Last week, we took a closer look at a flute with a C# trill and the extra part of the mechanism that was built on to the flute for the key to function. We stopped by the finishing area this week and spoke with flute finisher Cynthia Miguel Targa. Cynthia was finishing a 19.5K Powell Custom with 14K keys. The flute she was finishing also had an offset G and split-E. Much like the flute with the C# trill, the flute with the split-E had an additional part to the mechanism as well. For the split-E to function, an extra mechanism tube is added -- but this tube is hollow (you will see it in the photos below). You can tell that the tube is hollow because there are no posts at the end. Posts would have screws in them as well.
Because this particular flute has an offset G, the G keys have their own mechanism tubing complete with a rod, posts, and screws. The offset G keys must have their own mechanism rod and tubing because of their position. Since the G keys are not inline, they cannot be part of one long mechanism tube that a flute with an inline G would have. Underneath the G keys, the G# key has its own mechanism tubing and rod as well.
So, if you have an inline flute with no extra options like a C# trill or split-E, you will see two long mechanism tubes. There will also be separate tubing for the thumb keys and the G# (as mentioned). If you do have options, take a closer look -- you'll see some of the extra parts of the mechanism for yourself!
|There are two mechanism tubes on this flute -- one for the split-E, and one for the offset G.|
|Red arrow points to the split-E.|
|Red arrows point to the extra mechanism tubing for the split-E and offset G.|
|Another view of the split-E mechanism tubing (which is hollow).|
|A silver Conservatory with an inline G and no split-E for comparison. The G keys are on one long mechanism tube.|
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