Unicorn Drone Tune
Unicorn Drone Tune
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This marvelous instrument grabs the stage! It contains two spiraling telescopic flutes in one. The individual flutes can be fine tuned by gently pulling on them and extending them/lowering their pitch. The produced sound is captivating and the design something to marvell at!
- D Major scale (slightly fine tunable)
- One octave range
Printing Settings
This model comes with multiple tolerance options. If the standard version fails to print properly, use a version with a larger tolerance value.
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I rarely pay for 3D models, but when I saw this I had to have it. It printed perfectly the first try, getting the second telescope into the flute was a little difficult but I managed eventually. Even with very little practise it sounds great!
I tried several types of filament and different settings and could not get this print to work. It failed during the last 20 minutes of printing each time. I have a flash forge 3D printer.
Oh my - sorry to hear about your experience... Could you please elaborate on what went wrong with the final layers? Did the parts come off the build plate?
Easy to print and great model. There is some challenge playing with consistent volume. Could be my print or inexperience, but worth noting in case I’m not the the only one impacted. Will keep an eye out for any potential new redesigns that may acct for the weak/inconsistent tone, primarily of the flute portion.
I can see a lot of work was put into the model, still kinda steep for a 3mf though, and both times I printed it, the cap on one side was looser than the other side. The mesh support was kinda a pain to remove, and I really don't expect a debossed logo stamped into a model I paid a premium price for.
Took way too many trys with different type of filament no idea which stl file to use since there's 4 to 5 different options lucky to barley get 1 right with a flashforge 5m
I'm sorry to hear about your experience. The different stl's where to increased tolerance in the model - in case the default version comes out too tight. I tried explaining this and the file naming in the included readme file.