Drop C sharp Tuning on 6-string guitar

Drop C sharp tuning is C#2 G#2 C#3 F#3 A#3 D#4, written C#G#C#F#A#D#. Drop D lowered a semitone across all six strings, or equivalently half-step-down tuning with the 6th string dropped a whole step.

Target tuning: Drop C sharp (C#G#C#F#A#D#)
StringNoteFrequency (Hz)MIDI
6th (lowest)C#269.3037
5thG#2103.8344
4thC#3138.5949
3rdF#3185.0054
2ndA#3233.0858
1st (highest)D#4311.1363

Every frequency is computed from the MIDI number, not typed in. Each one links to its own reference page.

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Play a string, see exactly how far off it is

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Reference tone
Calibration
A4 440 Hz

Space start or stop 1 to 6 pick a string and hear it Esc stop the tone

Why guitarists use Drop C sharp tuning

The half step between this and Drop D is small enough that string tension barely changes, so it is the usual choice when a singer needs one semitone of headroom but the player does not want the slack feel of Drop C.

Where you will hear it: hard rock, metal, alternative rock. That list is deliberately limited to genres and playing traditions. Attributing a tuning to specific songs or players is the kind of claim that needs a source, and this page does not make claims it cannot back up.

Drop C sharp compared with standard EADGBE tuning

This is the table that tells you how far to turn each peg, in semitones and in hertz. A negative semitone value means the string goes down.

StringStandardStandard (Hz)Drop C sharpDrop C sharp (Hz)Change
6th (lowest)E282.41C#269.30-3 semitones (-13.11 Hz)
5thA2110.00G#2103.83-1 semitone (-6.17 Hz)
4thD3146.83C#3138.59-1 semitone (-8.24 Hz)
3rdG3196.00F#3185.00-1 semitone (-11.00 Hz)
2ndB3246.94A#3233.08-1 semitone (-13.86 Hz)
1st (highest)E4329.63D#4311.13-1 semitone (-18.50 Hz)

Notice that equal semitone steps are not equal hertz steps: the same whole step is worth about 9 Hz down at the bottom string and far more at the top. That is why tuners report cents, which are proportional, rather than hertz.

How to tune to Drop C sharp, string by string

  1. Play the 6th (lowest) open and adjust until the tuner reads C#2 at 69.30 Hz. Aim to land inside five cents.
  2. Play the 5th open and adjust until the tuner reads G#2 at 103.83 Hz. Aim to land inside five cents.
  3. Play the 4th open and adjust until the tuner reads C#3 at 138.59 Hz. Aim to land inside five cents.
  4. Play the 3rd open and adjust until the tuner reads F#3 at 185.00 Hz. Aim to land inside five cents.
  5. Play the 2nd open and adjust until the tuner reads A#3 at 233.08 Hz. Aim to land inside five cents.
  6. Play the 1st (highest) open and adjust until the tuner reads D#4 at 311.13 Hz. Aim to land inside five cents.

Retune in two passes. Changing the tension on one string changes the pull on the neck, so the strings you set first will have drifted slightly by the time you finish the last one. That effect is larger the further the tuning sits from standard, so a tuning that moves four or more strings almost always needs a third pass.

Frequently asked questions

What notes is Drop C sharp tuning on a 6-string guitar?

Drop C sharp is C#2, G#2, C#3, F#3, A#3, D#4, written C#G#C#F#A#D#. Drop D lowered a semitone across all six strings, or equivalently half-step-down tuning with the 6th string dropped a whole step.

What are the frequencies of Drop C sharp tuning?

C#2 is 69.30 Hz, G#2 is 103.83 Hz, C#3 is 138.59 Hz, F#3 is 185.00 Hz, A#3 is 233.08 Hz, D#4 is 311.13 Hz, all in twelve tone equal temperament with A4 at 440 Hz.

How many strings change compared to standard tuning?

6 of 6. the 6th (lowest) goes from E2 to C#2 (down 3 semitones), the 5th goes from A2 to G#2 (down 1 semitone), the 4th goes from D3 to C#3 (down 1 semitone), the 3rd goes from G3 to F#3 (down 1 semitone), the 2nd goes from B3 to A#3 (down 1 semitone), the 1st (highest) goes from E4 to D#4 (down 1 semitone).

What is the lowest note in Drop C sharp tuning?

C#2 at 69.30 Hz, MIDI note 37. Low notes take longer for a pitch detector to lock onto, so play the string firmly and let it ring before trusting the cents reading.

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Other 6-string guitar tunings

More tuning references

Frequencies on this page are computed at build time from twelve tone equal temperament with A4 = 440 Hz, using the twelfth root of two (about 1.059463) per semitone. Nothing is typed in by hand. See the full method and sources. Maintained by FusionStudios. Last reviewed: .