Meinl Sonic Energy 15" Rain Disk – Fibonacci Carving RDO15F

Meinl Sonic Energy 15" Rain Disk – Fibonacci Carving RDO15F A 15″ rain disk designed to recreate flowing ocean-like textures through gentle rotational movement, producing immersive ambient sound for meditation, relaxation, and sound therapy environments. Constructed from Black Walnut and MDF with a Fibonacci-inspired carved surface, this lightweight instrument creates soft, evolving water-like resonance as the internal elements move across the disk. By slowly rotating the instrument with both hands, layered streams of sound emerge with smooth, immersive movement and extended sustain. The larger 15″ format provides broader tonal movement and deeper ambient resonance, making it especially suited to immersive sound environments, sound baths, and meditative sound exploration. Sound & Use The rain disk produces soft cascading textures reminiscent of ocean movement and flowing water, with smooth sustain and evolving harmonic movement. Its larger diameter supports fuller resonance and increased ambient depth. Suitable for: Meditation and mindfulness practice Sound therapy and relaxation sessions Ambient and immersive soundscapes Wellness and studio environments Build & Feel The carved Black Walnut surface provides a natural tactile feel while maintaining lightweight handling and smooth rotational movement. The included wooden stand allows the instrument to be displayed when not in use. Why Choose This Rain Disk Creates flowing ocean-like sound textures Larger 15″ format for deeper resonance and sustain Lightweight and easy to play Meditative rotational playing experience Includes wooden display stand and soft carry bag Instrument Details 15″ rain disk (38.1 cm diameter) Fibonacci-inspired carved surface design Creates soft ocean-like cascading resonance Material: Black Walnut and MDF Lightweight construction Includes soft bag Includes wooden stand SKU: RDO15F Explore Sound Part of the Meinl Sonic Energy range, designed for immersive tonal environments and mindful sound exploration.