Guidon para trotinete pro Lucky Ti Kink preto 610 mm

The Lucky Ti Kink Pro Scooter Bar is a premium titanium handlebar designed for professional scooter riders who demand strength, lightweight performance, and precision. Crafted from high-grade titanium, this bar offers an exceptional strength-to-weight ratio, making it ideal for aggressive street and park riding. With a height and width of 610mm (24 inches), it provides a balanced stance for tricks and control. The SCS (Standard Compression System) compatibility ensures a secure fit with SCS clamps and forks, while the 3-degree backsweep enhances ergonomic comfort. Finished in a sleek black powder coat with TIG welding, this bar is built to withstand the rigors of daily use.

Advantages

Lightweight titanium construction reduces overall scooter weight without sacrificing durability. The 34.9mm outer diameter (oversized) and 28.6mm inner diameter provide stiffness and compatibility with standard SCS components. The powder-coated finish resists scratches and corrosion, maintaining a clean look over time.

Suitable for

• Professional and intermediate scooter riders
• Street, park, and vert riding styles
• Riders using SCS compression systems
• Those seeking a lightweight, high-strength handlebar upgrade

Key specifications

• Material: Titanium
• Height: 610mm (24 inches)
• Width: 610mm (24 inches)
• Outer Diameter: 34.9mm (Oversized / 1 3/8")
• Inner Diameter: 28.6mm (Standard / 1 1/8")
• Compression: SCS (Standard Compression System)
• Slit: No (SCS Ready)
• Backsweep: 3 degrees
• Upsweep: 0 degrees
• Color: Black
• Weight: 0.816 kg (1.8 lbs)
• Finish: Powder Coated
• Welds: TIG Welded
• Recommended Clamp: SCS Double or Quad Clamp
• Recommended Fork: SCS Compatible Forks

Recommendations

For optimal performance, pair this bar with an SCS double or quad clamp and SCS compatible forks. Ensure proper installation and torque specifications to maintain safety and longevity. This bar is designed for riders who prioritize lightweight components without compromising strength.