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New standard
Five consecutive open-notes of new standard tuning are spaced seven semitones apart on the chromatic circle; the highest interval is only three semitones apart.
Basic information
AliasesGuitar Craft tuning
IntervalPerfect fifth
Semitones7
Example(s)C-G-D-A-E-G
Advanced information
RepetitionNo
AdvantagesApproximates all-fifths tuning; wide range
DisadvantagesVery difficult to play standard-guitar music
Left-handed tuningAll-fourths tuning (approximately)
Associated musician
GuitaristRobert Fripp
Robert Fripp has taught new standard tuning to three-thousand Guitar Craft students
Regular tunings (semitones)
Trivial (0)
Minor thirds (3)
Major thirds (4)
All fourths (5)
Augmented fourths (6)
New standard (7, 3)
All fifths (7)
Minor sixths (8)
Guitar tunings

New standard tuning (NST) is an alternative tuning for the guitar that approximates all-fifths tuning. The guitar's strings are assigned the notes C2-G2-D3-A3-E4-G4 (from lowest to highest); the five lowest open strings are each tuned to an interval of a perfect fifth {(C,G),(G,D),(D,A),(A,E)}; the two highest strings are a minor third apart (E,G).

All-fifths tuning is typically used for mandolins, cellos, violas, and violins. On a guitar, tuning the strings in fifths would mean the first string would be a high B. NST provides a good approximation to all-fifths tuning. Like other regular tunings, NST allows chord fingerings to be shifted from one set of strings to another.

NST's C-G range is wider, both lower and higher, than the E-E range of standard tuning in which the strings are tuned to the open notes E2-A2-D3-G3-B3-E4. The greater range allows NST guitars to play repertoire that would be impractical, if not impossible, on a standard-tuned guitar.

NST was developed by Robert Fripp, the guitarist for King Crimson. Fripp taught the new standard tuning in Guitar Craft courses beginning in 1985, and thousands of Guitar Craft students continue to use the tuning. Like other alternative tunings for guitar, NST provides challenges and new opportunities to guitarists, who have developed music especially suited to NST.

NST places the guitar strings under greater tension than standard tuning. Standard sets of guitar strings do not work well with the tuning as the lowest strings are too loose and the highest string may snap under the increased tension. Special sets of NST strings have been available for decades, and some guitarists assemble NST sets from individual strings.[1]

History

[edit]
The open strings of new standard tuning
Audio file of new standard tuning's open notes

New standard tuning (NST) was invented by guitarist Robert Fripp of the band King Crimson in September 1983.[2][3]

"I was in the Apple Health Spa on Bleecker and Thompson [in New York City] back in September 1983, in the sauna at half past 10 in the morning, almost asleep, and the tuning flew over my head. At the time I couldn't understand what it was for. I was asked to give a guitar seminar at Claymont Court in December 1984, to raise funds for the running of the estate and the children's school. There was a click and I realized the tuning was for the guitar class."[4]

Fripp began using the tuning in 1985 before beginning his Guitar Craft seminars,[5][6] which have taught the tuning to three thousand guitarists.[7]

String (right-handed) Note Frequency (hertz)
1 g' 392.00
2 e' 329.63
3 a 220.00
4 d 146.83
5 G 98.66
6 C 65.41

The tuning is (from low to high): C2-G2-D3-A3-E4-G4. The original version of NST was all-fifths tuning. However, in the 1980s, Fripp never attained the all-fifth's high B. While he could attain A, the string's lifetime was too short. Experimenting with a G string, Fripp succeeded. "Originally, seen in 5ths all the way, the top string would not go to B. So, as on a tenor banjo, I adopted an A on the first string. These kept breaking, so G was adopted."[6] In 2012, Fripp suggested that Guitar Circle members experiment with an A string (0.007) from Octave4Plus of Gary Goodman;[8][9][10] if successful, the experiment could lead to "the NST 1.2", C2G2D3A3E4-A4, according to Fripp.[8] In 2010, Fripp suggested renaming the tuning as "Guitar Craft Standard Tuning or C Pentatonic tuning".[11]

Properties

[edit]
Chord diagrams for new standard tuning

The lowest five strings are tuned in perfect fifths from a low C. The first string is a minor third up from the E to a G. Since the lowest five strings are tuned in fifths, guitars with NST can be played with the fingerings for chords and scales used on the violin, cello, and mandolin.[12]

The first five strings of NST have all-fifths tuning, and so its all-fifths chords are movable around the fretboard. In contrast, standard tuning has an irregular major-third interjected among its perfect fourths, which complicates the learning of chords by beginners.[13]

The distinct open-notes {C,G,D,A,E} are the notes of the major pentatonic scale on C, which contains only consonant intervals. The C-pentatonic scale omits the open B of standard tuning and all-fifths tuning, which forms a dissonant second-interval with C. With the 1980s King Crimson, Fripp had used pentatonic harmony in "Discipline", "Thela Hun Ginjeet", and "Sartori in Tangier".[14]

Harmonics: Overtones

[edit]
Initial eight harmonics on C, namely (C,C,G,C,E,G,B♭,C) Play simultaneouslyⓘ

"With a note of music, one strikes the fundamental, and, in addition to the root note, other notes are generated: these are the harmonic series.... As one fundamental note contains within it other notes in the octave, two fundamentals produce a remarkable array of harmonics, and the number of possible combinations between all the notes increases phenomenally. With a triad, affairs stand a good chance of getting severely out of hand."

— Robert Fripp, Denyer (1992, p. 114)

New standard tuning lists four notes (C,G,E,G) from the harmonic sequence (overtones) for the note C.[15] When the low open-note C-string is struck, its harmonic sequence begins with the notes

(C,C,G,C,E,G,B♭,C).[16]

To strengthen a given chord, Vincent Persichetti's Twentieth-century harmony recommends adding perfect fifths above the initial overtones, rather than adding higher overtones, such as B♭ and the higher C.[16][17] Persichetti's book influenced Fripp.[18] In new standard tuning

  • C is the fundamental overtone,
  • G as a fifth reinforces C,
  • D as a fifth reinforces G,
  • A as a fifth reinforces D,
  • E both as a fifth reinforces A and as the fifth overtone reinforces C, and
  • G as the sixth overtone reinforces C.

Range

[edit]
New standard tuning's range.

Like all-fifths tuning,[12] NST has a greater range than the standard tuning, a perfect fifth greater (a major third lower and a minor third higher).

Chords: Perfect intervals rather than thirds

[edit]
See also: Guitar chord and Quartal and quintal harmony

Asked whether NST facilitates "new intervals or harmonies that aren't readily available in standard tuning", Fripp responded, "Yes, that's part of it. It's more effective. It's a more rational system, but it's also better sounding—better for chords, better for single notes." To build chords, Fripp uses "perfect intervals in fourths, fifths and octaves", so avoiding minor and major thirds.[2][19] Quartal and quintal harmony was stressed from the beginning of Fripp's teaching of Guitar Craft. Fripp began a 1986 course with these directions: "Now, pick a note from the following series—[it was a series of fourths or fifths]. When you are ready—do not be in any hurry, but when you are ready play your note, then pick others and play them as the situation demands it. Your first note will be the first intentional note you have played in a week."[20]

It is a challenge to adapt conventional guitar chords to new standard tuning.[20] NST has wider intervals between consecutive strings than standard tuning.[12]

"Most songs (that is music which has both words and instrumental accompaniments) written in the [NST] have a quality of walking on long stilts. There are rarely many intervals, harmonic or melodic, in these guitar accompaniments that are closer than a major third except in the top of the voicing. Close voicings (from a single guitar) in [NST] are possible thanks to the minor third between the first and second string, and this is often the only practical place where close voicings occur with any regularity".[15]

Historical background

[edit]

Modern quartal and quintal harmony revives the polyphonic traditions of medieval Europe. Before the common practice period, European polyphony emphasized unison intervals and octaves and also perfect fifths. From the Renaissance to 1900, Western symphonic music was diatonic, emphasizing the tertian harmony of major and minor scales, keys, and chords.[21] Much popular music, especially rock, retains diatonic harmony.

String gauges

[edit]
Guitar strings that were designed for the high E of standard tuning can be tuned to NST's high G with greater tension and shorter lifetimes.

With traditional guitar strings, the low C may be loose and the high G may be too tight. Special gauges are therefore more suitable for NST. For steel-stringed acoustic-guitars, many Guitar Craft participants use either an .011–.058 inch set[5] or an .011–.059 inch set;[22] string-sets may be purchased as a set from a manufacturer or purchased singly and assembled by the guitarist.

Steel-string gauges (inches) for acoustic guitars
G 1 E 2 A 3 D  4 G 5 C 6 Distributor
0.011 0.013 0.023 0.032 0.046 0.056 Guitar Craft Services[20] (Unavailable in 2012)
0.012 0.015 0.023 0.032 0.046 0.060 Guitar Craft Services[20] (Unavailable in 2012)
0.011 0.013 0.022 0.032 0.047 0.058 John Pearse Strings, manufacturer[23][24]
0.011 0.013 0.022 0.032 0.047 0.059 D'Addario, manufacturer[22][24] (available at Guitar Circle courses)[24]
0.010 0.052 (light) Newtone Strings[25]

In 2012, a 0.007 inch gauge was being evaluated by Fripp and other members of Guitar Circle, who are considering replacing the first string's G note with an A note, the better to approximate the B note of all-fifths tuning. The 0.007 inch gauge was produced by Octave4Plus of Gary Goodman.[8][9][26] Robert Fripp uses lighter strings for electric guitar.[27]

Gauges for electric guitars
G 1 E 2 A 3 D  4 G 5 C 6 Reference
0.010 0.012 0.016 0.024 0.038 0.052 Robert Fripp[27][28]
0.008 0.012 0.015 0.026 0.042 0.052 Curt Golden[24]

Artists who use new standard tuning

[edit]
New standard tuning was taught first by Fripp in the courses of Guitar Craft, whose knotwork symbol is pictured.

Robert Fripp currently uses the new standard tuning, beginning in 1984.

Fripp has taught new standard tuning in his Guitar Craft courses. In Guitar Craft and in the 2010 successor Guitar Circles, students use only new standard tuning. Having to use a new tuning challenges students to approach their playing with greater mindfulness and to explore new ways of musical expression.[29]

As of 2011 there have been three-thousand graduates from Guitar Craft.[citation needed] Alumni who continue to practice new standard tuning are called "crafty guitarists" or "crafties".[7] Some crafty guitarists formed the League of Crafty Guitarists, which toured with Robert Fripp and have released multiple albums.[30] Guitar-Craft and the League of Crafty Guitarists have trained guitarists who went on to form new bands, such as the Trey Gunn and the California Guitar Trio;[31] Gunn and the California Guitar Trio have toured with Fripp as the Robert Fripp String Quintet. Other alumni of the League of Crafty Guitarists include members of Los Gauchos Alemanes, such as U.S. guitarist Steve Ball;[32] Ball is associated with the Seattle Guitar Circle,[33] along with League of Craft Guitarists alumnus Curt Golden.[34] The collection A Plague of Crafty Guitarists features many NST players including Nigel Gavin.[35][36] New standard tuning has been adapted for instruments besides guitar. Trey Gunn (Crimson's warr guitar player from 1994 to 2003) and Markus Reuter[37] have adapted new standard tuning for their 8- and 10-string instruments; in 2007 Reuter used a B♭-F-C-G-D-A-C-D tuning.[37] Finnish musician Heikki Malmberg uses a 7-string guitar tuned in new standard tuning with an additional low F.[38]

See also

[edit]

Notes

[edit]

References

[edit]

Further reading

[edit]
[edit]
Revisions and contributorsEdit on WikipediaRead on Wikipedia

New standard tuning

View on Grokipedia
from Grokipedia
New Standard Tuning (NST) is an alternative tuning for the six-string guitar, developed by English musician in 1983, featuring the notes C2–G2–D3–A3–E4–G4 from lowest to highest string. This configuration approximates an all-fifths tuning—similar to those used on instruments like the and —while incorporating a minor third interval between the two highest strings to better suit the guitar's length and playability. Fripp introduced NST as part of his Guitar Craft educational program, which began in 1985, to overcome the perceived limitations of standard E–A–D–G–B–E tuning, such as its uneven intervals that restrict certain chord voicings and melodic patterns. The tuning expands the instrument's range to a span of 31 semitones across the open strings (from C2 to G4), compared to 24 semitones in standard tuning (E2 to E4), enabling broader melodic movements and more logical fingerboard geometry for scales and arpeggios. Its open strings form a C major pentatonic scale, promoting transparent ensemble playing and portable chord shapes that can be shifted across the neck via simple barres. Key advantages of NST include disrupting familiar muscle memory to foster innovative composition, facilitating double stops and wide voicings akin to orchestral string sections, and accommodating heavier string gauges (typically .054 for the low C up to .010 for the high G) to maintain tension and intonation. Fripp employed it extensively in King Crimson's 1990s recordings, such as the album THRAK, and it has been adopted by groups like the California Guitar Trio, whose members trained under Fripp and use it for intricate, interlocking guitar arrangements. Despite its benefits, NST requires adaptation due to stretched reaches for some intervals and is best suited to guitars with adjustable necks or longer scales for optimal tone.

Overview

Definition and Tuning Notes

New Standard Tuning (NST) is an alternative guitar tuning that assigns the notes C2, G2, D3, A3, E4, and G4 to the six strings from lowest to highest pitch. This configuration serves as an approximation of all-fifths tuning adapted for the standard six-string guitar, featuring perfect fifth intervals between the five lowest strings (C2-G2, G2-D3, D3-A3, A3-E4) and a minor third interval between the two highest strings (E4-G4). The name "New Standard" underscores its design as a prospective successor to the conventional (E2A2D3G3B3E4), aiming to establish more uniform intervals across the strings for enhanced harmonic consistency and melodic clarity. This tuning was developed by guitarist in 1983. When played open, the strings of NST produce the notes of the , facilitating intuitive access to this scale without . The following illustrates the open-string pitches:

e|--G4--| B|--E4--| G|--A3--| D|--D3--| A|--G2--| E|--C2--|

e|--G4--| B|--E4--| G|--A3--| D|--D3--| A|--G2--| E|--C2--|

This arrangement highlights the tuning's emphasis on pentatonic structures and stepwise melodic potential.

Comparison to

New Standard Tuning (NST) contrasts with standard guitar tuning (EADGBE) primarily through its interval structure, which prioritizes consonant perfect fifths over the mixed fourths and thirds of the conventional system. In standard tuning, the intervals between consecutive strings from lowest to highest are four perfect fourths (E2-A2, A2-D3, D3-G3, G3-B3), followed by a major third (B3-E4). This arrangement, while facilitating common chord voicings in Western music, introduces inconsistencies that limit symmetrical patterns across the fretboard. NST, tuned to C2-G2-D3-A3-E4-G4, employs four perfect fifths (C2-G2, G2-D3, D3-A3, A3-E4) topped by third (E4-G4), approximating an all-fifths layout while accommodating the guitar's fixed scale length and string tension constraints. This structure yields a more uniform fretboard geometry compared to standard tuning's irregular intervals. The following table summarizes the adjacent string intervals for clarity:
TuningInterval Sequence (Low to High)
Standard (EADGBE)P4, P4, P4, M3, P4
NST (CGDAEG)P5, P5, P5, P5, m3
The uniform fifths in NST offer key advantages, including movable chord and scale shapes that can seamlessly across the fretboard without adjustment, enhancing improvisational fluidity and ensemble coordination. This symmetry simplifies navigation for complex harmonies, as patterns repeat consistently rather than shifting due to the break in . Additionally, NST expands the instrument's pitch range to approximately 2.58 octaves from C2 (65 Hz) to G4 (392 Hz), surpassing 's 2-octave span from E2 (82 Hz) to E4 (330 Hz), primarily by lowering the bass register for a fuller sonic palette. The all-fifths foundation also reduces dissonance in cluster voicings and open-position chords, producing cleaner, more resonant sounds than the occasional thirds-induced tensions in . However, adopting NST presents challenges, as it disrupts ingrained from , necessitating a complete relearning of familiar chord shapes and fingerings. The between the highest strings deviates from a pure all-fifths ideal, introducing a subtle that can affect high-register intonation and voicing balance on standard-scale guitars. Despite these hurdles, proponents argue the tuning fosters intentional playing and unlocks musical expressions unavailable in the conventional setup.

History and Development

Invention by

New Standard Tuning (NST) originated as 's innovative response to the limitations of standard guitar tuning, conceived during a period of musical exploration surrounding the recording of King Crimson's 1984 album Three of a Perfect Pair. In September 1983, while sweating in a at the Apple Health Spa in , Fripp experienced a sudden flash of inspiration for an alternative tuning system, driven by his dissatisfaction with the irregular intervals of E-A-D-G-B-E, which he felt hindered intuitive playing and harmonic clarity. Fripp's initial vision was an all-fifths tuning of C-G-D-A-E-B, mirroring the consistent intervals of orchestral string instruments like the to create a more logical fretboard layout. However, practical challenges arose during early experimentation: the high B string proved too tense for standard guitar construction, frequently breaking under the required pitch, and even attempts to use a tenor banjo-style A led to similar issues with playability and durability. To resolve these, Fripp adjusted the top string to G, resulting in the final NST configuration of C-G-D-A-E-G from low to high, which maintained the fifths sequence for the lower strings while ensuring reliability. Fripp first experimented with NST during the recording of Three of a Perfect Pair in 1984, though initially applied to the bottom five strings without full conviction, adopting it personally and exclusively in 1985 after stepping back from the music industry spotlight, including a challenging session with Scott Walker where the tuning's demands tested his commitment. This personal adoption preceded its formalization as a teaching tool in his inaugural course later that year. Fripp described NST as a "new standard" for the guitar, emphasizing its basis in the C pentatonic and its ability to enhance pentatonic and modal possibilities, thereby encouraging musicians to create fresh material rather than relying on conventional riffs. Later refinements to NST occurred within the framework, but the core invention remained tied to Fripp's 1983-1985 development phase.

Evolution and Adoption in Guitar Craft

, founded by in 1985, mandated the use of New Standard Tuning (NST) for all participants, establishing it as the foundational tuning for the program's pedagogical approach. This requirement encouraged students to adapt their playing to NST's all-fifths structure, fostering a uniform practice environment that emphasized technical precision and musical exploration. By 2011, after 25 years of courses held across four continents, approximately 3,000 students had participated, many continuing as "crafties" who integrated NST into their ongoing musical development. The program's evolution included the refinement of teaching methods specifically designed for NST, such as group exercises within the Guitar Circle, which promoted collective awareness and synchronized playing across the tuning's intervals. In , Fripp proposed an experimental variant known as NST 1.2 (C2-G2-D3-A3-E4-A4), incorporating a higher A4 string to enhance intonation and reduce the interval between the top strings; however, it has not achieved widespread adoption and remains largely investigational. These adaptations underscored Guitar Craft's focus on NST as a tool for both technical innovation and personal discipline. Institutionally, the program led to the formation of the League of Crafty Guitarists in , a performance ensemble composed of alumni that toured internationally and exemplified NST in ensemble settings until 1991, with sporadic revivals thereafter. Official structures were discontinued in 2017, marking the end of formal courses, though Fripp-affiliated seminars and workshops persisted. As of 2025, NST continues to influence these ongoing initiatives without significant new developments, maintaining its role in Fripp's educational legacy.

Acoustic and Musical Properties

Interval Structure and Harmonics

New Standard Tuning (NST) features an interval structure consisting of four consecutive perfect fifths between the lower strings, followed by a minor third on the upper strings. The tuning notes from lowest to highest are C2, G2, D3, A3, E4, and G4, yielding intervals of perfect fifths (C2-G2, G2-D3, D3-A3, A3-E4) and a minor third (E4-G4). In just intonation, the perfect fifth corresponds to a frequency ratio of 3:2, while the minor third uses a 6:5 ratio, promoting consonant sonorities derived from low-order harmonics in the natural overtone series. For practical playability on fretted instruments tuned to equal temperament, these intervals are approximated: the fifth's ratio adjusts slightly to approximately 1.4983 (equivalent to 700 cents, compared to the just 701.96 cents), introducing minimal detuning to align with the chromatic fretboard while preserving near-pure intonation. This can be expressed as the frequency relation for successive fifths: fn+1=32×fnf_{n+1} = \frac{3}{2} \times f_n in just intonation, tempered to fn+1≈1.4983×fnf_{n+1} \approx 1.4983 \times f_n. The stacking of fifths in NST enhances harmonic consonance among open strings, as their overtones align more closely with the harmonic series than in , where the (G-B, ratio 5:4 in but tempered to about 1.2599) introduces noticeable beating due to mistuned partials. In NST, the emphasis on fifths reduces such interference, allowing overtones to reinforce rather than clash, resulting in clearer, more stable resonances when strumming open strings or building harmonies. Spectral analysis of NST reveals stronger alignment with the natural harmonic series, where partials from stacked 3:2 ratios (e.g., the second partial of the lower string approximates the fundamental of the upper) minimize dissonance and beating compared to 's third-induced irregularities. has described the resulting chord qualities as infinitely better than those in , noting their superior clarity and effectiveness for both single notes and complex harmonies. This acoustic foundation contributes to NST's distinctive , often perceived as smooth yet evocatively resonant in ensemble contexts.

Range, Chords, and Playability

New Standard Tuning (NST) provides an expanded pitch range on the guitar, spanning from C2 on the lowest open string to G4 on the highest, covering approximately 2.5 octaves across the open strings alone. This contrasts with standard tuning's range from E2 to E4, which spans exactly 2 octaves, allowing NST to incorporate baritone-like low notes for deeper bass responses while reaching soprano-like highs for brighter melodic lines. The broader spectrum enables guitarists to access that demands greater vertical extension, such as orchestral transcriptions or extended progressions, without relying on detuning or additional instruments. The tuning's interval structure—primarily perfect fifths between strings, with a minor third from E4 to G4—facilitates movable chord forms based on perfect intervals, particularly stacks of fifths that function as power chords. For instance, a basic barre chord shape using the index finger across all strings at any fret produces a root-fifth harmony, as the fifths alignment ensures consistent interval relationships regardless of position. Open strings form a C major pentatonic scale (C-G-D-A-E-G), which supports modal playing by omitting thirds and emphasizing consonant overtones, encouraging ambiguous or open voicings over traditional tonal resolutions. In terms of playability, NST's simplifies fretboard navigation for barre chords and scales, as shapes shift uniformly across positions due to the fifths-based layout, promoting fluid transpositions and ensemble coordination. However, forming conventional triadic chords presents challenges stemming from the deviation between the top strings, which disrupts even spacing and requires adjusted fingerings that avoid standard major or minor thirds in favor of fifth-based or suspended harmonies. This design inherently steers compositions toward open, resonant textures, such as the chord fretted at the second fret on the D string while barring the open C and G strings (x E x A x D-2 G-0 C-0), enhancing clarity in polyphonic arrangements.

Practical Implementation

String Gauges and Tension

New Standard Tuning requires higher overall string tension than standard guitar tuning owing to the low C2 bass note, which demands a thicker gauge to prevent floppiness, and the high G4 treble note, which increases pull on the upper strings; balanced sets generally aim for 15-25 pounds of tension per string to optimize playability and tonal clarity. For acoustic guitars, recommended gauges include custom sets such as .010, .012, .020w, .032, .044, .056 from Stringjoy, or .011, .013, .022w, .034, .047, .060 D’Addario formulations via specialty retailers. These provide even response across the expanded range. Guitar Craft-inspired sets with .011-.060 inch gauges remain available as custom offerings. For electric guitars, lighter gauges like .0085, .010, .015, .026w, .038, .056 are preferred, allowing for easier while maintaining adequate low-end support. String tension is calculated using the T=UW×(2×L×f)2386.4T = \frac{UW \times (2 \times L \times f)^2}{386.4}, where TT is tension in pounds, UWUW is the unit weight of the in pounds per inch (obtained from manufacturer ), LL is the scale length in inches, and ff is the of the note in Hz. To arrive at the solution, first determine the for each note (e.g., C2 = 65.41 Hz, G4 = 392 Hz), obtain UWUW for the specific gauge and , and plug into the with a typical scale length like 25.5 inches. Balanced tensions around 15-25 pounds per illustrate the need for gauge adjustments. As of November 2025, players source NST-compatible strings through custom orders from services like Stringjoy, D’Addario's Players Choice shop, or Strings By Mail, with alternatives like hybrid phosphor bronze-nickel wound sets recommended to reduce breakage on the stressed low and high strings.

Instrument Adaptations and Accessories

Standard guitars with a 25.5-inch scale length are commonly used for New Standard Tuning (NST), as this dimension provides adequate tension across the set when paired with appropriate gauges. However, for the low C , which requires heavier gauges to maintain playability, a longer scale length of 26 to 27 inches can reduce floppiness and improve tonal clarity by increasing string tension without excessive thickness. The nut must be adjusted to fit the heavier low strings typical in NST setups, with slots filed using files matched to the string diameters—typically no more than a few thousandths larger than the gauge—to ensure smooth seating and prevent binding. At the bridge, compensated saddles are recommended to optimize intonation, as the varying string thicknesses in NST cause fretted notes to sharpen differently; the angled design extends the scale slightly for thicker strings, balancing pitch accuracy across the neck. Accessories enhance NST's practical use, particularly given the tuning's departure from standard intervals. Locking tuners, such as those from Schaller or Sperzel, provide superior stability during frequent adjustments, minimizing slippage on the heavier low strings. Capos suited to fifth-based chord shapes allow transposition while preserving the tuning's structure, though standard models suffice with minor repositioning. Polyphonic electronic tuners, like the TC PolyTune 3, enable simultaneous tuning of all six strings in chromatic or polyphonic mode, speeding setup for NST's unique intervals. As of November 2025, no mass-produced guitars are exclusively designed for NST, but custom luthiers offer adaptations on standard bodies, incorporating reinforced necks and adjustable bridges to handle the tuning's tensions.

Usage and Cultural Impact

Educational Role in Guitar Craft

In Guitar Craft courses, New Standard Tuning (NST) is implemented as a mandatory element from the outset, requiring participants to retune their guitars to C2-G2-D3-A3-E4-G4 immediately upon arrival and relearn fundamental fretboard navigation without reliance on prior standard tuning knowledge. This approach integrates specialized techniques such as "new standard picking," which emphasizes balanced right-hand motion through alternate, accented, and pivotal picking patterns to achieve minimal effort and precision, alongside circulating rhythms that involve passing musical phrases among ensemble members to exploit the tuning's fifth-based structure. These methods form the core curriculum, fostering technical efficiency and collective synchronization within the Guitar Circle framework. Philosophically, positions NST as a means to liberate musicians from the ingrained habits of , which he views as a logical compromise that prioritizes familiar chord forms over clarity and potential. By enforcing a fresh start, NST encourages the development of movable shapes across the fretboard, promoting group and practices like circular scanning—where flows continuously around the ensemble—to cultivate presence and interconnected performance. This aligns with Guitar Craft's broader aim of awakening conscience through disciplined musical and personal inquiry, transforming the guitar into an extension of rather than a rote tool. The educational impact of NST within has been substantial, with over 3,000 musicians trained through courses held across four continents since 1985. Participants benefit from enhanced fretboard familiarity, as the tuning's consistent intervals enable intuitive scale and chord construction that shifts emphasis from reproducing familiar patterns to original composition and . Following the completion of formal in-person structures around 2017, evolved post-2019 into accessible online resources via dedicated websites and alumni networks such as the , sustaining its legacy through shared exercises and publications. As of 2025, updates include revised House Rules on September 12 and announcements for digital-accessible performance projects, such as the November 2026 Guitar Circle event, further extending NST's pedagogical reach through Fripp's official platforms.

Notable Artists and Ensembles

, the founder of and developer of New Standard Tuning (NST), has been its primary proponent since developing it in 1983 and first teaching it in his courses beginning in 1985. He extensively employed NST in 's 1980s and 1990s output, including the angular, crystalline guitar textures on albums like Three of a Perfect Pair (1984), where it facilitated pentatonic harmonies and extended range. Fripp continues to use NST in solo performances and soundscapes, shaping his signature minimalist and experimental style. Among Guitar Craft alumni, stands out for adapting NST to touch-style instruments during his tenure with from 1994 to 2003 and in subsequent solo work. Gunn tuned his and Chapman Sticks in fifths-aligned configurations, such as starting from a low C to approximate NST's structure, enabling fluid bass-to-melody transitions in contexts like the era. Similarly, , another alumnus, incorporates a variant of NST (Bb-F-C-G-D-A-C-D) on his eight-string in projects including The Crimson ProjeKct, a tribute ensemble he co-founded with Gunn and others. This adaptation enhances the instrument's bell-like overtones and supports Reuter's ambient and improvisational compositions. The Guitar Trio (CGT), formed in 1987 by Guitar Craft graduates Bert Lams, Hideyo Moriya, and Paul Richards, has prominently featured NST in their fusion of classical, rock, and surf styles. After touring with of Crafty Guitarists, the trio settled in and used NST's fifths-based open to reinterpret pieces like the Penguin Café Orchestra's "Music for a Found Harmonium" and ' "Buckaroo," creating transparent ensemble voicings and wide chordal possibilities. of Crafty Guitarists itself, founded by Fripp in 1986 as a mobile ensemble of 7-15 guitarists, exploits NST for group improvisations known as Circulations and original compositions, emphasizing collaborative harmonic layers in performances across , the , and through the . Finnish musician Heikki Malmberg extends NST to a seven-string variant with an added low F, applying it in experimental and progressive contexts to broaden the tuning's registral scope. As of 2025, NST remains in use among Guitar Craft alumni in fusion and progressive genres, with ongoing mentions in modern prog circles; for instance, Bolivian guitarist Ethan Eisner has experimented with NST-inspired tunings on custom instruments, contributing to its evolving adaptations.

References

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