Petroglyph | Soundiron



Petroglyph | Soundiron Details
Petroglyph is a unique stone percussion library that captures the raw, elemental sounds of pre-Columbian artifacts from North America. This collection features authentic primitive stone tools, weapons, and objects made from obsidian, slate, flint, granite, and more. Petroglyph delivers a powerful and organic percussive experience, offering a fresh alternative to traditional drums and electronic percussion. Whether you're creating cinematic scores, ambient textures, or experimental beats, this library provides an inspiring palette of primal sounds.
Â
Key Features of Petroglyph:
- Authentic Ancient Sounds: Includes recordings of real stone artifacts, such as mortars, pestles, grindstones, axe heads, and arrow tips.
- Extensive Sound Library: Features 100 sound sets with 8-10 round-robin variations per velocity layer.
- Versatile Applications: Use for percussion, electronic beats, sound effects, or game audio.
- Custom Kontakt Interface: Offers attack/release controls, transient shaping, dynamic swelling, and filter selection.
- Powerful Arpeggiator: Create dynamic rhythmic sequences with step sequencer and custom pattern options.
- Built-In Effects: Includes convolution reverb with unique spaces like cathedrals, tunnels, and bunkers.
- High-Quality Audio: 24-bit / 48kHz uncompressed WAV samples for pristine sound.
Â
Example Use Cases of Petroglyph:
- Film & Game Composers: Add organic, prehistoric percussion to adventure, fantasy, and historical soundtracks.
- Music Producers: Integrate raw stone percussion into ambient, tribal, and experimental music.
- Sound Designers: Craft unique sound effects for cinematic and interactive media.
- Electronic Musicians: Use ancient textures as unconventional drum and rhythm elements.
Â
Why Choose Petroglyph?
Petroglyph brings history to life by transforming ancient artifacts into modern musical tools. With its deep sonic character, flexible controls, and high-quality recordings, this library is a must-have for anyone looking to explore the primal roots of rhythm.