Oboe Fingering Chart

The oboe: the instrument that tunes the orchestra

Before a concert, the whole orchestra tunes to one note from one instrument: the oboe's A. The tradition survives because it works — the oboe's pitch is fixed by its double reed and is the hardest in the ensemble to bend, and its bright, penetrating tone cuts through a hundred other instruments warming up. That reed is the oboe's defining feature and its daily challenge: two small pieces of cane, tied onto a metal staple and scraped thin by the player, vibrate against each other to make the sound. Every fingering on this page assumes a reed that responds; when a note — usually a low one — refuses to speak, the reed is the first suspect, ahead of the fingering.

Concert pitch: what you read is what you hear

Most of the instruments on this site transpose: the clarinet sounds a whole step below its written notes, the alto saxophone a major sixth below. The oboe does not. It is built in C, so written B♭4 sounds as concert B♭4, and the "Sounds as" column in the chart simply repeats the written note. When the band director calls for a concert pitch, the oboe plays the note with that exact name — no mental arithmetic, which is one reason oboists are often handed the tuning note in bands as well as orchestras.

How the oboe changes register: a half-hole, then two octave keys

The oboe overblows at the octave — unlike the clarinet, which jumps a twelfth — so the second octave mostly repeats the first octave's fingerings with one addition, and which addition changes as you climb. From B♭3 to C5, nothing is added: the plain first octave. From C♯5 to E♭5, the addition is the half-hole: the left index finger rolls down to open the small vent in its key plate while the plate itself stays covered. From E5 to G♯5 the vent gives way to the first octave key under the left thumb. From A5 to C6 the second octave key, pressed with the side of the left index finger, takes over. Most oboes link the two octave keys semi-automatically, so the changeover at G♯5–A5 happens inside the mechanism as your fingers move; the chart still marks which key each note uses, so it is right on older and simpler instruments too. The third octave (C♯6 to F6) is different again: the left index finger leaves its hole entirely or half-holes it, and the pinky keys do much of the work.

The three Fs: regular, forked and left

F is the oboe's awkward note, and it has three standard fingerings. The regular F (the main fingering on the F pages) keeps the left hand down, puts the right index and middle fingers down, and closes the third hole with the F key under the right ring finger. The forked F (the alternate on the F pages) puts the right ring finger on its hole instead and adds the E♭ key — the fingering to use when the notes around F are D, E♭ or C, where the ring finger is already committed; on oboes fitted with an F resonance key the E♭ key can be left off. The left F plays the note from a lever under the left pinky and sidesteps the right hand entirely — it is described on the F note pages rather than diagrammed, because not every oboe has the lever. Choosing between the three by context, rather than playing every F the same way, is what makes F–E♭ and F–D passages stop feeling clumsy.

Two E♭ keys, and which one to use

The oboe carries an E♭ key for each pinky. The right-hand E♭ is the default — it is the main fingering on the E♭ pages. The left-hand E♭ (the alternate) exists for the passages where the right pinky cannot get there: the Woodwind Fingering Guide's own guidance is to use it in combination with C4 and C♯4, whose fingerings already occupy the right pinky with the low C and C♯ keys. Learn both; E♭ is common enough that you will need each of them.

Low B♭, low B, and the B–C link

The two lowest notes use the full length of the instrument plus a pinky key each — and, as both source charts print them, the right pinky's low C key as well. That C key is not a mistake: on many oboes the low B and B♭ mechanisms are linked to the C key (Yamaha's owner's manual notes that "when Low B-C is linked, C key is unnecessary", because the link presses it for you), and on oboes without the link the player presses it as part of the fingering. Some student oboes have no low B♭ key at all and stop at B3; if your music asks for B♭3 on such an instrument, that is a conversation with your teacher, not a fingering problem. A tired reed shows up here first — the bottom two notes are the first to fail when the reed or a bell key stops sealing.

A sensible way to practise from this chart

Start where the method books start, in the middle of the first octave, and learn the switch points as separate skills: the half-hole roll (practise C♯5–D5–E♭5 slowly, feeling the finger roll rather than lift), the thumb-key range from E5, and the side-key range from A5, where the index finger must stay down while its side works the key. Keep the reed soaked and the embouchure steady — on the oboe, more notes fail from the reed and the air than from the fingers.

Sources

Every fingering in this oboe fingering chart was checked against two independent references before publishing. The first is the Woodwind Fingering Guide's basic fingering charts for oboe — the specialist reference for woodwind fingerings, whose charts state the primary fingerings learned by all oboists. The second is the NoteAtlas oboe fingering chart, with the First 5 Notes oboe chart and the fingerchart.com oboe chart as further cross-checks. On twenty-three of the twenty-seven notes the two main sources cover together, they agree exactly. On four — B♭4, C5, B♭5 and C6 — the NoteAtlas chart departs from the Guide; the First 5 Notes chart sides with the Guide on all four, so the Guide's fingerings are the ones published here and the disagreement is recorded rather than hidden. Yamaha's own oboe fingering chart is printed in its oboe owner's manuals (for example the YOB-241 student oboe manual) rather than in its online Musical Instrument Guide; the manual confirms the semi-automatic octave-key system this chart is built on, and its note that the low C key is unnecessary "when Low B-C is linked" is exactly the mechanism explained in the low B♭ section above.

Oboe fingering questions