Which ocarina should I get first? (Choosing your first ocarina)

As a newcomer to the instrument, ocarinas can be confusing. Unlike many instruments, ocarinas are found in many shapes and sizes, and even those that look similar may play very differently. The following page gives an overview of these things to help you get started.

Finding a playable ocarina

Assuming that you are looking for a serious instrument, there are a few things that you should know. In general language, the term 'ocarina' is often used as a catch all for vessel flutes. While it can refer to serious musical instruments, it is also used for untuned whistles with no finger holes and everything in between. When you first start out, it is very important to have a well tuned, playable instrument. A bad instrument makes your job harder and may cause you to develop bad habits.

This topic is covered in extensive detail on the page Identifying playable ocarinas, but to summarise: look for a transverse ocarina, one that looks vaguely like the following image. It is best to avoid highly sculptural ocarinas at first. While ocarinas can be designed to be both artistic and playable, visually centred designs often sacrifice playability to look nice. As this is difficult to identify without experience, you are best to just avoid them altogether.

Tuning also matters a lot. Ocarinas have very unstable pitch, and you must learn to use your breath pressure to control this. If the instrument itself is also poorly tuned, you would have to compensate for that as well, making your job harder. You'd also have to unlearn these compensations when you subsequently get a well tuned ocarina. Completely untuned ocarinas are easy to identify as all of their holes will be the same size. Identifying smaller errors requires experience or measuring the breath curve, which is covered on the above page.

A good musical instrument is not a single use or short lived item. If looked after, an ocarina can easily last for hundreds of years. In fact, there are still playable ocarinas made by Giuseppe Donati in the 1800s. Getting a great quality musical instrument will last you for years and not hold you back as you develop as a player. It'll also retain its value if you don't get along with it and wish to sell.

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Multichamber or single chamber

Perhaps the most common question among newcomers to the ocarina is whether to get a single chamber ocarina or multichamber. There are actually pros and cons to both sides. If you are someone who is looking to try the instrument to see what it is about, but you are unsure you want to keep playing, a single may be the best starting point. Multichambers are just an extension of the single chamber design, thus you can learn all of the basics, like fingering and breath control, on a single chambered ocarina beforehand.

Despite looking more complex, a good multichamber can actually be easier to handle for a number of reasons. In order to maximise the range available to the player, single chambered ocarinas have two thumb holes. This is technically challenging to deal with, as the right thumb hole is also the primary support point, and it must be opened without dropping the instrument. Because they produce range in a different way, multichambered ocarinas generally do not have a right thumb hole. This lets the right thumb exclusively support the instrument, and eliminates a notable barrier to advanced playing.

Secondly, single chambered ocarinas have a very limited sounding range, and a lot of real world music will not fit without modification. While you can still run into range issues on a multichamber, it is far less of a problem. You will more frequently be able to play the music you want to play without needing to use multiple ocarinas to fit the ranges of different pieces of music.

A possible downside of multichambers is that the range is divided between chambers and you have to perform chamber switching—blowing into a given chamber to play its part of the range. This can seem daunting, but isn't a huge issue with good technique. The Pacchioni tuning system also helps a lot with this issue, as its chambers are tuned with an overlap so there is less need to switch between them.

How big are your hands?

The second most important thing is having an ocarina that fits the size and shape of your hands. Everyone's hands are different and you will find some ocarinas more playable than others, as ones made by different makers have differing hole placement. Also note that higher pitched ocarinas are physically smaller than lower pitched ones and the spacing of the finger holes also changes. If you have big hands, you may find it difficult or impossible to play a soprano range ocarina.

Unfortunately, there is little that you can do to know what works for you without trying a number of different ocarinas. An ocarina that is well suited to your hands should not force your wrists to fold backwards; they should remain straight. However, this is further complicated by the fact that there is a lot of flexibility in the hands, and how you hold the ocarina affects things like wrist angle. Take a look at the page How to hold an ocarina.

Hole spacing is also an issue. If the spacing of the holes is notably less than the spacing of your fingers when they are touching, you will find it difficult to cover the holes. Pressing your fingers against each other makes it more difficult to move them. To give a vague guidance, here is a list of the distances between the centres of the finger holes of the ocarinas I make. You can compare them with your hands by measuring the distances between the pads of your fingers.

  • Soprano G: 15mm
  • Alto C: 17mm
  • Alto D: 17mm
  • Alto G: 20mm
  • Bass D: 23mm

Pitch range

If you are playing with other people and need to play a given range of notes, you will probably have to choose an ocarina with this in mind. Ocarinas, and especially single chambers, have a limited sounding range. An ocarina's pitch range and 'key' essentially define the lowest and highest note that it is able to play. Alto ocarinas play from about C5, basses play an octave lower than this, and sopranos an octave higher. Single chambers have the smallest range, providing about an octave and a 4th of range. Multichambers extend these ranges upwards to two octaves or more. This is covered on the page 'Keys and pitch ranges'.

Higher pitched ocarinas are louder and more piercing than lower keyed ocarinas. If you're looking to play in a performance, that could be just what you want, but perhaps not so much if you are just practising by yourself. If you are sensitive to high pitched sounds or if you live in a built-up area with nowhere to practise alone, a soprano ocarina keyed above G may not be the best choice due to its loud and piercing sound. Lower pitched ocarinas tend to be quieter and have a more soothing sound.

Playing characteristics

The playing characteristics of ocarinas can vary a lot: they can be made to play with a lot of pressure or little, have a textured reedy sound, or be exceptionally pure. Variations in timbre are easily determined, as they can be heard by just listening to a sound sample. Pressure differences, on the other hand, are rarely documented. As noted above, the pitch of an ocarina changes with blowing pressure, and each note requires a different pressure to play in tune. This pressure is called the breath curve, and it varies between ocarinas. It may be relatively flat to very steep.

Breath curves are a matter of preference but, in my opinion, flatter is better. Every time you change from one note to another, you have to change your breath pressure, and making smaller changes is easier than large ones. One reason for playing an ocarina with a steeper breath curve is to attain more volume. However, in this day and age, it's of questionable value as amplification is common. Also, even lower pressure ones are louder than you may realise. An ocarina's tone is piercing, and its volume is mostly projected away from its voicing.

You can get a reasonable idea of an ocarina's breath curve by looking at hole size. Larger holes generally indicate an ocarina tuned a higher pressure. As hole size also depends on chamber shape and wall thickness, this should only be taken as rough guidance, however.

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