The Kawai K-15 ATX3 is the entry-level model in the series of ATX models. The piano is characterized by a warm, mellow sound. The Ultra Responsive Action keyboard built into the piano ensures high precision and reliability. The soundboard of the K-15 ATX3 is made of solid spruce with even grain, is asymmetrically arched and scientifically tested. The AnyTimeX3 model is equipped with a mute function for the acoustic part of the piano and high-quality digital piano technology. This allows you to enjoy the feel of a traditional piano at any time, and not disturb anyone else by using headphones.
The Kawai K-15 ATX3 features the Ultra responsive action keyboard, which combines material strength and stability for high reliability. The hammer heads of the keyboard are pressed from 100% premium wool. The action bar and the hammer fallback are constructed of aluminum. This keeps the action of the piano resistant to climatic influences such as changes in temperature and humidity.
The very high quality sounds of the Kawai SK-EX and EX concert grand pianos are the heart of the Kawai K-15 ATX3L. All 88 keys have been carefully recorded and precisely analyzed. When played on the instrument, the recordings are faithfully reproduced - through Harmonic Imaging™ technology. The individual recording of each key guarantees a natural sound image with the respective character of the original SK-EX respectively EX concert grand piano.
When the piano's acoustic components are muted, the KAWAI K-15E utilizes unique digital technology developed at the Shigeru Kawai Research and Development Laboratory in Ryuyo, Japan, where the KAWAI SK-EX and EX concert grand pianos are also handcrafted. In an anechoic recording room, free of audio reflections, the full and balanced sound of a KAWAI SK-EX and EX concert grand piano was recorded by renowned sampling specialists from around the world. In addition to the realistic acoustic piano sounds, the piano features a selection of other sounds, such as eg. Thanks to the integrated reverb effects, it is possible to simulate different acoustic environments.