The Whole Tone Scale on Guitar: Symmetrical and Dreamy

1 What Is the Whole Tone Scale?

The whole tone scale is a six-note symmetrical scale built entirely from whole steps. Every interval between consecutive notes is exactly two frets on the guitar. This uniform spacing gives the scale its characteristic dreamy, floating, and slightly disorienting quality—there is no strong pull toward a tonal center because every note is equally spaced.

Unlike the major or minor scales, which have a mix of whole steps and half steps that create tension and resolution, the whole tone scale lacks any half-step movement. This absence of leading tones means the scale sounds suspended, unresolved, and ambiguous. Composers and improvisers use this quality deliberately to create passages that feel like they are hovering outside of normal tonality.

The whole tone scale is a staple of jazz vocabulary and impressionist music. Debussy used it extensively in his piano works, and jazz players from Thelonious Monk to Wayne Shorter have exploited its otherworldly sound. On guitar, it produces lush, unexpected melodies that break out of the predictable patterns of pentatonic and diatonic playing.

Because of its symmetry, the whole tone scale is actually simpler to learn than most other scales. There are only two whole tone scales in existence, and the fretboard patterns are remarkably consistent. Once you learn one shape, transposing it is effortless.

2 The Theory Behind Whole Tone Symmetry

The formula for the whole tone scale is simply: W-W-W-W-W-W (whole step between every note). Starting from C, that gives us: C, D, E, F#, G#, A#, and back to C. Six notes, six whole steps, one octave. No sharps-and-flats irregularities to memorize.

Whole Tone Scale #1 (starting on C):
C  -  D  -  E  -  F# -  G# -  A#  -  (C)
  W     W     W     W     W     W

Whole Tone Scale #2 (starting on Db):
Db -  Eb -  F  -  G  -  A  -  B   -  (Db)
  W     W     W     W     W     W

Every other note in the chromatic scale belongs to one of these two groups.
There are ONLY two whole tone scales in all of music.
        

This is the critical insight: there are only two distinct whole tone scales. Every whole tone scale starting on C, D, E, F#, G#, or A# contains exactly the same notes—they are all the same scale started from a different point. Likewise, every whole tone scale starting on Db, Eb, F, G, A, or B shares the same note set. This means you only need to learn two collections of notes to cover all twelve keys.

The symmetry also means there are no modes of the whole tone scale—starting on any note produces the same intervallic pattern. This is fundamentally different from the major scale, which generates seven distinct modes. The whole tone scale is its own mode, no matter where you begin.

3 Whole Tone Scale Shapes on Guitar

The whole tone scale produces very consistent shapes on the guitar because every interval is the same size. On a single string, the pattern is simply every other fret. Across strings, the shapes are symmetrical and repeat predictably.

C Whole Tone Scale - Position 1 (Root on 6th string, 8th fret):

e|------------------9--11----|
B|--------------8--10--------|
G|----------6--8-------------|
D|------7--9-----------------|
A|--8--10--------------------|
E|--8--10--------------------|

C Whole Tone Scale - Single String (6th string):
E|--8--10--12--14--16--18--20--|
   C   D   E   F#  G#  A#  C

C Whole Tone Scale - Two-Notes-Per-String Pattern:
e|---------------------9--11--|
B|----------------8--10-------|
G|-----------6--8-------------|
D|------7--9------------------|
A|--3--5----------------------|
E|--8--10---------------------|
        

Notice the two-notes-per-string approach. Because every string has exactly two notes separated by a whole step, the picking pattern is identical on every string. This makes the whole tone scale one of the easiest scales to play with alternate picking—you always have the same number of notes per string.

Try sliding through different positions. Because the scale is symmetrical, you can shift the entire pattern up by two frets and you are still playing the same whole tone scale, just starting on the next note in the sequence. This makes position shifts much more intuitive than with asymmetrical scales.

For a wider sound, try three-notes-per-string patterns or stretch patterns that span five or six frets. The whole tone scale lends itself to wide interval leaps because every note is consonant with every other note in the scale—there are no clashing half-step intervals to avoid.

4 Chords Built from the Whole Tone Scale

The whole tone scale generates a specific family of chords, and understanding these helps you know when to deploy the scale. The most important chord is the augmented triad, which consists of two stacked major thirds. In C whole tone, the C augmented triad is C-E-G#. Every triad built from the whole tone scale is augmented.

The dominant 7th sharp 5 chord (7#5) is the most common chord associated with the whole tone scale. C7#5 contains C-E-G#-Bb. When you see a 7#5 chord symbol on a chart, the whole tone scale is your go-to choice for improvisation. Similarly, the 9#5 and 7b5 chords work well with whole tone sounds.

Augmented triads have the same symmetrical property as the whole tone scale itself: there are only four distinct augmented triads. C augmented, E augmented, and G# augmented all contain the same three notes. This means learning to recognize augmented sounds gives you instant access to whole tone vocabulary in multiple keys.

5 Improvisation Applications

The whole tone scale works best in specific harmonic contexts. Its primary home is over dominant 7th chords, particularly those with altered fifths (7#5 or 7b5). In a jazz context, if a tune has a G7#5 resolving to Cmaj7, playing the G whole tone scale over that dominant chord produces a lush, impressionistic color before the resolution.

Another powerful application is using the whole tone scale as a "departure" sound. In the middle of a solo based on more conventional scales, a brief passage of whole tone notes creates a sense of leaving the ground. The lack of tonal gravity makes the listener feel suspended, and when you return to a diatonic scale, the resolution is very satisfying.

Whole tone runs work particularly well in ascending sequences because the consistent intervals create a sense of continuous upward motion. Try playing the scale in groups of three or four notes, ascending through positions. The effect is like a spiral staircase—always moving up but never quite arriving, which creates compelling musical tension.

Combining whole tone passages with melodic minor scale lines is a classic jazz technique. The two scales share several notes and their alternation creates a sophisticated push-and-pull between floating ambiguity (whole tone) and focused direction (melodic minor).

6 Famous Whole Tone Examples

The whole tone scale has appeared in music for over a century. Claude Debussy made it a signature sound in pieces like "Voiles" and the opening of "L'Isle Joyeuse." In film music, the whole tone scale is often used to create dream sequences, underwater scenes, or transitions into fantasy worlds. Its unanchored quality is perfect for moments that need to feel "other."

In jazz, Thelonious Monk frequently used whole tone runs in his improvisations, particularly over dominant chords. Wayne Shorter's compositions often feature whole tone harmony, and John Coltrane explored the scale in his later, more exploratory work. On guitar, players like Pat Metheny, Allan Holdsworth, and Robben Ford have all incorporated whole tone ideas into their vocabulary.

In rock and pop, the whole tone scale appears more subtly. The Beatles used it in "Oh! Darling" and Stevie Wonder employed it in several compositions. Film composers like Danny Elfman and John Williams use whole tone passages regularly to create surreal or magical atmospheres.

Studying these examples by ear is one of the best ways to internalize the sound of the whole tone scale. When you can hear it in context, you will start finding natural places to use it in your own playing.

7 Practice Strategies for Whole Tone Fluency

Begin by learning both whole tone scales as single-string exercises on every string. This is the fastest way to hear the sound and feel the consistent two-fret spacing. Play each scale ascending and descending, saying the note names aloud.

Next, learn two or three positional shapes across all six strings. Because there are only two whole tone scales, you only need to learn each shape twice—once for each collection. Practice them with a metronome, starting slowly and gradually increasing speed.

Create musical phrases rather than just running the scale up and down. Try interval patterns: thirds (skipping one note), fourths (skipping two notes), or even wider leaps. The whole tone scale sounds especially beautiful in wide intervals because every combination is consonant.

Practice over backing tracks. Find or create a simple vamp on a dominant 7#5 chord and solo using only whole tone notes. At first, this will feel strange and disorienting—that is the point. Over time, you will learn to navigate the scale's floating quality with confidence and use it as a deliberate expressive choice rather than a random collection of notes.

Finally, practice transitioning into and out of the whole tone scale. Play a blues lick, shift into a whole tone passage for two or three beats, then resolve back to the blues scale. This in-and-out approach is how most players use the whole tone scale in real musical situations rather than playing entire solos exclusively in whole tone.