The Recorder

The recorder is a family of woodwind instruments in which the airstream is led through a fixed windway in the head joint against a sharp edge. That makes it a duct flute. The player does not have to control a free-standing reed or an embouchure as on the flute; even so, producing a tone is by no means automatic. Air pressure, the amount of air, tonguing, finger movement, posture and the balance of individual notes together determine the musical quality. The recorder is therefore both an accessible beginner’s instrument and a demanding solo instrument with a repertoire centuries old.

1Overview and classification

The word recorder describes not a single instrument but a whole family. Its defining features are the block in the head joint, the windway and the labium. The block does not close the upper part of the head completely; together with the inner wall it forms a precisely defined channel for the air. The player’s breath passes through this channel to the outside and strikes the edge of the labium, where the airstream is periodically deflected. This interaction sets the column of air in the tube vibrating. The pitch we hear depends above all on the effective length of that air column, while the shape of the bore, the finger holes, the material, the wall thickness and the construction all affect colour and response.

As a woodwind instrument the recorder is classified by the way its sound is produced, not by the material each individual example is made of. A plastic recorder therefore remains a woodwind instrument. This matters in organology, because modern materials do not fundamentally change the acoustic function of the instrument. Within the Hornbostel-Sachs system the recorder belongs to the aerophones and, more precisely, to the flutes with a fixed edge as the point of excitation. In everyday speech people sometimes call it an “end-blown flute”, because it is held vertically in front of the body. That description is vivid, but the technically decisive feature is the duct.

The recorder brings several musical worlds together. In teaching it can give early access to notation, rhythm, ear training and ensemble work. In historically informed performance, by contrast, it is a specialist instrument with high demands on articulation, intonation, breath control and stylistic differentiation. Professional recorder players switch frequently between sopranino, descant, treble, tenor, bass and other sizes. Each size has its own tonal character and calls for adjustments in fingering, air control and posture.

It is particularly important to distinguish between a recorder suitable for beginners and one designed for a particular historical or modern ideal of sound. An inexpensive plastic model can make excellent sense for children, school lessons, travelling or ensemble rehearsals. A good wooden instrument, on the other hand, demands careful maintenance and reacts more strongly to temperature and humidity. It is not automatically “better” for every player. What counts is the range, the pitch, the fingering system, the construction, the musical purpose and the physical make-up of the player.

The common idea that the recorder is simply an “easy” instrument also needs qualifying. Many beginners produce a first note quickly, because the air is guided by the construction. A beautiful, stable and well-tuned tone across several registers, however, takes practice. In the upper register in particular, the instrument responds quite differently. Small changes in air pressure can affect the pitch considerably. Good players use that sensitivity not only to correct but as a means of expression. On the recorder, dynamics usually come from a controlled change in the airstream, with every note having its own balance of volume, colour and intonation.

The recorder is also a good example of the fact that historical instruments are not the same as museum pieces. Since the twentieth century a lively scene has developed in which historical models are reconstructed, modern instruments are built and new works are written. Different ideals of sound therefore exist side by side today: Renaissance instruments with a wider bore, baroque models with a narrower and more strongly profiled bore, modern concert instruments, and instruments for teaching and leisure. Playing the recorder means moving between tradition and the present.

2History and development

Flutes with an edge as the point of excitation are among the very oldest types of instrument. Not every archaeological pipe, however, can be taken as a direct forerunner of the recorder. An accurate reconstruction needs information about the shape, the bore, the finger holes, the material and the context of the find. The recorder in the narrower historical sense can be traced in Europe from the Middle Ages. Medieval images and surviving instruments show a greater variety of designs than today’s standardised family might suggest. Many instruments were made in one piece, while others already had more differentiated forms.

In the Middle Ages the recorder was used in a variety of musical settings. It could double vocal lines, support dance music or appear in small instrumental ensembles. The sources, however, are uneven. Pictures tell us about instruments but do not always reliably show which fingerings, tunings or techniques were actually used. Historically informed performance therefore depends on combining instrument finds, iconographic sources, written treatises and practical reconstruction.

In the Renaissance the recorder family became a particularly suitable ensemble instrument. Makers produced whole groups of recorders in different sizes whose timbres were related to one another. Polyphonic writing could thus be played in a comparatively homogeneous colour. The Renaissance ideal of a matched family differs from the later baroque solo instrument, which was directed more towards projection, virtuosity and a pronounced upper-voice role.

In the Baroque the recorder underwent an important change in construction. Instruments were aimed more directly at the demands of the musical language of the time and at solo playing. Baroque treble recorders often have a more narrowly profiled bore and are usually made in three sections. This made more precise work possible and allowed the pitch to be adjusted. Composers such as Georg Philipp Telemann, George Frideric Handel, Johann Sebastian Bach and Antonio Vivaldi wrote works in which the recorder (Italian flauto) has a part of its own. For individual works, the exact instrument named in the sources has to be considered; historical terminology did not always mean what it means today.

In the eighteenth century the recorder lost ground in many areas to the transverse flute. The flute offered other dynamic possibilities and increasingly became an important orchestral and solo instrument. The development of the oboe and the clarinet also changed the soundscape. In the nineteenth century the recorder was far less present in art music. That does not mean it had disappeared: folk music, domestic music-making, educational experiments and historical collections kept various forms alive.

The twentieth century brought a large-scale revival. Historical musicology and instrument making turned their attention to Renaissance and baroque instruments. At the same time the recorder became popular in schools and music schools because it is comparatively cheap, portable and easy to begin on. These two developments influenced each other, but they also produced misunderstandings. A simple school recorder is not the same as a concert treble built after historical models. Both have their place, but they pursue different aims.

The modern recorder scene has developed the instrument further. Composers write new works for solo recorder, for several recorders and for combinations with piano, harpsichord, organ, guitar, percussion, electronics and orchestra. Contemporary players use noise, multiphonics, flutter tonguing, special articulations and other extended techniques. The recorder is therefore not a purely baroque instrument today. At the same time, historically informed performance remains a central part of its identity.

3Acoustics and sound production

The sound of the recorder arises from the interaction of the airstream, the labium and the vibrating air column. The player supplies the energy, the construction shapes the airstream. The windway leads the air with a defined geometry to the edge, where the jet is deflected alternately into the tube and outwards. This periodic excitation sets the air column vibrating. The air column does not respond to one single ideal note but has several possible resonances. Player and instrument together stabilise one of these vibrations, so that a particular pitch is heard.

The pitch of an open cylindrical air column depends, in simple terms, on its length and on the speed of sound. A real recorder, however, is no perfect cylinder. The course of the bore, end corrections, finger holes, wall thickness and the geometry of the mouthpiece all affect the effective acoustic length. Pitch therefore cannot be calculated from the visible length of the tube alone. The position and size of the finger holes are especially important. A hole changes the acoustic coupling of the air column; it does not simply act like a mechanical cut through the tube.

Partly opening the thumb hole plays a central part in moving to higher registers. It changes the distribution of pressure and nodes in the air column, so that a higher resonant mode can be excited. In teaching this is often called “overblowing”. The term is useful, but it must not suggest that one simply has to blow harder and harder. Too much air pressure quickly makes high notes sharp, unstable or noisy. Good register changes combine an appropriate thumbing with finely judged air pressure and precise articulation.

Timbre depends among other things on how strongly individual partials are present. The shape of the bore and the construction affect the spectrum. A wider Renaissance bore can produce a different character from a baroque one. Material and surface finish also play a part, although the influence of the material should not be considered in isolation. Geometry and workmanship are acoustically at least as important. When choosing an instrument, therefore, one should not argue from the material alone. A good plastic instrument can be thoroughly convincing, while a poorly made wooden model offers no automatic musical advantage.

The recorder is sensitive to temperature. As the instrument warms up, the speed of sound in the air changes and the pitch typically rises. At the same time, the moisture content and condition of a wooden instrument change. In an ensemble, a short period of playing in and adjusting therefore makes sense. Players do not simply tune once at the start; they listen continuously to intervals, chords and shared tonal centres while playing. That is an essential part of professional recorder practice.

4Construction and parts

A modern descant or treble recorder often consists of a head joint, a middle joint and a foot joint. The exact division depends on the type of instrument. Small recorders may be made in two sections or in one piece. Larger instruments sometimes have additional mechanical aids, above all because the finger spacings would otherwise be too wide. On wooden models the sections are usually joined by tenons with cork or another sealing material. These joints must be airtight and yet easy to separate.

The head joint contains the block, the windway and the labium. The block is a precisely fitted piece of material. Its position and the geometry of the windway have a considerable influence on response and sound. Players should not pull the block out or shift it themselves. Even small changes can impair how the instrument works. Repairs to the head joint belong in the hands of a knowledgeable workshop or an instrument maker.

The labium is the sharp edge at which the airstream is split, or rather periodically deflected. Its shape is acoustically decisive. Looking at the instrument, one sees the beak or mouthpiece into which the player blows. The opening to the windway lies inside this construction. Unlike on an oboe or a clarinet, the player puts no reed between lips and instrument.

The bore forms the inner resonating space. Its diameter may vary along the instrument and it may be conical or nearly cylindrical. Historical instruments show characteristic bore profiles depending on the period and the maker. The finger holes are placed so that the desired scale results from particular fingerings. Their actual acoustic effect depends on their diameter and position, on the flow around and past them, and on the geometry of the bore.

On many instruments the foot joint extends the reach of the little finger and may carry additional holes. Bass recorders often need keys because of their size. These keys do not replace musical finger technique; they simply make certain holes reachable at all. The thumb holes of larger instruments may also be connected to mechanical aids.

Unlike the modern flute, the recorder has no key mechanism apart from individual keys on tenor and bass instruments. The fingers close the holes directly or indirectly. That makes the work of the fingers particularly visible and explains why a completely closed hole is essential. Even a small leak can change a note. Beginners therefore benefit from paying attention early on to relaxed fingertips, level wrists and a stable but not tense posture.

5The recorder family

Recorders are built in different sizes. The usual names are sopranino, descant, treble, tenor and bass. Above and below these there are further instruments such as great bass, sub-bass and various intermediate forms. The names refer not simply to length but to the musical register within the family. Many recorders are designed so that fingerings remain related within the family, even though the sounding pitch and the notation may vary.

The descant recorder is the typical instrument for early lessons in Germany and many other countries. It is fairly small and easy to carry. It sounds a fifth above the treble. In its basic form it is in C. The smaller sopraninos lie higher and are used above all in ensembles and in certain repertoire. Because of their small holes and greater sensitivity they are not automatically the best choice for very young children.

The treble recorder is the central concert instrument for many advanced players. It is usually in F and has a lower, more carrying tone than the descant. A great deal of the baroque solo repertoire was written for the treble, or for historical recorder types in that register. The larger scale calls for a different hand position. A beginner should therefore not move to the treble simply because of its supposedly “nicer” sound before the hands and the technique are ready.

The tenor recorder lies lower and often has a warm, vocal character. Because of its size the finger spacings are wider than on the treble, and many tenor models therefore have a key mechanism for individual holes that are hard to reach. In an ensemble the tenor can take an important inner or upper part and links the sound of the high and low instruments.

The bass recorder is considerably larger and needs particular fingering and breathing technique because of its dimensions. Bass instruments come in various pitches and designs. Keys make the lowest and highest holes easier to reach. In a recorder ensemble the bass often takes the foundation and the bass lines, but it need not play only that role. Good arrangements also give it counter-melodies, rhythmic figures and imitative work.

The family has a particular educational advantage: many musical principles remain the same between the sizes. At the same time the player learns to adapt tone and air control to each scale of instrument. That encourages a nuanced understanding of instrumental sound. Moving from descant to treble is not simply a matter of playing “the same fingerings on a bigger instrument”: register, finger spacing, articulation and air pressure all change.

6Fingering systems and intonation

The recorder has several historical and modern fingering systems. The best known are baroque and so-called German fingering. The term “English fingering” is also used and in practice refers to baroque fingering. The two systems differ above all on individual notes in the lower register, which makes certain scales and chromatic passages feel different. Baroque fingering is widespread in professional playing and in historically informed performance.

German fingering became popular for teaching instruments in the twentieth century, because certain early fingerings were simplified for learners. But “simpler” only applies to certain early sequences of notes. For advanced chromatic music, baroque fingering can have advantages and is the standard on many courses of study. Anyone who may later move to the treble or to professional repertoire should therefore clarify early on with their teacher which system suits their aims.

A fingering chart is no substitute for listening. Under real conditions every fingering produces only an approximate pitch, because air pressure, temperature, the construction of the instrument and how well the holes are covered all change the result. In early music with historical temperaments and in modern ensembles, players have to learn to colour or correct individual notes deliberately. Alternative or so-called fork fingerings are used for this. A good alternative fingering can make a note lower, softer, quieter or better matched in colour to a neighbouring part.

Intonation does not just mean that every note is “correct” in isolation. In music it is intervals and chords that matter. Depending on the harmonic context, a player may treat certain thirds or leading notes differently from a note acting as the root of a chord. Historically informed performance also works with different temperaments, while modern school ensembles usually rely on equal temperament or a practical agreement. The recorder therefore has to be adapted flexibly to the musical context.

In an ensemble, not every player should be watching their own tuner. A tuner can provide a reference but does not replace listening. First a common reference note is agreed. Then octaves, fifths, thirds and other important intervals are listened to. Beats can reveal that two notes do not quite match. Small changes in air pressure and alternative fingerings can adjust the pitch. This skill is especially important with historical instruments, because the balance of pitches does not always correspond to modern standard tuning.

7Technique, articulation and shaping the sound

The recorder is held vertically and close to the body. The hands should stay as relaxed as possible. Typically the left hand takes the upper holes and the right hand the lower ones. The thumb of the upper hand works the thumb hole, while the little finger of the lower hand works at the foot joint or a key mechanism, depending on the instrument. What matters is not a rigid posture but free movement of the fingers over a stable supply of air.

The tongue has a central role in articulation. A common basic articulation is practised with a syllable such as “du” or “tu”. The tip of the tongue, or part of it, briefly touches the area behind the upper front teeth and releases the airstream. The exact position depends on the player, the tempo and the colour wanted. In fast music, tongue movement and finger coordination have to work together. A note can be fingered correctly and still sound imprecise if the articulation is not synchronised.

Legato on the recorder comes largely from finger changes that are as quiet as possible and from a continuous column of air. Unlike on a piano, a player cannot simply strike two notes independently. Every finger change alters the air column, so small movements and well-covered holes are important. For large intervals, alternative fingerings or prepared finger movements can be used. Advanced players learn that a truly slurred interval sometimes needs a different fingering strategy from a sequence of clearly articulated notes.

Staccato does not necessarily mean “very short”. It describes a clear separation between notes. The actual length depends on tempo, style and musical context. Renaissance and baroque music have complex conventions of articulation that cannot be read from modern notational signs alone. Historical sources and stylistic knowledge help in shaping dance movements, speech rhythms and ornaments appropriately.

Vibrato is used differently on the recorder than on string instruments. There is no bow or string vibrato. One possibility is a controlled pulsing of the air pressure. Small changes in how the holes are covered, or alternative fingerings, can also affect sound and pitch. In historically informed performance, a constant, strong vibrato is often judged differently from in Romantic or modern music. The aim should not be to add vibrato automatically to every note but to develop a movement of sound that suits the style.

Ornamentation belongs above all to baroque practice. Trills, mordents, appoggiaturas, divisions and other ornaments are executed differently depending on the work, the composer, the period and the musical function. A printed edition can contain only part of the historical information. Advanced players therefore work with sources, urtext editions, historical treatises and comparisons between interpretations. For beginners a secure basic articulation is enough at first; stylistic ornamentation is built up step by step.

8Breathing, dynamics and phrasing

On the recorder, breathing is a musical rather than a purely physiological matter. Because the tone is made by the breath, every change in the airstream affects volume, pitch and colour directly. Good breathing technique starts with a free intake of breath and a controlled exhalation. The shoulders do not have to rise visibly. What matters is a natural breathing movement that leaves the body enough room for a calm supply of air.

Compared with some large wind instruments the recorder does not need great quantities of air. The difficulty lies rather in the dosage. Too little air produces an unstable or thin tone; too much pressure can make the high register shrill and drive the intonation upwards. This is particularly noticeable on the sopranino and the descant. On low instruments, by contrast, more air has to be moved while the required pressure is distributed differently. Quantity of air and air pressure must therefore not be treated as the same thing.

On the recorder, dynamics arise from changes in the airstream and from the choice of fingerings and colours. A very quiet note still needs a stable core. If the player simply blows “less”, the note may break. Dynamic playing is therefore best developed through slow exercises: start a single note, increase the volume step by step, reduce it again, and watch the pitch throughout. A tuner can help make the tendency visible, but the ear remains the most important judge.

Breathing also affects musical phrasing. A breath mark in the score does not always mean a complete pause. Often it only means renewing the supply of air without destroying the musical line. Players therefore have to plan ahead. In long melodies, possible places to breathe are marked before they become technically urgent. Good phrasing makes the breathing feel like part of the music.

In an ensemble, planning the breathing is especially important. If several parts breathe at the same time, a chord can briefly lose energy. Conversely, a deliberately shared breath can shape a musical entry. Recorder ensembles therefore benefit from clear breath marks and a shared sense of phrasing. The conductor or ensemble leader can fix the breathing places, but the players have to prepare them technically so that the flow of sound is maintained.

9Repertoire from the Middle Ages to the present

The recorder repertoire is varied in period and style. For the Renaissance, polyphonic consort music and arrangements of vocal models are particularly important. In such writing, the blending of the instruments is usually what counts. The individual parts therefore have to be closely matched in intonation and colour. A loud solo tone is not automatically musical if the task is to create a homogeneous ensemble sound.

In the Baroque the recorder became more of a solo instrument. Sonatas, trio sonatas, concertos and individual chamber movements show how virtuoso its use could be. Works by Telemann, Handel and Vivaldi are among the well-known examples. With Johann Sebastian Bach the instrument named in the sources has to be considered carefully; not every flute part can be equated without examination with a modern standard treble recorder. It is exactly such questions that make historical organology interesting.

The nineteenth century offers less central recorder literature than other periods. In the twentieth century, by contrast, an extensive new repertoire came into being. Composers drew on historical forms while developing new harmonic, rhythmic and tonal possibilities. The recorder was used in teaching material, folk music, chamber music and the concert hall. The revival of early music also created a professional scene with specialist soloists and ensembles.

Modern literature can confront the player with unusual metres, large intervals and extended techniques. Noise elements, multiphonics, flutter tonguing, breath sounds and special forms of articulation are used as musical means. Electronic processing extends the spectrum further. A microphone can amplify the direct sound or combine it with effects. The role of the instrument changes with it: it can become part of an electroacoustic texture and need not function like a historical solo recorder.

For learners, the choice of repertoire is decisive. Pieces should be technically within reach but musically challenging enough. A good mixture contains simple melodies, duets, rhythmic exercises, short dance movements and, later, polyphonic literature. If beginners play nothing but technical studies, the musical context can be lost. Conversely, concert pieces that are too difficult lead to frustration. Sensible teaching therefore combines technique with music that can be heard at once.

10Ensemble, accompaniment and practice

The recorder is particularly well suited to ensemble work. Two instruments are enough for simple duets; with several sizes a complete recorder choir arises. In a consort, sopranino, descant, treble, tenor and bass take different parts. The low instruments give the ensemble its foundation, while the high recorders can take melodic and contrapuntal lines. Balance is decisive. The highest part must not automatically dominate, and the bass need not simply play as loudly as possible.

Historical ensembles usually work to a shared temperament and an articulation suited to the music. With modern accompaniment, a standard pitch of 440 or 442 Hz may be agreed instead. The actual pitch should always be settled within the ensemble. An instrument that is slightly flat at room temperature can warm up within a few minutes and become noticeably sharp. In professional rehearsals, therefore, tuning does not happen only before the first note.

The recorder can be combined with piano, harpsichord, organ, guitar, lute and other accompanying instruments. For historical pieces a harpsichord or another continuo group is the obvious choice, but modern arrangements may deliberately use other instruments. An accompaniment must not cover the recorder acoustically. The descant register may sound brilliant, but at a restrained dynamic it has little power against a strongly played piano.

In folk music the recorder is sometimes used with entirely different ideals of sound. Dance tunes benefit from clear articulation and a precise pulse. Irish and other folk traditions have related duct flutes such as the tin whistle, but these are not simply identical with the historical recorder. The fingering systems, designs and ideals of sound differ. Even so, players can transfer techniques, such as rhythmically pointed articulation and ornamentation.

In general music education, too, the recorder is a valuable ensemble instrument. Children learn not only to produce their own notes but to listen, wait, count and respond to shared entries. That strengthens rhythmic security and musical responsibility. A rehearsal can also show why intonation is not an individual matter: a note can be convincing on its own and still need adjusting within a chord.

11Wood, plastic and instrument making

Recorders are made of various materials. Plastic is robust, unaffected by many everyday situations and particularly practical for teaching. Modern plastic instruments can be made with remarkable precision. They react less sensitively to short-term changes in humidity and are easy to clean. For schools, children, ensembles that travel often, and as a spare instrument, they make good sense.

Wooden recorders are made from various woods, commonly maple, pear, boxwood, grenadilla or other suitable species. The choice depends on availability, density, workability and the type of instrument wanted. It would be too simple, professionally speaking, to assign a fixed timbre to each wood. Design, bore, wall thickness, block material, workmanship and individual quality of manufacture all shape the sound together.

Wood is hygroscopic: it takes up moisture from its surroundings and gives it off again. Dimensions and internal stresses can change as a result. New wooden recorders should therefore be played in with particular care. Many makers recommend short playing times at first, gradually extended. The aim is to accustom the wood slowly to the moisture and temperature inside the instrument. Playing abruptly for long periods can encourage problems, especially on sensitive instruments.

The block itself is made of a suitable material depending on the instrument and must have a precise geometry. Its condition is decisive for the instrument’s function. Moisture can collect in the windway. A little condensation while playing is normal; it becomes a problem when the channel is regularly blocked or the instrument changes. The instrument should therefore be dried after playing, without forcing the block out.

Professional recorder making is a mixture of craft, acoustics and musical experience. Two instruments of the same model can feel slightly different to play. A player should therefore try out a concert instrument in person if at all possible. Tone, response, intonation, feel and dynamics are personal criteria. For beginners, reliable series production is often more important than a rare species of wood.

12Care, playing in and repair

After playing, the moisture should be removed from inside the recorder with a suitable swab matching the size and design of the instrument. On small instruments, care is needed so that no pressure is put on the block or the edge of the labium. The instrument is then left to dry, open and protected, before being put away in its case. Direct sources of heat such as radiators or strong sunlight are unsuitable for wooden recorders.

On wooden models the joints need a working seal. Depending on the design, a suitable cork grease is used sparingly. Too much grease makes the joint slippery and attracts dirt; too little makes the tenons stiff. A player should never force a tight joint apart. If an instrument will not come apart normally, a workshop is the safe solution.

Oiling the bore is a matter on which the maker’s instructions take precedence. Not every recorder should be treated the same way. Suitable oil is used sparingly and only where the maker intends. The block and the windway must not be clogged with oil. With children in particular, care should therefore be learnt together with a teacher or with parents. A blanket rule such as “oil every wooden recorder regularly inside” is too undifferentiated.

The edge of the labium is delicate. Even small damage can change the response. The mouthpiece should not be put down on hard surfaces. Jewellery or long fingernails can also cause damage during cleaning. Plastic is more resistant, but even there sharp edges and the windway can be damaged.

If a note suddenly fails to speak, the first things to check are whether the windway is damp or a hole is not fully closed. Too much or too little air pressure can also be the cause. If a problem persists, the position of the block, the labium, leaks or warping may be responsible. Repairs to the head joint should not be improvised by pushing in paper, metal or other objects.

13Learning and practising the recorder

Early lessons sensibly begin with a stable posture and free breathing. A few notes are then introduced, so that finger movement and control of the sound can be built up together. A beginner should not try to memorise as many fingerings as possible as quickly as possible. It matters more that every note begins cleanly, sounds stable and can be changed without unnecessary tension. Even simple melodies offer plenty of material for that.

Reading music belongs in lessons early on, but it should be linked with listening. A pupil can sing a melody first, speak its rhythm and then play it. That strengthens the connection between an inner idea of the sound and the movement of the fingers. Rhythm can be prepared by clapping or speaking. It is especially useful to practise difficult bars first without the instrument.

Ten to twenty minutes of daily practice can be more effective for children than a single long session at the weekend. Advanced players need longer, but should divide the time into sections. A practice session might begin with long notes, then scales, articulation, technical passages and finally a piece. Breaks help to avoid unnecessary muscular tension.

Tone exercises should not aim only at volume. The player can hold a single note at different dynamic levels while paying attention to intonation and colour. Two notes can then be joined slowly. At register changes the air pressure is deliberately reduced or increased while the sound stays stable. Such exercises develop the control that is needed later in fast passages.

Finger technique comes from economical movement. The fingers do not have to lift far from the instrument. Small, controlled movements are usually faster and more reliable. Fast passages are therefore practised slowly at first. The tempo is only increased once the movements work without tension. Metronome work helps, as long as it does not lead to musical phrasing being ignored.

For advanced pupils, scales, triads, chromatic exercises and articulation patterns are added. These materials are not an end in themselves. Scales help to connect finger changes with an idea of the sound. Triads support an understanding of harmony. Chromatic work trains alternative fingerings. Articulation exercises transfer technical movements into musical speech. Understanding these connections makes practice more purposeful.

14The recorder for children

The recorder suits many children, but not every child should start on the same model. Hand size, finger strength, ability to concentrate and interest all matter. A recorder that is too large can lead to a poor posture. A very small recorder, on the other hand, may have holes that some children find hard to close precisely. The choice should therefore be made together with a teacher.

Lessons suited to children combine play with systematic progress. Children benefit from short tasks, recurring successes and clear musical aims. Simple duets are particularly motivating, because a shared sound appears at once. Rhythm games, singing and movement can support awareness of breath and pulse.

Parents should know that although a recorder produces a note as soon as you blow into it, a beautiful tone has to be learnt. Blowing too hard can sound unpleasantly shrill. Gripping too tightly makes finger movement harder. The little finger and the position of the thumb also have to develop. Regular short practice sessions are therefore more important than pressure for rapid progress.

Hygiene matters particularly with shared instruments. A pupil’s own mouthpiece, or better their own instrument, is preferable in lessons. The instrument should be dried after playing. For plastic recorders the maker’s care instructions apply. Wooden recorders must not simply be put in water or treated with aggressive cleaning agents.

15Choosing the right recorder

The first thing to settle is what the instrument is for. For a first course of lessons, a well-made plastic model or a robust wooden recorder at a suitable pitch makes sense. Anyone wanting to play early music should look early on for baroque fingering and a suitable treble. For an ensemble, instruments from the same maker or from a matched family can have advantages in sound and intonation.

Important criteria are response, intonation, feel and quality of manufacture. The instrument should respond in its intended register without excessive effort. On a descant it is worth checking that the holes are easy to reach and can be completely covered. On trebles and tenors the larger scale is a further consideration. On basses, the key mechanism and the support must be taken into account as well.

The choice between plastic and wood is not a simple ranking. Plastic is easy to care for and stable. Wood can offer very differentiated colours and a particular feel, but demands regular care and more careful handling. For children a plastic instrument can also make sense because it survives being carried in a school bag. For concert players a good wooden model is a possible investment if their aims and their willingness to look after it match.

With professional instruments the player should test several examples, playing not only favourite passages but also long notes, scales, leaps, quiet entries, fast articulation and high notes. An instrument that only sounds good at a strong dynamic may be less suitable for nuanced playing. Its response to temperature and the stability of its tuning should also be observed.

16Modern playing and contemporary music

The recorder is a modern concert instrument. Contemporary composers use its noise components, multiphonics, breath sounds and the possibility of combining different sizes. A composition may deliberately move between a clear tone and a strongly airy noise, making the boundary between “tone” and “noise” musically useful.

Extended techniques include flutter tonguing, in which the airstream is modulated by a rolled or other rapid movement of the tongue. Depending on the player and the piece, a guttural flutter produced in the throat may also be used. Other techniques include breath sounds, finger noises, multiphonics and special glissando effects. Not every technique works equally well on every recorder. The exact notation should therefore always be checked against the composer’s instructions and the practical possibilities of the instrument.

Multiphonics arise when several resonances are excited at once. They require special fingerings and very controlled air. They are considerably harder than ordinary polyphony in an ensemble. The player has to learn which partials are stable and how air pressure and finger position affect one another. In modern music such a sound may be required for only a moment, yet preparing it takes considerable technical work.

Electronics open up further possibilities. A microphone can amplify the instrument or process it in real time. Reverb, filters, looping and other effects can place the sound in an entirely new context. Clean microphone technique is important here. The direct wind and breath component can become very prominent if the microphone is too close. The acoustics of the room and the position of the microphone therefore affect the result.

17The recorder for advanced players

Anyone who pursues the recorder beyond beginners’ lessons can develop a very differentiated training. That includes historical organology, ear training, harmony, chamber music, improvisation and, where appropriate, professional concert repertoire. Advanced players learn several sizes of instrument and adapt their approach to different designs.

A professional recorder player needs more than finger technique. Stylistic flexibility and the ability to shape the sound within an ensemble are decisive. Renaissance music may call for a different articulation from a modern work. A baroque solo piece in turn calls for a different balance between rhetorical articulation, ornamentation and dynamic direction.

Historically informed performance does not mean that there is only one correct interpretation. It tries to relate musical decisions to the sources and to the known conditions of the time of composition. Instruments, temperaments, tempi, articulations and ornaments are studied in the light of historical evidence. At the same time every performance remains an artistic decision made today.

For advanced players, lessons combined with regular ensemble work are especially valuable. Individual lessons can correct technical details, while chamber music trains listening and reacting. Masterclasses, competitions and conservatoire courses can open further perspectives later. Work as an instrumental teacher, an ensemble member or a freelance musician is also possible.

18The recorder around the world

The twentieth-century revival

After the Baroque the recorder fell almost entirely out of use. Its rediscovery is closely bound up with historically informed performance: from 1919 Arnold Dolmetsch built recorders after historical models in England, and in Germany Peter Harlan devised “German fingering” around 1926 to simplify the instrument for amateurs and schools. The German youth music movement made it a mass and school instrument. Makers such as Mollenhauer (Fulda, founded 1822) and Moeck (Celle) shaped the development; later Küng (Switzerland) and Yamaha, Aulos and Zen-On (Japan) added high-quality plastic instruments.

International centres

Country / region	Significance
Germany, Austria, Switzerland	a tradition in music schools and primary schools; the makers Mollenhauer, Moeck and Küng; degree courses at many conservatoires
The Netherlands	the centre of the professional scene since Frans Brüggen (Amsterdam); the Amsterdam Loeki Stardust Quartet; the “Open Recorder Days Amsterdam” festival
The United Kingdom	the Dolmetsch tradition, the Society of Recorder Players, competitions and summer schools
Japan	descant and treble recorders are a fixed part of school music lessons, making it one of the largest markets in the world; a concert scene of its own
Denmark	Michala Petri and numerous contemporary works
USA, Canada	the American Recorder Society (1939) and a consort tradition
Latin America, Asia	a growing scene, often through school programmes; recorder orchestras

Related duct flutes around the world

Instrument	Region	Features
Tin whistle (pennywhistle)	Ireland, Scotland, South Africa (kwela)	six finger holes, metal; dance music with ornamentation
Flageolet	France, England (17th–19th century)	a small duct flute with four holes in front and two behind
Three-hole pipe (galoubet, txistu)	Provence, the Basque Country	three finger holes, played with one hand while the other beats a drum
Fujara	Slovakia	a shepherd’s flute up to 2 m long, played in harmonics; UNESCO cultural heritage
Suling	Indonesia	a bamboo duct flute, used in Sundanese gamelan among others
Native American flute	North America	a flute with an air chamber and a block (the “bird”), five or six finger holes
Pinkillu	The Andes	a duct flute of the Aymara and Quechua
Ocarina	Italy, worldwide	a vessel flute with a duct

Leading recorder players

Frans Brüggen, Hans-Martin Linde, Michala Petri, Walter van Hauwe, Marion Verbruggen, Dan Laurin, Maurice Steger, Dorothee Oberlinger, Pamela Thorby, Erik Bosgraaf, Stefan Temmingh and Lucie Horsch; ensembles such as the Amsterdam Loeki Stardust Quartet, Flautando Köln, Quartet New Generation and the Brisk Recorder Quartet Amsterdam.

19The recorder at Cuxhaven Music School

At a music school the recorder suits both an early start and longer-term musical training. In lessons, children and adults can first learn the basic notes, rhythm, reading and articulation. After that, ensemble playing, classical repertoire, early music, folk or modern pieces are all open, depending on interest. The aims of the lessons should be agreed individually.

For beginners, a reliable recorder that fits is more important than an especially expensive one. The teacher can help with the choice and make sure that the reach and posture suit the player. With growing experience, a move to the treble or another size may make sense. Anyone interested in the flute can already acquire musical foundations through the recorder – reading, breath control and ensemble work – although the way the flute produces its sound has to be learnt separately.

Music school teaching should also make the variety of the recorder visible. Besides the familiar beginners’ books there is historical consort music, baroque sonatas, contemporary compositions and arrangements from many styles. That creates a realistic picture: the recorder is neither merely a children’s instrument nor exclusively a specialist instrument for early music. It can be used in very different musical situations.

20Historical designs in more detail

Anyone who wants to understand the recorder historically should distinguish between medieval, Renaissance and baroque designs. The terms denote not only periods in music history but also different aims in construction. Renaissance instruments were often built as a family and have a different bore characteristic from many later solo instruments. The result is a sound that blends well with human voices and other instruments. Baroque instruments, by contrast, were aimed more at a differentiated solo language. They allow pronounced articulation, greater dynamic nuance and fast ornamental figures.

With historical instruments the pitch is an important part of the overall concept. An instrument may be built for a particular pitch standard without every performance having to take place at exactly that pitch. Historical ensembles choose their instruments according to the repertoire and the forces. For players today that means an instrument should not be judged by a modern tuner alone. A historical model can work excellently at its intended pitch and become more problematic at another reference pitch.

The terms “Renaissance recorder” and “baroque recorder” are also convenient collective labels. Within a period there were regional differences, various makers and different sizes. Reconstructions are based on surviving originals and on measuring them. A modern copy is nevertheless not a product of a time machine: the material, the manufacturing technique and today’s playing conditions may differ from the historical model. Good makers try to reproduce the relevant acoustic properties as closely as possible while still producing a reliably playable instrument.

Research on the historical recorder therefore examines not only instruments but also musical sources. Treatises describe finger technique, articulation and ornamentation, though often from a perspective that today’s players have to interpret. Scores can also be incomplete, because musicians of the time took much for granted. Historically informed performance therefore combines documents with musical comparison. The aim is a well-founded interpretation, not the claim that every detail of past practice can be reconstructed unambiguously.

Even a simplified version of this knowledge can be useful in lessons. A pupil does not have to read historical sources straight away. It is enough at first to understand that a Renaissance recorder and a baroque treble sound different and were developed for different purposes. A deeper interest in instrument making, temperament and source study can grow from that later. In this way an apparently simple instrument becomes a way into European musical and cultural history.

21Finger coordination and technical difficulties

The finger technique of the recorder looks manageable at first sight, because only a few holes have to be closed at once. It becomes harder with fast changes, large intervals and chromatic passages. Every finger change can alter the airstream and thus the resonance. A player therefore has to know not only which fingering belongs to the next note but also when the movement should take place. In fast passages some movements are prepared, so that a finger is already travelling towards the next hole while the current note is still sounding.

Changes in which several fingers move at once are particularly demanding. If those movements are not synchronised, unwanted noises or intermediate pitches appear. One effective way to practise is to play difficult places extremely slowly and without articulation at first. The tongue is then added, and afterwards the tempo is raised step by step. This order helps to control finger and tongue movement separately before they work together again as one musical process.

Thumb technique deserves particular attention. The thumb hole is not only fully opened or closed: for high notes it can be opened partly. How far it has to be opened depends on the instrument and on the note. Some players turn the thumb slightly or move the recorder minimally, others change the position of the ball of the thumb. What matters is that the movement stays reproducible. Randomly “opening the hole a bit” is not enough for a secure high register.

On large recorders the stretches can be physically demanding. The hands must not be strained by excessive spreading. Keys and ergonomic aids are therefore not a sign of poor technique but sensible solutions for large instruments. Pain in the fingers, wrists or forearms should not be ignored. Technical training must always be adapted to the player’s anatomy.

Chromatic fingerings are best learnt through musical sequences. Simply memorising a long chart is less durable than linking fingering, pitch and an idea of the sound. If a player sings a chromatic line, hears it and then plays it, the fingering is not stored merely as a finger position: it becomes part of a musical expectation. Advanced players can then use alternative fingerings deliberately instead of changing their fingers at random whenever the intonation strays.

22Room acoustics and microphones

The sound of a recorder is not determined by the instrument alone. The room affects how the player perceives their own volume and the balance within the ensemble. In a dry room a recorder sounds more direct and shorter, while a reverberant room carries the notes longer. For beginners a small room can be pleasant at first, because the sound comes straight back. In a strongly reverberant hall, by contrast, articulation has to be more precise so that fast figures do not blur.

In recordings the position of the microphone is particularly important. The recorder radiates sound in several directions: part of it leaves at the labium, another part through the finger holes and the open end. A recording made directly in front of the mouthpiece therefore does not necessarily sound natural. A somewhat greater distance can give a more balanced overall impression. In an ensemble, spill and the amount of room sound also have to be considered.

For early music a natural ensemble sound is often the aim. A single instrument then does not need to be closely miked. In pop or media productions, on the other hand, very close miking may be wanted, so that articulation noises and breath can be deliberately brought out. Microphone technique should therefore follow the musical task rather than some supposedly universal correct position.

Amplification can become necessary in large modern ensembles. Despite its high register, the recorder does not have unlimited projection. A microphone makes it possible to adapt volume and sound to a hall. At the same time the player should continue to work cleanly in acoustic terms. Technology cannot musically repair excessive air pressure or untidy fingers. Good amplification makes the existing qualities more audible; it does not replace technique.

In electronic music the microphone can become part of the instrument system. A signal can be looped, delayed, filtered or given reverb. New demands on timing and stagecraft arise as a result. The player has to know when an electronic effect starts, how long a loop runs and how their own sound changes within the processed signal. The recorder thus becomes part of a larger technical system.

23Practising with ear, metronome and recordings

Effective practice begins with a concrete aim. Instead of playing a piece through ten times, a player can first identify a difficult four-bar passage. That passage is then analysed slowly: which fingerings are problematic? Where is the breath? What articulation is wanted? Which notes are sensitive in intonation? Only once these questions are answered is a strategy chosen. That saves time and prevents mistakes from being automated through repetition.

The metronome helps to develop a stable pulse. It is particularly useful to reduce a difficult tempo considerably and only increase it after several secure repetitions. Advanced players can also set the metronome to larger metrical units, so that not every beat is marked; that demands more of the inner sense of time. At the same time, musical rubato has to be preserved where the style calls for it.

Recordings are a valuable means of control. Players often hear different things while playing than a listener does. A recording can show that a phrase ends too early, that a note begins too loudly or that the intonation rises at a register change. Articulation noises also become clear on a recording. It makes sense to record short sections rather than whole concert programmes, so that a specific technical question can be checked.

Ear training should also be part of recorder lessons. Intervals can be sung and played. A pupil can copy a note played by the teacher and compare the pitch. Later, chords can be heard and individual notes identified within them. Such exercises help in understanding intonation as a musical relationship. A player who only reacts to the display of a tuner develops less security than someone who also hears pitches internally.

Playing from memory is also useful for musical maturity. The aim need not be to play every concert piece without music. Short melodies, scales and typical articulation patterns can be learnt by heart, which frees attention for sound, breath and musical shaping. With historical ornaments in particular, a secure inner pulse helps, because the ornamentation then does not appear as extra finger acrobatics but grows out of the musical line.

24The recorder and musicians’ health

A healthy feel for playing comes from natural organisation of the body. The recorder is not pressed against the body with force. Hands and fingers should reach their position from a relaxed basic posture. The shoulders stay as free as possible and the head does not have to push forward. A small adjustment to the height of the instrument can already help to reduce unnecessary tension.

Breathing should not be confused with filling the lungs to the maximum. A player does not have to fill the lungs completely before every phrase. What matters is a sufficient and controlled amount of air. Breathing in too much can create tension and is not always musically necessary. Calm breathing exercises can help in developing a sense of different quantities of air, but should always be done without dizziness or a feeling of pressure.

In children the size of the hands changes while they learn. It is therefore worth checking regularly whether the chosen size of instrument still fits. If the fingers only reach the holes by stretching hard, a different size or an ergonomically adapted instrument may be sensible. Adults too should have the cause of persistent pain investigated rather than trying to overcome discomfort with yet more practice.

Warming up on the recorder does not have to consist of long athletic exercises. A few calm breaths, slow changes of note and simple articulation patterns are often enough as musical preparation. With cold wooden instruments a gentle acclimatisation is particularly important. The instrument is not warmed abruptly. In very cold or very warm conditions, too, a player should watch how the instrument responds.

Health and musical achievement are not opposites. A relaxed technique allows more precise finger movement, more controlled articulation and steadier breathing. Paying attention to the body’s signals early on makes it possible to play reliably over the long term. Teachers should therefore not only correct mistakes in notes and fingerings but also watch posture, breathing and economy of movement.

25Teaching methods and musical aims

Good recorder teaching combines several levels. Technical exercises create the conditions, and pieces of music give those abilities a purpose. At the same time the pupil should learn to listen independently and to make decisions. The teacher can play a note and ask the pupil to find the same sound. The task can be extended later: the pupil changes the volume without changing the pitch unnecessarily, or plays a phrase with different models of articulation. A single exercise thus becomes a concrete musical experience.

Reading should not be separated from making music. When a pupil sees a new melody, they can first identify the key, the metre and any rhythmic peculiarities. Individual difficult places are then isolated, and only after that is the whole line played. This method reduces the number of random mistakes and encourages structured work. Advanced pupils can also examine harmonic functions and recognise why particular notes in a phrase are especially important.

Playing together has a particular educational value. In a duet a player has to respond to the partner’s tempo, breathing and articulation. In a larger ensemble, balance and intonation are added. Children experience directly that music does not consist only of their own note. They learn to wait for an entry, to play a part more quietly and to respond to a conductor or leader. These abilities can be transferred later to any other instrument.

For teenagers and adults, lessons can be more project-based. A small concert, a Renaissance programme or a modern arrangement provides a clear aim, combining research, interpretation and rehearsal planning. A player can gather information about when a piece was written, choose the size of instrument and then examine which articulation suits the music. Such projects encourage musical independence and show that playing an instrument goes far beyond hitting the right notes.

Improvisation, too, can begin early on the recorder. Simple question-and-answer games need no complex harmony. Pentatonic and modal scales or chord tones can be used later. Improvisation strengthens the ear and the ability to turn musical ideas directly into finger movements. It can also reduce inhibition, because not every musical situation requires a perfect printed part.

For examinations or concerts, stagecraft becomes important as well. The player has to check the instrument before the performance, plan for spare instruments or parts, and place the music so that posture is not affected. With wooden recorders the temperature of the hall should be taken into account. A short warm-up before going on stage can help in judging the actual state of the tuning. These practical details are part of professional music-making.

26The recorder compared with other flutes

The recorder is often compared with the flute. Both belong to the flute family, producing their sound with an airstream at an edge. The way the sound is produced, however, differs considerably in construction. On the flute the player shapes the jet of air at the edge of the embouchure hole; on the recorder the windway does that. Embouchure, breath control and articulation therefore differ markedly. Anyone moving from the recorder to the flute brings musical foundations with them but has to learn the production of the sound itself afresh.

The recorder differs from the tin whistle in design, fingering system and repertoire. The tin whistle also has a fixed windway and is therefore likewise a duct flute. It is associated particularly with Irish and other folk music. The recorder, by contrast, has a much more fully developed family of sizes and an extensive historical and contemporary concert repertoire. Similarities in sound or technique therefore do not mean that the instruments are interchangeable.

The panpipe works on a different constructional principle within the flute family: it consists of several separate tubes of different lengths, each producing one note. A recorder, by contrast, has one continuous air column whose length is changed by the finger holes. The comparison shows how differently flutes can be built, even though in all of them an airstream at an edge sets up a vibration.

Compared with reed instruments such as the clarinet or the oboe, the recorder has no separately vibrating reed. On the clarinet and the saxophones a single reed together with the mouthpiece provides the periodic excitation, while the oboe uses a double reed. The work of the lips and the breath is therefore organised differently. Recorder players nevertheless benefit from experience with other wind instruments, particularly in breath control, phrasing and musical articulation.

These differences also matter when choosing an instrument. Anyone looking for a very direct way into playing melodies may find the recorder a good option. Anyone who later wants to play an orchestral instrument with a wide dynamic range may be drawn to the flute, clarinet, oboe or another instrument. A decision need not be final. Musical foundations such as rhythm, reading, ear training and ensemble experience transfer to many instruments.

The particular strength of the recorder lies finally in its combination of a simple basic construction with great musical refinement. The player cannot blame a complicated mechanism when a note does not work. Fingers, breath and ear are directly connected. It is exactly this directness that makes the instrument valuable in teaching and demanding artistically. From the first note to a professional interpretation, the recorder remains an instrument in which technical precision and musical listening are closely bound together.

27Practical orientation for everyday use

In daily life a settled routine with the instrument pays off. The recorder should not lie loose among books or other objects but be carried in a suitable case. Before playing, the joints, the finger holes and the condition of the head joint are briefly checked. After playing, the moisture is removed and the instrument stored so that air can circulate. Extreme conditions with very dry heated air or great heat are particularly unfavourable for wood.

For rehearsals and concerts a spare instrument makes sense if the main one is delicate or especially valuable. On larger recorders, spare parts for keys or cork joints can also be useful. Music, a stand and, where appropriate, a tuner belong to the practical equipment. A player should, however, learn not to depend entirely on technical aids. A tuner checks a pitch, but it does not say whether an ensemble sound is musically balanced.

Anyone who plays regularly in ensembles should keep to shared conventions. These include an agreed reference pitch, consistent articulation marks and clear breathing places. Historical programmes may involve further decisions about temperament, type of instrument and ornamentation. Modern programmes may add microphones and electronic effects. In both cases, preparation is part of the musical achievement.

The recorder therefore suits very different stages of life. Children can begin with simple melodies, teenagers can discover ensemble and solo literature, and adults can start as returners or with no previous experience. Advanced players find an extensive concert repertoire and can turn to historically informed performance or contemporary music. What matters is not how early someone begins but how consciously and regularly they play.

28What makes good recorder playing

Good recorder playing combines knowledge, listening and movement. The player knows how the instrument is built, understands the basic relationship between the air column and the fingerings, and can use technique deliberately. At the same time the musical idea remains central. A scale is not just played faster but shaped in intonation and colour. A piece is not just played without mistakes but phrased, articulated and placed stylistically. That combination turns a technical exercise into musical learning.

Particularly valuable is a willingness to notice small differences. A high note can be too sharp even though the tuner shows only a slight deviation. A finger change can work technically and still be audible. A breath can be correctly placed and yet interrupt the phrase. Such subtleties can be improved by patient listening, recordings and lessons. The recorder rewards a calm, systematic way of working.

For long-term progress the player should move regularly between different tasks: tone production, articulation, technique, repertoire, ear training and ensemble playing. That keeps the training balanced. Practising only scales does not automatically develop expressive ability; playing only pieces can hide technical weaknesses. Only the combination of the two leads to secure and expressive playing.

Anyone who wants to get to know the recorder seriously should therefore take time for several perspectives. The instrument can serve as a first instrument, as a companion through school, as an ensemble instrument, as a way into early music or as a modern concert instrument. None of these roles explains the whole recorder. Only the interplay of history, acoustics, construction, technique and musical practice shows its full range. That is exactly where its appeal lies: the construction is simple, the musical possibilities are anything but.

For teachers, too, the recorder is a versatile instrument. It allows technical foundations to be made visible and linked directly with musical expression. At the same time the family of sizes offers possibilities for group teaching and ensemble projects. Anyone wanting to go deeper later can add historical sources, instrument making, improvisation and contemporary techniques. The recorder therefore stays interesting across many stages of training and always offers new tasks for ear, breath, fingers and musical imagination.

A simple first instrument can thus become a lifelong musical occupation that links technique, history, listening, craft and playing together, and that supports very different musical interests over time.

29Frequently asked questions

Is the recorder only a children’s instrument?

No. It is a full concert instrument with a large baroque repertoire and many contemporary works, and it is studied at conservatoires.

German or baroque fingering?

For serious study, baroque (English) fingering is almost always recommended, because it plays more purely in tune in every key.

Wood or plastic?

Good plastic recorders are excellent to start with and easy to look after. Wooden recorders sound warmer and more individual, but they have to be played in and cared for.

From what age?

With the descant recorder from about five or six; adults often begin on the treble.

Can you move on to other instruments later?

Yes. Reading music, breathing and finger technique all make it easier to move to the flute, oboe, clarinet or saxophone.

30A detailed glossary

Treble recorder

A recorder usually in F, which plays a central role in the baroque solo repertoire.

Labium edge

The sharp edge of the labium at which the airstream is periodically deflected to produce the sound.

Aerophone

The category of instruments in which the vibration of a column of air is essential to the sound.

Articulation

The shaping of the start of a note and of the separation between notes, in which the tongue plays a particular part on the recorder.

Baroque fingering

The fingering system in general professional use today, with characteristic fingerings for chromatic notes.

Block

The precisely fitted part in the head joint that forms one side of the windway.

Recorder choir

An ensemble of several sizes of recorder playing polyphonic music within one family of sound.

Bore

The inner shape of the tube; its course affects resonance, intonation, response and colour.

Consort

The historical term for an ensemble of related instruments, especially recorders of different sizes.

Dynamics

The shaping of volume and intensity. On the recorder this is governed above all by air control and colour.

Fork fingering

A fingering that combines closed and open holes in a particular pattern; it can serve intonation or colour.

Finger hole

An opening in the recorder that is opened or closed by a finger or a key and so affects the air column.

Woodwind instrument

A group of instruments classified by the way the sound is produced; the recorder belongs to it regardless of its material.

Duct (windway)

The narrow channel in the head joint through which the breath is led to the labium edge.

Timbre

The quality of a sound, determined among other things by its spectrum of overtones, which makes recorders of different designs distinguishable.

Labium

The edge of the recorder at which the air column is excited.

Scale (mensur)

The proportions of length and size that govern the construction and the feel of an instrument.

Register change

The move to a higher register through altered conditions of resonance; on the recorder this uses the thumb hole and higher fingerings in particular.

Overblowing

The practical term for exciting higher resonances, usually with the thumb hole partly open and altered air pressure.

Descant recorder

The widespread size in C, often used in early lessons.

Sopranino

A smaller, higher-sounding recorder above the descant.

Tenor recorder

A larger, lower-sounding recorder with a warm tone; keys may be needed because of its size.

Windway

The fixed path for the air in the head joint between mouthpiece, block and labium.

Pitch

The system of pitches and the agreed reference pitch of an ensemble, such as a modern a′ = 440 Hz or 442 Hz.

Temperature

An important influence on pitch, because the speed of sound increases in warm air.

Ornament

A musical decoration such as a trill or mordent, which plays an important part in baroque music in particular.

Vibrato

A periodic change of pitch or intensity; on the recorder it can be shaped through air pressure among other means.

31Common misunderstandings

A common simplification is that the recorder is “easy, because you just blow into it”. It is true that the windway takes care of the basic guidance of the air. What is not given is the air pressure, the colour, the articulation, the intonation, the phrasing and the dynamic control. These are exactly the factors that separate beginners from advanced players. A clean tone is the result of instrument and player working together.

A second misunderstanding concerns the material. Plastic is not automatically inferior and wood not automatically superior. Both materials can be worked to different standards. The acoustic construction is decisive. A good plastic instrument can serve excellently in lessons and in an ensemble. A professional wooden model can offer additional possibilities of sound and response, but needs more careful maintenance.

The claim that the recorder is inherently “out of tune” does not hold either. Every acoustic instrument has its intonation characteristics. The recorder can be corrected very flexibly through air pressure, coverage of the holes and alternative fingerings. At the same time the player has to learn which notes tend by construction to need adjusting. In an ensemble, good intonation arises from everyone listening and adapting.

Finally, the recorder is not confined to baroque music. Its history reaches back considerably further, and a large modern repertoire has grown up since the twentieth century. At the same time, modern recorders should not simply be equated with historical originals. Anyone playing early music therefore engages with suitable designs, temperaments, articulations and sources. Anyone playing contemporary music may need quite different technical means.

32Sources and further reading

• David Lasocki: article “Recorder” in: Grove Music Online.
• Hans-Martin Linde: Handbuch des Blockflötenspiels. Schott.
• John Mansfield Thomson (ed.): The Cambridge Companion to the Recorder. Cambridge University Press 1995.
• Nikolaj Tarasov (ed.): Windkanal – Das Forum für die Blockflöte (journal).

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Last updated: September 2026 · Musikpedia editorial team, Cuxhaven Music School