Acoustic Percussion GB4 Roller Gong Mallets

Acoustic Percussion GB4 Roller Gong Mallets are precision-crafted tools designed for smooth, even rolling tones and dramatic crescendos on medium to large tam‑tams and gongs. Sold in pairs, these rollers are medium-soft in hardness and ideal for continuous swells or sustained ambiance.

Elegant Rolling Performance

The GB4 Roller Mallets feature a medium-weight design that allows for fast, consistent rolling, producing seamless sound transitions. Whether you’re creating a gentle crescendo or a full swell, these mallets maintain tonal clarity and control.

Quality Build & Responsive Feel

Each mallet weighs approximately 230 g and measures 40 cm in length, making them comfortable and easy to manage. Constructed with durable maple shafts and soft heads, they deliver warm, resonant tone without fatigue during long playing sessions.

Versatile & Durable

These mallets perform beautifully on a variety of percussion surfaces, from mid-sized tam‑tams to large gongs. Their roller-style grip and medium-soft resilience make them equally suitable for sonic healing, studio work, orchestral settings, and educational use.

Key Features

• Medium-soft hardness—ideal for expressive rolls and swells
• Head diameter approx. 8 cm for warm, full tone
• 230 g weight and 40 cm length for balanced control
• Pair of rollers crafted for tonal consistency

Perfect For

• Sound therapists and gong bath facilitators building immersive soundscapes
• Concert percussionists requiring clean rolls or crescendos
• Studio artists layering ambient textures and tonal depth
• Music educators demonstrating percussion techniques and dynamics

More Accessories

Explore compatible tools in our Gong Mallets collection.

Official Brand Site

For additional product information and the full range of mallets:

• Acoustic Percussion Official Website

Conclusion

The Acoustic Percussion GB4 Roller Gong Mallets offer remarkable consistency, tonal warmth, and control—an excellent choice for players seeking refined rolling dynamics on tam‑tams and gongs.