Help more students stay with music

An instrument designed to make music easier to understand and more rewarding to learn.

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Problem

When learning music becomes frustrating, students stop

Student retention is a major challenge in music education.
Understanding what helps students stay may be part of the solution.

50% of students quit

music lessons before they turn 17, making retention a major challenge

Perceived competence

is the single best predictor of whether a student stays motivated or quits

Isomorphic layouts

improve performance by 40–57%, supporting more intuitive learning

Product

One Shape. Instead of twelve

On ammonite, musical relationships keep the same physical pattern in every key.

C Major

Traditional Piano

The physical shape breaks and changes
every time you change key.

Traditional Piano

The physical shape breaks and changes
every time you change key.

Traditional Piano

The physical shape breaks and changes
every time you change key.

ammonite

The physical shape stays perfectly identical.
Transposition is just rotation.

ammonite

The physical shape stays perfectly identical.
Transposition is just rotation.

ammonite

The physical shape stays perfectly identical.
Transposition is just rotation.

About Us

Rethinking the instrument from the inside out

ammonite instruments was founded in Aachen by a team combining music, product design, business, and hardware engineering. We started with a simple question: What if an instrument’s layout were designed around the human brain and musical relationships, rather than inherited from centuries-old mechanical constraints?