MetaPiano introduces a groundbreaking approach to virtual piano instruments through spectral modeling, delivering an exceptionally realistic sound experience in a remarkably compact size. Developed from high-quality recordings of a Japanese Concert Grand Piano, this instrument uses advanced mathematical algorithms to recreate the piano's rich timbre with impressive authenticity. Despite its detailed sound profile, MetaPiano requires only 60MB of storage, making it lightweight and easy to share or integrate into any production setup.

The creation of MetaPiano involved meticulous recording sessions in a quiet studio environment, capturing every subtle nuance of the piano's sound using top-tier microphones and preamps. These recordings were then analyzed using proprietary algorithms, which deconstructed the audio into multiple timbre components such as hammer noise, key release, and resonance. This spectral data is reassembled in real time during playback, ensuring that each note retains its natural decay without relying on looping or velocity switching, resulting in an organic and warm sound that closely mirrors the original instrument.

MetaPiano operates with low CPU usage and offers a noiseless performance, allowing producers to layer numerous tracks without audio degradation. The instrument includes controls for ambient reverb, mechanical noise levels, release sounds, and dynamic velocity adjustment to enhance expression. Compatible with both MacOS and Windows platforms as a standalone app or plugin, MetaPiano supports VST3 and AU formats, providing flexible integration into various digital audio workstations. Its efficient design and detailed sound make it an ideal choice for musicians seeking a high-quality piano sound without demanding system resources.