• WARP-RESISTANT COMPOSITE CONSTRUCTION: Built with Straightline Composite Warp Resistant Technology to maintain long-term straightness—ideal for consistent, low-maintenance play in any environment.
• MODERN MATTE BLACK FINISH: Sleek, all-black design offers a bold, modern look that stands out on the table—paired with performance-focused materials for a clean, professional feel.
• 2-PIECE DESIGN FOR EASY TRANSPORT: Convenient two-piece construction with a solid 20mm stainless steel joint for quick setup, breakdown, and secure fit—perfect for league nights or on-the-go play.
• NON-SLIP MICROTAC GRIP HANDLE: Features a tacky, MicroTac-coated grip for enhanced control, reduced slip, and confident stroke execution—even during extended play.
• 13MM LEATHER TIP WITH BLACK FERRULE: Equipped with a precision 13mm leather tip and black composite ferrule for accurate cue ball contact, solid feedback, and long-lasting performance.
• STABLE, BALANCED PERFORMANCE: Designed for smooth, reliable cue action with balanced weight distribution—great for beginner to intermediate players refining their game.
• RUBBER BUMPER FOR CUE PROTECTION: Custom rubber bumper absorbs shock and prevents damage to the cue butt—perfect for protecting your gear during transport or storage.
• BUILT FOR RECREATIONAL & LEAGUE PLAYERS: A high-performance cue built for casual competition, practice, or game room play—offering durability, style, and precision at an accessible price.

The Mizerak 58" Onyx Two-Piece Composite Cue is designed for high performance and durability, featuring a two-piece composite construction with Straightline Composite Warp Resistant Technology. This cue sports a sleek matte black finish, offering a modern and stylish look. It is equipped with a non-slip MicroTac coated grip, enhancing accuracy and control during play. The cue also includes a 13mm black ferrule with a leather tip for precise shots. A custom rubber bumper is added for extra protection and longevity, making this cue a reliable choice for players seeking both style and functionality.