Musicians and guitar enthusiasts often explore different tuning options to achieve unique sounds and expand their creative possibilities. D standard tuning stands out as a popular alternative to the traditional E standard tuning, offering a deeper, more resonant sound that’s become a staple in various music genres.
By tuning every string down a whole step from E standard, D standard tuning creates a darker tonality that’s particularly appealing in rock, metal, and alternative music. This tuning has been embraced by influential artists like Metallica, Down, and The Melvins, helping to shape the signature sound of countless hit songs and albums.
D Standard Tuning
D standard tuning drops every string of a guitar down one whole step from E standard tuning. The strings are tuned to D-G-C-F-A-D (from lowest to highest), creating a lower pitch across the entire instrument.
This alternate tuning maintains the same intervals between strings as E standard tuning, preserving familiar chord shapes and scale patterns. The resulting pitch configuration transforms the guitar’s sound in these specific ways:
Produces deeper bass frequencies compared to E standard
Creates increased string slack for enhanced string bending
Reduces overall string tension by approximately 20%
Generates darker overtones across all six strings
Here’s how the string notes change from E standard to D standard:
String Number
E Standard
D Standard
6th (lowest)
E2
D2
5th
A2
G2
4th
D3
C3
3rd
G3
F3
2nd
B3
A3
1st (highest)
E4
D4
The physical changes in string tension affect these playing characteristics:
Enables easier string bending due to reduced tension
Allows for wider vibrato techniques
Facilitates smoother hammer-ons and pull-offs
Supports extended playing techniques like pinch harmonics
Light gauge strings (0.009-0.042) become too loose
Medium gauge strings (0.011-0.052) provide optimal tension
Heavy gauge strings (0.012-0.056) offer maximum stability
Benefits Of D Standard Tuning
D standard tuning offers distinct advantages that enhance playing experience and tonal capabilities. These benefits create unique sonic possibilities and improved playability for guitarists across multiple genres.
Enhanced Low-End Sound
D standard tuning creates fuller bass frequencies that add depth to chord progressions and riffs. The lowered pitch produces rich overtones particularly noticeable in power chords and open-string patterns. Many modern metal producers favor this tuning for rhythm guitar tracks because it fills the mix with additional low-mid frequencies between 100-300 Hz. The deeper resonance cuts through dense arrangements while maintaining clarity in both live and recorded settings.
Smoother string bends up to 3 semitones
Extended vibrato techniques with minimal hand fatigue
Easier hammer-ons and pull-offs during fast passages
Increased sustain on single notes and chords
Reduced finger strain during extended playing sessions
String Number
Tension Reduction (lbs)
High E to D
3.2
B to A
2.8
G to F
2.5
D to C
2.3
A to G
2.1
Low E to D
1.9
Popular Songs In D Standard Tuning
D standard tuning features prominently in numerous iconic songs across multiple genres. The deeper tonality creates a distinct sonic character that defines many classic tracks.
Metal And Hard Rock Examples
Several metal bands utilize D standard tuning to achieve their signature heavy sound:
“Sad But True” by Metallica (Black Album, 1991)
“Breaking The Law” by Judas Priest (British Steel, 1980)
“Ashes In Your Mouth” by Megadeth (Countdown to Extinction, 1992)
“Walk” by Pantera (Vulgar Display of Power, 1992)
“N.I.B.” by Black Sabbath (Black Sabbath, 1970)
“Killing In The Name” by Rage Against The Machine (Rage Against The Machine, 1992)
“All Apologies” by Nirvana (In Utero, 1993)
“Black Hole Sun” by Soundgarden (Superunknown, 1994)
“1979” by The Smashing Pumpkins (Mellon Collie and the Infinite Sadness, 1995)
“Fell on Black Days” by Soundgarden (Superunknown, 1994)
“Tomorrow” by Silverchair (Frogstomp, 1995)
“Zero” by The Smashing Pumpkins (Mellon Collie and the Infinite Sadness, 1995)
Band
Song
Album
Year
Metallica
Sad But True
Black Album
1991
Soundgarden
Black Hole Sun
Superunknown
1994
Nirvana
All Apologies
In Utero
1993
Pantera
Walk
Vulgar Display of Power
1992
How To Change From E To D Standard
Changing from E standard to D standard tuning requires tuning each string down one whole step. This process demands precise tools and a methodical approach to achieve accurate pitch adjustment while maintaining string stability.
Required Tools And Equipment
A digital chromatic tuner enhances tuning accuracy when switching to D standard. Essential tools include:
Electronic tuner with chromatic function
Spare set of strings (gauge .011-.052 or heavier)
String winder for faster string changes
Wire cutters for trimming new strings
Pliers for string removal
Guitar picks of various thicknesses
Microfiber cloth for cleaning
Start with the low E string:
Tune down to D (73.42 Hz)
Check pitch stability after initial adjustment
Adjust the A string:
Lower to G (98.00 Hz)
Verify tuning multiple times
Tune the D string:
Decrease to C (130.81 Hz)
Test note clarity
Lower the G string:
Adjust to F (174.61 Hz)
Confirm pitch accuracy
Move to the B string:
Tune down to A (220.00 Hz)
Check string response
Complete with the high E:
Lower to D (293.66 Hz)
Verify final tuning stability
String Number
Standard E
New D Tuning
Frequency (Hz)
6th (Low)
E
D
73.42
5th
A
G
98.00
4th
D
C
130.81
3rd
G
F
174.61
2nd
B
A
220.00
1st (High)
E
D
293.66
Common Issues When Using D Standard
D standard tuning presents specific challenges that require attention for optimal guitar performance. These issues primarily affect string behavior, intonation settings and overall playability.
Intonation Problems
Intonation shifts occur when switching to D standard tuning due to the reduced string tension. The bridge saddles need adjustment to maintain accurate pitch across the fretboard length. Common intonation issues include:
Notes sound sharp in higher positions beyond the 12th fret
Chords become noticeably out of tune in certain positions
Open strings ring true but fretted notes deviate from pitch
Octaves don’t align perfectly between strings
String Buzz Concerns
Lower tension in D standard creates increased string vibration that can cause unwanted buzzing against the frets. Key factors contributing to string buzz include:
Insufficient string height at the bridge saddles
Worn or uneven fret surfaces
Bridge height settings optimized for E standard
Neck relief requires truss rod adjustment
String gauge too light for lower tuning
String Position
Bridge Height (mm)
Nut Height (mm)
Low D
2.0 – 2.4
0.6 – 0.8
Middle Strings
1.8 – 2.2
0.5 – 0.7
High D
1.6 – 2.0
0.4 – 0.6
What Is D Standard Tuning
D standard tuning offers guitarists a powerful alternative that transforms both their sound and playing experience. The deeper resonance combined with reduced string tension creates opportunities for enhanced expression through bending vibrato and other techniques.
While proper setup and string selection require attention switching to D standard tuning unlocks new sonic possibilities that have shaped countless memorable songs across genres. The versatility and distinctive tonal character make it an invaluable tool for any guitarist looking to expand their musical horizons.