This musical tribute to the late guitarist includes an in-depth exploration of his blinding technique, challenging harmonies, and finger-busting chords.
Chops: Advanced
Theory: Intermediate
Lesson Overview:
• Understand how Holdsworth approached extended harmony and cluster-style voicings.
• Learn how to use the “drop voicing” system.
• Improve your legato technique.
Click here to download a printable PDF of this lesson's notation.
Allan Holdsworth had one of the most distinctly original voices of any guitarist. While some aspects of his music and style have been assimilated by admiring musicians, many facets of his playing remain shrouded in mystery. Much has been written about Holdsworth’s legato technique, speed, and tone, and many guitarists, particularly in the rock and metal worlds, have embraced and absorbed these elements of his sound. However, Holdsworth’s innovation extended beyond his virtuosic guitar technique. His deep harmonic language, exemplified by his chord voicings and compositions, as well as his unique approach to melodic improvisation, have not been so readily imitated. The speed of Holdsworth’s single-note soloing and the density of his chord voicings pose a daunting challenge to anyone attempting to learn his music, and with so few transcriptions available, and even fewer accurate ones, his music has unfortunately been placed out of reach of many aspiring musicians. In this lesson, I want to explore essential elements of Holdsworth’s harmonic and melodic style and demystify some of his musical concepts.
A thorough analysis of Holdsworth’s playing could easily fill volumes, so the examples in this lesson only scratch the surface of his rich musical language. Because much has already been written about Holdsworth’s legato technique, I’ll skip discussing that in detail in favor of looking at the notes Holdsworth played with his extraordinary chops. First, let’s first investigate his chord voicings.
Although there are certainly some finger-busting chords in his music, most of Holdsworth’s voicings are four-note chords that follow the “drop voicing” system. Such voicings are quite common, not only on guitar, but also on piano and as harmony for horn sections. Before we investigate drop voicings, look at the closed voicing in Ex. 1. Simply put, a closed voicing is when the notes are placed as closely as possible to each other within an octave. This Fmaj7 voicing is quite comfortable under the fingers, but most closed voicings on guitar are extremely stretchy and often very difficult—if not impossible—to play. There are some exceptions and that’s where Holdsworth focused.
Now let’s next take our closed Fmaj7 voicing and create some drop voicings. There are a total of five types of drop voicings: drop 2, drop 3, drop 2+4, drop 2+3, and drop 3, double drop 2. Each of these are named for how they differ from a closed voicing. For a drop 2 voicing, we start with our closed Fmaj7 voicing and drop the second note from the top (C) down an octave (Ex. 2). Since the 5 is the lowest note, this creates a 2nd inversion Fmaj7.
If we want to return to root position, but keep the spacing of the drop 2 voicing, we’ll need to invert the voicing. To invert a voicing, move each voice to the next chord tone. Ex. 3 shows an Fmaj7 chord in root position. I needed to move each note from Ex. 2 up twice to make a root-position chord. Follow the same process of dropping the specified note or notes down an octave, then invert if necessary for the other chord types.
Ex. 4 demonstrates the remaining drop voicings in root position for Fmaj7. One note about the last voicing (drop 3, double drop 2): This name refers to dropping the third note from the top one octave, and then dropping the second note from the top down two octaves, hence “double drop.” This last type is often quite stretchy on guitar, but they also sound very unusual and were one of Holdsworth’s favorites.
Another technique for generating Holdsworth-style voicings is to take one note of a seventh chord and move it up or down within the key. Ex. 5 takes our familiar Fmaj7 chord and changes it to an Fmaj13 and finally a C/F. These voicings often contain beautifully dissonant seconds within the shape. A byproduct of this process is that many voicings become difficult to name because not every note in a typical chord is present. The Fmaj9 chord is technically an Fmaj9(no 3), but rather than fretting about extremely precise chord symbols for ambiguous voicings, it can be more beneficial to go with a chord symbol that points clearly to the bigger picture of the overall tonality.
Ex. 6 is an étude written in the style of many Holdsworth compositions. There’s a mixture of closed and drop voicings, nearly all of which involve moving notes around in the scale to create more clustered, dissonant voicings. Holdsworth was a fan of not only using seconds in his voicings, but also minor ninths (check out measures 6, 7, and 9). One final note about Holdsworth’s chords: Holdsworth typically played chords fingerstyle, with his pick held under his curled right-hand index finger. Due to the skipped strings in many voicings, strumming these chords with a pick creates many problems with unwanted open strings, so a fingerstyle approach is recommended.
Click here for Ex. 6
The other side of Holdsworth’s musical persona is his liquid solo lines full of ear-catching chromaticism and angular leaps. Without getting into the topic of technique too much, it’s worth noting that playing in Holdsworth’s legato style requires a very light touch for both the fretting and picking hands. Holdsworth’s lines have intense energy, yet to obtain the speed and fluidity required to play them, you need to keep the hands very relaxed and graceful.
The next few examples are essentially demonstrations of how Holdsworth organized scales on the fretboard. Many guitarists study 3-note-per-string and even 4-note-per-string scales in the quest to understand Holdsworth’s style, but scale patterns alone won’t unlock the secrets to his lines. Although Holdsworth did frequently use wider stretches, he also incorporated string skipping and position shifting to create more interesting lines. Ex. 7 is based on the G major scale (G–A–B–C–D–E–F#) and uses a standard 3-note-per-string pattern, but instead of simply ascending straight up the scale, every other string in the pattern is skipped. You will notice that the notes on the 2nd string of the example begin on D, and not E, which would be the typical note that 3-note-per-string pattern would start on. This change was done to create symmetry with the 3-5-7 fret pattern of the 6th string. Holdsworth frequently took advantage of guitar fretboard symmetries, and we’ll see more examples of this in a moment.
Click here for Ex. 7
Ex. 8 contains two phrases that use the A minor pentatonic scale (A–C–D–E–G). However, rather than playing only two notes per string, this pattern uses three notes on each string. It creates a repeated unison note at each string crossing. Unisons across the strings is a device Holdsworth frequently used, which is an emulation of the repeated notes a saxophonist can get with alternate fingerings. Saxophonists John Coltrane and Michael Brecker frequently used this device in their playing. The second phrase incorporates skipped strings to the 3-note-per-string pentatonic pattern. The unisons are now gone, but it’s not quite the complete scale, either. The string jumps cause one note to be skipped over at each string crossing, creating much wider intervals and breaking up the predictability of running straight up a complete scale.
Click here for Ex. 8
Ex. 9 takes the idea of larger stretches and string skipping from the previous example and applies it to the D half-whole diminished scale (D–Eb–F–F#–G#–A–B–C). We start on D, but skip a few notes within the scale to preserve a symmetrical feel. This alternating pattern of larger leaps with notes only half-steps apart again creates a far more interesting pattern than simply playing the complete scale ascending and descending. It’s worth noting that because of the diminished scale’s minor third symmetry, this lick can be moved up and down the fretboard with jumps of three frets. An example of Holdsworth playing a similar lick this way can be heard in the Joe Henderson song “Isotope,” on the 1996 album None Too Soon.
Click here for Ex. 9
Most guitarists have “pet” phrases that they use from time to time, and Holdsworth was no different. Ex. 10 is something he would frequently play as a pickup to a new phrase. The lick is made up of ascending perfect fourths, again using unison notes across neighboring strings.
Click here for Ex. 10
The G major pentatonic scale (G–A–B–D–E) is a rather easy scale for even novice guitarists, but Holdsworth creates a more linear fingering for Ex. 11. Pay attention to which notes contain slides so you don’t run out of fingers as the lick moves up the neck.
Click here for Ex. 11
Ex. 12 is another lick that Holdsworth frequently used as part of larger phrases. He’d typically play this lick on either a Cm or Fm chord. It’s mostly diatonic to either the C minor or F minor scales, but contains a chromatic moving line.
Click here for Ex. 12
It’s easy to spot the symmetrical elements of Ex. 13. This lick is very chromatic and doesn’t belong to any particular scale or tonality. It would typically be used to create tension against the song’s harmony, and would be followed by a resolution to something back within the key. Holdsworth’s lines frequently depart from the tonalities of the song as a way of creating tension, but they always land back within the key at beginnings of measures or at the change to a new chord.
Click here for Ex. 13
On the topic of resolution, it’s critical that you practice these licks with resolutions. One aspect of Holdsworth’s playing that sets him apart from other guitarists is that his lines are always connected to the chord changes of the song. No matter how wild a solo line may be, it always lands on a logical note when the harmony changes. If you only work on licks like these in isolation (especially ones that are based on fretboard patterns), you’ll find it difficult to weave the lick into the context of a song. Be sure to always include the landing note at the end of any lick as part of the line.
Ex. 14 is a solo étude written over the changes to our earlier chord etude (Ex. 5). I’ve employed a variety of techniques discussed so far: string skipping, cross-string unisons, three-note-per-string pentatonics, diminished scale sequences, and lines using shifts up and down one string.
Click here for Ex. 14
Allan Holdsworth made a lasting impact upon the music world with his unique style of playing and composing. His language can be difficult to decode, but with time and patience, you can help spread his innovative ideas to new generations of musicians.Vola Guitars collaborates with guitarists Pierre Danel and Quentin Godet to announce the all new J3 series to their line of signature guitars.
With both Pierre Danel and Quentin Godet rising to the forefront of the heavy music scene, they have caught fire with distinct approaches and undying tenacity. Furthermore, their involvement with Vola Guitars has led to brand growth as a direct result of their endeavors. Equipped with Bare Knuckle pickups, 27” scale length, Gotoh hardware, and crafted with precision. "These two unmistakable designs are meant to be extensions of their handlers, catalysts for creative expression."
Features include:
• Country of Origin: Handmade in Japan
• Scale Length: 27" Extended Scale length
• Construction: Bolt-on neck with new contour heel
• Body: Alder
• Fingerboard: Roasted Maple
• Neck: Roasted Maple neck with 3x3 Vola headstock
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• Frets: 24 Medium Jumbo Stainless Frets
• Inlay: Custom Luminlay Kadinja with Luminlay side dots
• Radius: 16" Radius
• Pickups: Bare Knuckle™ Bootcamp Brute Force HSS
• Electronics: 1 Volume (Push/pull : Add neck Pickup switch) 1 tone 5 way switch 1 mini switch (On-On-On: series/parallel/ coil tap)
• Bridge: Gotoh NS510TS-FE7 tremolo
• Tuners: Gotoh SG381-07 MG-T locking tuners
• Strings: Daddario XTE1059 10-59
• Case: Vola Custom Series Gig Bag (included)
The Vola Oz and Vasti J3 Series are the culmination of Vola’s dedication to designing top quality instruments for demanding players, without sacrificing the beauty that invites a closer look. Street price $1,749 USD. Vola Guitars now sells direct! For more information on this model and more, visit www.volaguitars.comAdding to the line of vintage fuzzboxes, Ananashead unleashes a new stompbox, the Spirit Fuzz, their take on the '60s plug-in fuzz.
The Spirit Fuzz is a mix of the two first California versions of the plug-in fuzz used by Randy California from Spirit, Big Brother & The Holding Company or ZZ TOP among others, also maybe was used in the "Spirit in the Sky" song.
A handmade pedal-shaped version with less hiss and more low-end with modern fatures like filtered and protected 9V DC input and true bypass. Only two controls for Volume and Attack that goes from clean to buzzy fuzz with some fuzzy overdrive in-between, also it cleans well with the guitar's volume.
The pedal offers the following features:
- Two knobs to control Volume and Attack
- Shielded inputs/outputs to avoid RF
- Filtered and protected 9VDC input
- Daisy-chain friendly
- Popless True Bypass switching
- Low current draw, 1mA
Each of the Hornet 15 Li amplifiers is designed to leverage Mooer's digital modeling technology to provide 9 preamp tones based on world-renowned amplifiers.
This modeling amplifier comes in two colors (White, Black), each of which is paired with its own carefully curated selection of preamp models.
The modulation dial can be adjusted to choose between chorus, phaser, and vibrato effects, whereas the delay dial facilitates analog, tape echo, and digital delay. Also, the reverb unit includes room, hall, and church emulations, making sure that there is an atmosphere and effect chain that works for any practice scenario.
A unique feature of this amplifier is how it can be used in two modes: “Live” and “Preset” mode. When using Live mode, guitarists will be able to browse the device's built-in preamp tones, which they can then enhance if they wish to throw the effect units. In contrast, the "Preset" mode allows users to save these effects and dynamic parameter changes into each preset, enabling them to customize them without overwriting the originals.
As any good amplifier should, the Hornet 15 Li is complete with industry-standard features, such as three-band EQ adjustment dials, volume and gain dials, a 1/4" guitar input, and both an auxiliary input and headphone output. However, MOOER has gone above and beyond to pack the amplifier with several special features; for example, this modeling amp boasts separate tap-tempo buttons for both the modulation and delay units, in addition to a dedicated tuner button and function, allowing guitarists to use the device's screen to ensure their guitar tuning is precise. What's more, the Hornet 15 Li also supports Bluetooth input, meaning that any guitarist can stream their favorite songs and backing tracks directly to the amplifier, making practice sessions and rehearsals easier than ever.
Arguably, the most impressive feature of the Hornet 15 Li is the fact that, in addition to being powered by a mains supply, it can also operate on battery. The device is built with an integrated 4000mA.h lithium battery, empowering guitarists to practice guitar on the go for hours–even when there’s no power source nearby. Combining this with how the amp weighs just 2.9kg and comes with a built-in handle, it’s clear that MOOER had portability and convenience in mind when designing this product.
Features:
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The Hornet 15 Li is available from distributors and retailers worldwide now.
A Galloup guitar made from paulownia.
Our columnist investigates whether new wood materials like paulownia can steer lutherie through an environmentally uncertain future.
The tonewoods we choose for Galloup Guitars represent some of the finest available, selected for their exceptional sound quality, stability, and long-term reliability. These materials are integral to crafting instruments that offer outstanding performance and make for wise investments for our customers. To ensure the highest quality, I personally travel to Europe to handpick premium-grade soundboards from regions known for producing world-class tonewoods. These soundboards are reserved for high-end, concert-level instruments and are often unavailable in the broader market.
Guitars priced between $1,500 and $4,000 typically utilize domestic woods or other widely accessible alternatives that provide excellent value. However, in recent years, sustainability has become an increasingly critical concern regarding the sourcing of these natural resources. We are committed to ensuring that the materials we select not only deliver superior sound but also align with sustainable practices, helping to preserve the environment for future generations of musicians.
Over the years, I’ve encountered difficulties with alternative, sustainable soundboard options. That is, until I took part in the paulownia experiment initiated by World Tree, an environmental organization “focused on nature-based solutions to some of our biggest global challenges.” This project highlighted wood from the fast-growing paulownia tree, which was cultivated by former President Jimmy Carter. Initially, the prospect of using paulownia appeared impractical. Yet, upon further analysis, we recognized its potential as a viable substitute, though some of its material property characteristics, such as damping and admittance, still require further testing.
Many luthiers understand traditional soundboard materials well. Despite this knowledge, integrating new tonewoods into our repertoire can be an arduous process. Fortunately, advancements in wood testing technology have significantly expedited the evaluation process. Currently, for the assessment of wood, I use the Acousonix Sonic Calculator, a handheld application that enables me to input various wood-property parameters for a thorough evaluation. Upon entering the data, the application delivers a precise rating, considers multiple factors, delineates the wood's sonic characteristics, and then specifies its best use applications.
Fig. 1
My Acousonix analysis of paulownia indicates that its 11.3 sonic rating makes it unexpectedly well-suited for use as a soundboard (see Fig. 1). As my builds with this material progressed, the results were exceedingly promising. Paulownia features well-rounded tonal characteristics, exhibiting a rapid response with a seemingly high admittance, which indicates a lower damping factor. Another noteworthy aspect of paulownia is its sustainability: The tree reaches full maturity in approximately 12 years. Upon harvest, a new sapling can be replanted in the same root system, allowing for accelerated mature growth in around seven years. This cycle can be repeated multiple times, establishing paulownia as a highly renewable resource. But unlike typical spruce, which commonly yields eight to 11 growth rings per inch, paulownia’s growth rings come in at around three to four per inch. But don’t let this fool you. Despite its non-traditional appearance, paulownia has a reputation for being stable and warp-resistant (see Fig. 2).
Fig. 2
“Another noteworthy aspect of paulownia is its sustainability: The tree reaches full maturity in approximately 12 years.”
While testing paulownia for guitar making, we observed that this species yields a highly responsive instrument. It offers a fast musical response similar to many late-1930s Gibson J-35s I have played. It exhibits a quick response with a lower fundamental and a pleasant decay. But, due to its lightweight—around 5 grams per cubic inch—it tends to exhibit lower headroom. Thus, despite being a powerful and enjoyable guitar to play, it tends to distort when pushed to higher volumes. In its defense, most players commonly don’t play hard enough to reach these limits.
Ultimately, the tests I conducted affirm its potential as a substitute tonewood for guitars, possessing desirable acoustic properties. While paulownia has historically been utilized in instruments like the Japanese koto, it stands to reason that the acoustic guitar market should explore this avenue further. To prove a point, we used paulownia for the top, back, sides, bracing, and neck, with the total price tag for all tone woods used coming in at around $70. So, given its low cost, stability, availability, and the grower's commitment to environmental sustainability, paulownia is a resource deserving of serious consideration.
For more information about World Tree, visit worldtree.eco, and to learn more about the Acousonix Sonic Calculator, visit acousonix.com.