This is NOT a Piano

In our effort to push the boundaries of acoustic immersion, we decided to run an experiment that resulted in a beautiful library: This is NOT a Piano.

With the massive amount of Pianos and Sound Design libraries out there, we tried an combine the two concepts, but this time, in a reversed way: What if instead of preparing a Piano and then doing some Sound Design with its sound, we designed some sound, and then played it THROUGH the Piano so as to record its resonance?

'This is NOT a Piano' comes packed with detailed we paid so much attention to, just to deliver the most NOT realistic sounds:

'Keystroke' samples in case you want to feel as if you were playing a Piano (although you aren't).

Pedal Down resonances so that when you press the Sustain Pedal, the sound spreads just like in a real Piano (although it isn't.).

'Sustains' and 'Pedal-Down' sustains are completely independent so you can go crazy layering and combining multiple Articulations.

You can also let the Pedal-Down articulation 'always on' as we organised our layered engine to suit all the possibilities.

Everything was recorded and mixed both in Ambisonics and Stereo, so you can have so much detail in the sound's immersion, you'll experience music to another level.

'This is NOT a Piano' is available at audiobrewers.com

The development Phases

Sound Design:

• The first part of our epic journey was to design 20 Articulations that would play through the body of a Piano, but our idea was to EXPERIMENT and experience sounds in original ways, so we focused on creating a wide variety of sounds so as to experience how the Piano's resonance would behave from corner.
• Additionally, because exciting higher frequencies on a Piano can be challenging, the designed sounds with a lot of frequency richness so as to be able to quite cover the whole frequency range of the soundboard.
• Finally, we partnered with our friends from 'Cinematic Alpha', where they helped us create amazing sounds thanks to their DOVInst technology used for approaching instruments' sounds created 'from scratch'.

Recording:

• Just the way we love it: Difficult.
• Next step was about transferring all the created sounds to the Soundboard of the piano to record its behaviour when the sounds made it vibrate.
• So we 'prepared' our Piano in a very original way: How would it make it sound? Let's fill it with monitors.
• We placed a small monitor on its base (turned towards it), two full sized monitors looking right at the strings and two full-sized monitors pointing right at the wooden body.
• Then we filled the piano with speakers, including two Ambisonics, 4x414 and 4xC451B.

SPECS:

• Recorded, mixed and delivered in Ambisonics and Stereo.
• 20 Tailor-made Articulations.
• Patches come as Sustains, Reversed and Loops.
• Layer's engine offers control and blend of Sustains and Pedal Down samples.
• Pristine 24-bit / 48kHz resolution.
• Stereo + Ambisonics: 104GB compressed to 39GB (lossless). Over 10.500 samples.