Felix Klieser: Professional French Horn Player

I recently had the extraordinary pleasure of communicating with Felix Klieser, one of the best French Horn players in the world.  Felix kindly shared some information with me about his training and technique as a horn player who plays with his feet.

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Valerie: How did you make a stand for your instrument?  Did you try several stands before deciding on the one you use today?

Felix: When I began to play French Horn, I was five years old and not very big.  At that time, it was easy to put the instrument on the floor and play sitting down.  Naturally, I grew after a while, and the pressure I had to apply became stronger.  So, we had to think of a method to best hold up the horn.  The stand essentially has the function of holding the horn.  Nothing else.  An friend of the family who is an engineer developed and built this stand with me.  My horn is the same kind of instrument that any other horn player uses.  Therefore, the development of the stand was not especially complicated.  It was actually more complicated to build the stand so that it could collapse.  As a young boy, I played in the National Youth Orchestra and we went on extensive tours.  Especially when traveling on planes, it is a big advantage to have a collapsible stand.  

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Valerie: In this video you talk about how as a child, your tone was light.  In order to sound like you have a hand in the bell, you have to make compensations.  How do you do this?  

Felix:  Normally, a horn player always has a hand in the bell.  That has a historical background.  By putting a hand in the bell, the player makes a tone that is somewhat darker and more indirect.  When you don’t have a hand in the bell, you have to make it sound like you do.  A horn player has many ways to influence the sound.  For example, the position of the tongue, the speed of the airstream, or the tightness of the lips.  It took many years until my sound was the same as a horn player with a hand in the bell.  Since no teacher could give me these techniques, I had to try out almost everything myself and practice until it worked.  That was not always easy, but the work was always very satisfying.  I still work on my tone, and I suspect that my work will never end.  There is always something to improve.

Valerie: Are there any other techniques that you use that are different to most horn players?

Felix: No.  If you want to be a horn player, you have to practice a lot.  That is true no matter how many limbs you have.  And since the instrument is the same for everyone, everyone has to struggle with the same difficulties.  

Valerie: Was there a particular teacher who had an influence on you?

Felix:  I studied at the University of Music and Drama in Hannover, Germany, with the Finnish Professor Markus Maskuniitty.  Naturally, he had the biggest influence on me and my playing.  But I also visited many masterclasses, for example, one with the legendary Peter Damm, and so many others.  However, it is not only teachers who are influential.  I have many contacts with other horn players and colleagues, and you can learn a lot by listening to them.  

Valerie: Are you naturally left-footed?

Felix:  Yeah, I can score goals best with my left foot.

Valerie: What are your upcoming performance and recording plans?

Felix:  I have many plans for the future.  Now, it is summer.  That is always festival time.  I’m especially excited about my debut at the Menuhin Festival in Gstaad in Switzerland.  I am playing Mozart’s second and third horn concertos with the festival orchestra there.  In December, I am playing my first concert at the new Elbphilharmonie Hamburg.  For that, I searched for a very special program: pieces for horn and string quartet.  Among other things, the program includes the Mozart Horn Quintett and Beethoven’s Sextet for 2 Horns and String Quartet, which I will play with the horn player Sarah Willis from the Berlin Philharmonic.

In September, my third album will be released.  It features horn trios, and I worked with the pianist Herbert Schuch and the violinist Andrej Bielow.  Among other pieces, we recorded the famous horn trio by Johannes Brahms.  So my life won’t be boring!

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Felix’s first two albums are absolutely beautiful.  Order them here.

For any German speakers out there, Felix has an autobiography titled Fußnoten (Footnotes).  You can find it here.

I wish Felix the best of luck with his blossoming career.  If he ever does a tour in the United States, you can bet that I’ll be there!

 

Wrap It Up!

Some solutions require engineering design and specialists, yet others require nothing more than a trip to the local pharmacy.  In this post, I’d like to share a few adaptations made with Self-Adhesive Bandage Wrap.

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This material is reusable, it sticks to itself, it grips well, and it costs about $4 per package.  Not bad for prototype material!

When I was an undergraduate music education student, I took a Percussion Methods class.  Even though I am perfectly capable of holding a snare stick in my right hand, I decided to wrap the stick to my hand.  As such, my fingers didn’t need to squeeze so tightly.  My hand didn’t get tired, and I was able to have the loose, flexible grip I needed to try double stroke rolls and other rudiments.  

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This kind of wrap works for individuals missing a hand, as well.  

Mallet Adaptation

Granted, this solution is probably a temporary fix.  Advanced percussionists missing hands often use more high-tech prosthetic devices.  Bandage wrap can be a simple first solution, and therefore I strongly advocate that students missing a hand play with two mallets in elementary music classrooms.  

What else can you do with self-adhesive bandages?  I recently dusted off my violin.  I never used a bow adaptation, but I am wondering if I would have a better bow grip if the frog was wrapped.  Would a comfortable, grippy surface work better for me?  I’ll keep experimenting!

Possibilities

We are living in a time of Maker Faires, 3D printers, and customized products.  It is time for more affordable soprano recorder adaptations!  

For me, a successful recorder adaptation must meet the following criteria:

  1. The instrument tone quality and intonation must be excellent.
  2. The adaptation must work for people with a variety of physical differences.
  3. The adaptation must be affordable enough for an elementary music student.

Bottom Cluster

Over the past year, I worked with engineers in California to design an adaptation.  While the project did not advance as far as I had hoped, I think their three-key cluster design is an excellent start.  The cluster can be operated by one finger (or one limb, or two fingers) and the key layout allows for easy transitions between key combinations.

 

 

 

 

This design is geared towards those who have one unaffected hand and one hand with a limb difference.  The unaffected hand would go on top and cover the thumb hole and the first four holes of the recorder.

Recorder Adaptation Graphic 2

As it turns out, some third graders’ pinky fingers are too short to cover the fourth hole.  What if there was a key over the fourth hole to bring it closer to the third hole?  What about adding a key over the third hole so that the third and fourth holes could potentially be operated by one finger?

 

 

 

 

I have talked with many music teachers about recorder adaptations, and many wonder if  the adaptations would help those with cerebral palsy, poor fine motor skills, and other physical disabilities.  I think it is likely that these students would benefit from holes over all of the keys, not just the bottom ones.  Here is a potential keyed recorder set-up:

Recorder Adaptation Graphic 3

I will be doing research to find people and organizations interested in working with me to create another recorder adaptation.  If you know of an instrument maker or an engineer with a background in music who might be interested, please let me know!

If you can’t find a way, you can make one instead!

During the past decade, 3D printing has become much more mainstream.  As a result, it is getting easier for people with disabilities to prototype and create customized adaptations.   

Check out Max, a young drummer:  

 

Max’s dad, Rich Lehrer, teaches technology at the Brookwood School.  His students create solutions to real life problems.  Both Rich and his students have created adaptations for Max.  Even Max is getting into engineering!

How do they design these adaptations?  Tinkercad.

Tinkercad is a free, user-friendly platform that allows anyone to become an engineer.  You can find resources online to learn how to use the program or you can learn through the experience of making something.  Try it!  

Rich and I hope to make a problem bank of musical instrument adaptations that can be created with 3D printing.  What would you like to see invented?