrill of improved braking and create a motorcycle that’s as unique as you are.

Included with this product:

1. 2 Fork Led
2. Cover

Installation:

The product is plug-and-play for Lower Rider ST and S

Availability:

Due to its unique, handcrafted aluminum construction, this exclusive fork leg is made to order and typically takes 610 weeks to produce.

Please note:

Professional installation is recommended to ensure proper fitment and function.