PianoSens, a breakthrough electronic piano tuning device with unprecedented accuracy.

[@fasdm]

I think it's a mistake to eliminate the moving indicator (red line in Pianoscope) to get a single reading. I just spent a few hours with Pianoscope to tune my piano. The moving line guides how much adjustment is needed to get close. I found the process of piano tuning is an exercise in getting close. The "Freeze" function of Pianoscope gives the same info as your device and is adjustable through its parameters. 0.1 cents accuracy is not necessary since the people who judge professional tuners' performance accept 0.9 cents as being acceptable (which, had I known this earlier, would have taken hours off my work...piano tuning is a difficult job for people who are nitpickers for pecision.)

[@PianoSens-ey8jb]

No one recommends 'removing' the moving red indicator. The freeze indicator is a 'target' and the moving red indicator is a guide to use for adjusting the hammer in real time to get you to the freeze target of zero at the last attack.

[@davidgarnett5011]

With this device would you tune A0 to 27.5 htz? how does this compensate for the idea of stretching octaves at the upper and lower ends of the keyboard

[@PianoSens-ey8jb]

The device is best thought of as a super microphone that does not hear acoustic waves but reads string movement at the source instead. It has a frequency response from 0 Hz to 22 kHz. It has no problem reading 27.5 Hz. Your ETD software would determine how to interpret your tuning overall. The device has no bias of frequency.

[@AngeloDeAngelis748]

Mi interessa questo dispositivo ...Puoi dirmi quanto mi costerebbe?'

[@MarkLarin]

How is Pianosens different from the Freeze feature that is built into Pianoscope which (also?) shows a frozen moment in time after the strike of a hammer. It also has an indicator that reflects the rest of the sound coming from the string, which drops in pitch as time moves forward. Is Pianosens just capturing a similar (frozen) moment in time or is it doing something other? Thanks.

[@PianoSens-ey8jb]

PianoSens replaces the mic. It solves what I believe to be the biggest variance and inaccuracy: Acoustic jitter and interference. The sensor only looks at the movement of the string and does not 'hear' acoustically. The result is a very steady indicator in the app.

[@celiaschwartz3041]

My iPhone only has a port for charging I don’t see one for USB. How would that work?

[@stevennorsworthy2191]

Your iPhone has a Lightning port which is good for both charging AND for external devices. No problem.

[@smbrooksus]

Are you actually selling these devices? Planning to? I'm interested but need to know how to accomplish buying one.

[@PianoSens-ey8jb]

PianoSens.com, for sale, buy on line

[@celiaschwartz3041]

Are you marketing this somewhere?

[@PianoSens-ey8jb]

PianoSens.com

[@justaviewer111]

Will it work with Verituner?

[@PianoSens-ey8jb]

It should. I checked with Dave Carpenter and Verituner will recognize a USB interface like this.

[@NSResponder]

Just a suggestion: don't bother with trying to support Android. At my last gig, we were making a specialized camera that supported both iOS and Android, and Android sunk easily 3x the engineering effort for about 1/4 of the revenue.

[@737milehigh]

Same experience.

[@user-lh3uz1cp7y]

He doesn't have to support any particular operating system since it acts like a microphone which can be hooked up to a dedicated tuning device. I wouldn't be surprised if it's just a pickup like found in a guitar which would mean it would work with anything that has an audio input.

[@jonaskjlstad3118]

Hi want to buy but your website is not working. How can i contact you?

[@PianoSens-ey8jb]

[e-mail] , and the website should be up

[@user-lh3uz1cp7y]

If you bought it, you should do a test to see if you were manipulated into spending $600 on a sub $20 magnetic pickup like a guitar has. The test seems to confirm this on my end as the pickup works the same as the product being shown in this video.