I haven't owned one.
I just hated it for its hefty price tag. But I guess that's what status symbols are for. It's just some god damn rubber domes with springs beneath it. I'm really curious on why it reaches that certain price. Also, if you have a huge collection of keycaps for MX switches - it gives you the hassle to customize or buy other key caps just to put some bling on your topre keyboard.
Other than that - I just love its aesthetics
I just wish that there's a keyboard with cherry switches that has this kind of layout. I'll definitely buy one.
I know you are new to GH, but really, you should try to understand Topre switches before commenting negatively on them. I don't mean any disrespect to you. But, I would be doing you a disservice if I didn't point your fundamental misunderstanding of Topre switches.
[I've given this answer before, but since you've obviously never seen it before, I'll cut and paste it here:]
Topre switches are not rubber dome switches. They are instead electrostatic capacitance switches, which is a superior technology to rubber domes. Rubber domes use physical contact to make an electrical contact. An electrostatic capacitive switch does not use physical contact of metal parts to make the electrical connection, instead the electrical connection is made by capacitance. Capacitance is the ability of a system to store an electric charge.
Topre capacitive switches do not physically complete an electric circuit like most other keyboard technologies, including rubber domes and Cherry MX switches. Instead, electric current constantly flows through all parts of the key matrix. Each key is spring-loaded and has a tiny plate attached to the bottom of it. When you press a key, you do the work of moving the tiny top plate closer to the larger plate below it. As the gap between the two plates decreases, the capacitance increases, and the amount of current flowing through the matrix changes. The micro-processor in the keyboard detects the change in voltage and interprets it as a key press for that location.
Because there is no physical contact, capacitive switch keyboards have a longer life than any other mechanical keyboard. Also, capacitive switch keyboards do not have problems with signal bounce since the two surfaces never come into physical contact. Signal bounce is a real problem if you want an electronic circuit with fast response time. Signal bounce (or “contact bounce”) can produce very noticeable and undesired effects.