The Great Highland Bagpipes are not among the world’s easiest to manage instruments. Unlike walking around with a harmonica in your pocket or with a guitar slung over your shoulder, the bagpipes are heavy, require assembly, and tend to splay out like a dying octopus when not handled by an expert. The intimidating nature of the instrument unfortunately means that many are afraid to even give it a try.
Many people when beginning to learn the bagpipe start by using something called a ‘chanter,’ which is a single component of the bagpipe roughly the shape and size of a soprano recorder. In addition, for those already skilled pipers, a practice chanter can allow for a less exhausting practice and the ability to transport the instrument easily when necessary.
Thingiverse contributor Christopher Beer (aka Kakadu), of Switzerland, has recently added a version of the practice chanter that can be 3D printed, with the exception of the reed. In an interview with 3DPrint.com he explained the nature of his process:
“The first thing I did was to use SolidWorks draw the whole chanter how I liked it with the distances between the holes marked out. The maximum height my 3D printer can print is 150mm and because of that I split the chanter into five different pieces. After printing, I glued the two main parts together and stabilized it with O-rings. I printed four versions before I had the desired result. The problems were mostly over-hangs and the small areas of the first layer, so I had to adapt something each time.”
Beer had made a practice chanter for the first time five years earlier as part of his apprenticeship. That chanter was modeled on a practice chanter he had purchased and was created using a lathe machine.
“Surprisingly, the chanter I made sounded really great and so I started to always practice on it,” Beer told us. “After I finally had a 3D printer, I wanted to see if it would be possible to print another practice chanter that also sounded great. It was also important to me to create one in such a way that it was easy to print for anybody who wants to play the bagpipes.”
The final version took five hours to print and Beer is hoping to be able to create a version in which the reed is also printed so it doesn’t require purchase. Currently, when not studying for his Bachelors in micro and medical technology, he resides in Switzerland where is a member of a traditional Scottish band.
The time may have finally come for the maker movement to have an official musical instrument and I think I’d cast my vote in favor of Beer’s 3D printed chanter. Would you? Fill us in on your thoughts in the 3D Printed Practice Bagpipe Chanter forum thread over at 3DPB.com. Listen to it in action in the video below.
Subscribe to Our Email Newsletter
Stay up-to-date on all the latest news from the 3D printing industry and receive information and offers from third party vendors.
You May Also Like
Insights from the Frontline: Key Takeaways from the AMS 2024 CEO Panel
At the 2024 Additive Manufacturing Strategies (AMS) event in New York City, a panel of sector CEOs took the stage, transforming what could have been just another industry talk into...
Desktop Metal Partners with Cantor Fitzgerald for $75M Stock Sale
Desktop Metal (NYSE: DM) has recently made significant moves in its paperwork with the U.S. Securities and Exchange Commission (SEC), sparking a bit of curiosity about its next steps. Just...
3DPOD Episode 187: Medical and Industrial 3D Printing with Jeremy Pullin, Head of AM at Sartorius Group
Jeremy Pullin, an additive manufacturing (AM) veteran with decades of experience, is currently at the leading medical firm, Sartorius Group. He has been instrumental in setting up engineering centers and...
3D Printing Unpeeled: Gradient Electronics, Navigational Aids and CORE Business
The US Coast Guard spends around $20 million a year repairing navigational aids. Now the USCG’s Shore Infrastructure Logistics Center’s Waterways Operations Product Line (SILC-WOPL) and the Command, Control, Communications,...
Upload your 3D Models and get them printed quickly and efficiently.