Premium Birdseye Maple & Ebony Alloy 3/4 Jointed Snooker Cue for Professionals and Enthusiasts #T94AOY31

Elevate Your Game with the MARK RICHARD Alloy Badge Series

Built for Australian players who appreciate quality craftsmanship and dependable performance, the MARK RICHARD Alloy Badge Series combines traditional cue-making with modern engineering. Whether you're playing at your local snooker club, RSL, or competing in weekend tournaments, this 58-inch 3/4 jointed cue delivers the confidence and consistency serious players expect.

Premium Materials, Professional Feel

• Shaft: Selected 5A North American ash for excellent straightness and smooth cueing.
• Butt: Hand-spliced Gabon ebony with Birdseye maple veneers for a distinctive, premium finish.
• Alloy Ferrule: Designed to offer the familiar feel of traditional brass while providing enhanced durability and long-term consistency.

Built for Accurate Cue Ball Control

The advanced alloy construction helps minimise cue ball deflection, making positional play more predictable and improving overall shot-making confidence. The 3/4 joint design provides a solid playing feel while remaining easy to transport.

Customise Your Cue

• Upgrade to an ELK Master Tip for improved grip and cue ball control.
• Choose your preferred weight between 18oz and 19.5oz.
• Select from a range of cue case options, including luxury upgrades.

Specifications

• Length: 58" (147cm)
• Tip: 9.5mm MR Hard Tip (pre-shaped and pre-scuffed)
• Shaft: 5A North American Ash
• Ferrule: Precision Alloy
• Joint: Precision-engineered Alloy Collar
• Weight: 18–19.5oz

Frequently Asked Questions

Is this cue suitable for league competition?
Absolutely. The Alloy Badge Series is ideal for club competition, league matches, and serious practice sessions.

Why choose an alloy ferrule?
It offers excellent durability while maintaining the crisp feedback many players enjoy from traditional brass ferrules.

Can I add an extension later?
Yes. The cue is fully compatible with MARK RICHARD mini-butt and extension systems.