I am so excited. If I knew how to put sound on here I would let you all hear it. I am not that good at playing yet, but I got it in tune.
I used 3/4 cpvc pipe and it is 21 1/16" long. It is a little hard to play with the finger stretch but it works. I will just have to learn how to stretch.
I used cpvc pipe 3/4" my whistle is 21 3/16" long and it took a little time to tune it. It sounds pretty good. I used wooden dowel and cpvc… that’s it. It is not too hard. I will get better at it over time.
I tried to video capture the whistle and put it on you tube but youtube does not recognize my server. My capturing devices are not working on my computer. I will try and use my wife’s computer tomorrow and see if I can get it on there that way.
I am really excited about learning to play and make these wonderful instruments. Just a bit aggravated at trying to put it on video for all to see. Thank you for your time…
To make my CPCV and aluminium whistles I used the description from webpage of Denis Havlena: http://www.ehhs.cmich.edu/~dhavlena/low-d.htm
There are specifications for copper low D whistle but I used them for location of the fingerholes in my whistles.
**LAYING OUT THE LOCATION OF THE THE FINGER HOLES:
(For an easier method, using a photocopier, see the appendix)
Once you have the tube of your low D copper whistle cut to
the proper length to sound a low D note, carefully measure
the distance from the mouthpiece “lip” to the right hand end
(open-end) of the instrument.
The center of the 1st hole (the hole nearest the mouthpiece) should be located 44.74% of this overall “lip” to open-end measurement.
The center of the 2nd hole should be located 52.47% of this overall “lip” to open-end measurement.
The center of the 3rd hole should be located 60.38% of this overall “lip” to open-end measurement.
The center of the 4th hole should be located 68.82% of this overall “lip” to open-end measurement.
The center of the 5th hole should be located 74.93% of this overall “lip” to open-end measurement.
The center of the 6th hole (the hole nearest the open end of this whistle) should be located 84.10% of the overall “lip” to open-end measurement.
How to convert these percentages into actual measurements:
First move the percentage’s decimal point two units to the left (ie: 44.74 becomes .4474)
Then simply multiply this number by the “lip” to open-end distance
Windway measurements: 15x7 for both whistles.**
I don’t remember the holes dimmensions becouse I sold this whistle. I drilled the holes until the pitch was good. I used Yamaha electronic tuner.
I hope it’ll help you.
Actually I don’t make whistles for sale, sorry. But in near future…(probably I’ll start in june)