Electric Guitar Writing in Practice
Techniques and Video Examples
Electric guitar writing is deeply idiosyncratic: its identity emerges from the interaction between technique, notation, amplification, modular effects, and performance context. As a result, composing for the electric guitar frequently involves decisions that extend beyond the written score and engage directly with sound production and technological mediation.
The materials presented here are conceived as a practical resource for composers, regardless of their level of familiarity with the instrument. They offer concrete tools, examples, and reflections aimed at supporting informed and effective compositional choices within contemporary art music.
Scores, audio recordings, and video materials are used together to illustrate techniques, effects, and notational strategies, bridging written practice and sounding result.
The following video examples are grouped into thematic sections addressing different compositional aspects of the electric guitar.
Bridge Design and Tremolo/Vibrato Arm System
Featured Project: Nine Studies and a Fugue for Concert Electric Guitar
Mechanical Control Techniques
For composers, understanding the morphology of the electric guitar can be a valuable tool for imagining and writing idiomatically.
The structural components of the instrument have a direct impact on its sonic output and, consequently, on the musical material itself. Rather than surveying the full diversity of electric guitar models, this section focuses on a set of core components that most directly influence compositional decisions across different instruments.
Tone and Volume Controls
Volume Knob Swell Technique – This video demonstrates one of the many possible applications of the volume knob on the electric guitar. By gradually turning up the volume after the strings are plucked, the initial attack is removed, creating the illusion that the chords emerge from silence, as if appearing out of nowhere.
Pick up selector – Same phrase performed using the two main timbral extremes of the electric guitar: first with the bridge pickup (bright, cutting tone), then with the neck pickup (warm, mellow tone).
Pick up selector – Flick of the Switch effect. The performer holds a chord or a note with the fretting hand, while rapidly toggling the pickup selector between the active and muted pickups. This creates a percussive on/off stutter, generating a rhythmic pattern without rearticulating the strings.
Flick of the Switch with distortion – The flick of the switch technique—based on the rapid alternation between an active and a muted pickup—produces a stuttering on/off effect that, under distortion, closely resembles a simulated power failure or glitch-like interruption. The contrast is sharper and the gesture more dramatic, making it particularly effective for creating sudden textural disruptions or emphasizing formal transitions.
Bridge Design and Tremolo/Vibrato Arm System
Bridge systems equipped with a vibrato arm introduce a direct and continuous relationship between physical gesture and pitch modulation.
From a compositional perspective, the specific design of the bridge determines not only the extent of pitch deviation, but also tuning stability, responsiveness, and the range of gestures that can be meaningfully notated and realised in performance.
Rather than treating vibrato arms as a generic effect, this section distinguishes between different bridge systems and their concrete implications for compositional practice.
The most common vibrato bridge systems—Bigsby, Fender, and Floyd Rose—each offer different degrees of pitch flexibility and mechanical responsiveness.
A comparative overview of their characteristics is provided in the following table.
| Bridge Type | Pitch Range | Best For | Limitations |
| Bigsby | ±¼ to ±½ Semitone | Chordal vibratos, slow bending | Limited range, not suitable for great range |
| Fender (Synchronized) | ±1–2 Semitones | Moderate vibratos, expressive gestures | May cause tuning instability if overused |
| Floyd Rose (Locking) | Extreme downward range (up to complete string slackness); upward motion limited (±1–2 semitones) | Extreme pitch bends, dive bombs, harmonic glides | Stable but hard to retune or use alternate tunings |
Pitch range and usage differences among common vibrato bridges
Extreme Downward Motion with Floyd Rose – This video demonstrates the maximum downward pitch range achievable using a Floyd Rose vibrato system. By fully pressing the vibrato arm, the open strings are slackened to the point of complete looseness, producing a deep dive effect with no perceptible pitch center. This gesture can be used to create sudden structural collapses, cinematic textures, or noise-based articulations within a composition.
Swallowing Effect via Rapid Vibrato Arm Release – This creates a dramatic “swallowing” effect, as the pitch rushes upward back to its origin with a sudden, expressive gesture.
Variations of the Swallowing Effect – This video illustrates the versatility of the swallowing effect obtained through the rapid release of the vibrato arm. The gesture is demonstrated on single notes, chords, and open strings, showing that it can be freely adapted to a variety of musical materials, regardless of specific notation.
Inverted Swallowing Effect (Upward Vibrato Arm Release) – This video illustrates the versatility of the swallowing effect obtained through the rapid release of the vibrato arm. The gesture is demonstrated on single notes, chords, and open strings, showing that it can be freely adapted to a variety of musical materials, regardless of specific notation.
Dive Bomb Effect
The dive bomb simulates the sound of a falling object or descending explosion. It is produced by striking a note—often a natural harmonic or an open string—and fully depressing the vibrato arm until the string tension is completely released and the pitch drops into inaudibility. When performed with high distortion, the theatrical quality of this gesture is further amplified, enhancing its dramatic, almost cinematic character.
The following video examples illustrate this gesture through two contrasting implementations, highlighting its performative and sonic characteristics.
Dive Bomb on 3rd string Harmonic with High Distortion – This video demonstrates a classic dive bomb performed on a natural harmonic at the 3rd string harmonic, using a Floyd Rose vibrato system. The vibrato arm is fully depressed, and the high distortion enhances the theatrical impact, pushing the harmonic into a deep, descending collapse with a cinematic quality
Reverse Dive Bomb – The reverse dive bomb requires the opposite gesture: it begins with the vibrato arm fully depressed, followed by the attack of a harmonic, and then a gradual return of the bar to its rest position, producing a rising pitch effect with a controlled, ascendant character.
‘Elephant Effect’ (Van Halen-Inspired Technique) – A dramatic gesture combining natural harmonics, vibrato arm motion, and volume swells. The performer begins with the volume turned off, plucks the indicated harmonics, then manipulates the vibrato arm downward and upward while simultaneously increasing the volume. The result is a gliding, voice-like swell reminiscent of a trumpet or elephant call. Timing and preparation are essential for clarity, especially in faster passages.
Tuning Systems and Register
Tuning systems and register have a direct impact on how musical material is realised on the electric guitar, shaping both its technical feasibility and its sonic character.
The video example presented here focuses on a single, fundamental principle: the same musical phrase performed in different positions and registers of the instrument. By keeping the musical material constant, the example highlights how changes in register and fretboard position affect timbre, articulation, and perceptual clarity.
A systematic discussion of register-specific writing, technical constraints, alternate tunings, and extended-range instruments—including notational strategies and written case studies—is provided in the handbook Writing for the Contemporary Electric Guitar.
→ View / Download the handbook
Same Phrase in Different Positions and Registers – This video demonstrates how the same melodic phrase can be performed in three different fretboard positions: 5th, 15th, and 21st. Although the fingering remains similar, each position results in a different pitch register, affecting both the sonic height and tone colour of the phrase.
Conventional Playing Techniques
This section outlines the conventional playing techniques of the electric guitar. These are the foundational performance gestures historically established within guitar practice and widely employed across genres. Unlike mechanical control interventions, signal-based processing, or alternative tuning configurations, these techniques operate directly through the performer’s interaction with the strings using the hands and plectrum. The aim of this section is not to provide performer-oriented pedagogy, but to clarify how these techniques function as compositional parameters.
Legato: Hammer-on and pull-off
When discussing legato techniques on the electric guitar, it is important to pay close attention to the specific methods used to perform them. There are two main legato techniques that produce a similar sonic effect but are executed differently. These techniques are commonly known as hammer-on and pull-off.
- Hammer-on is an ascending legato technique. It consists of firmly striking a fret on the fingerboard with a finger of the left hand, causing a new note to sound without plucking the string again.
- Pull-off, by contrast, is a descending legato technique. It is performed by plucking the string with the left hand to produce a note that is lower than the one initially fretted. This requires a precise gesture of “pulling” or actively releasing the string downward while lifting the finger from the fret, allowing the lower note to sound.
Comparison Between Legato and Non-Legato Execution – This video presents the same phrase played first with legato technique (hammer-ons and pull-offs) and then with all notes picked. The legato version produces a smoother, more connected sound, while the fully picked version emphasizes articulation and rhythmic clarity. This contrast helps illustrate the expressive role of left-hand legato in electric guitar phrasing.
Percussive Effect of Legato with dyads – This video illustrates the percussive quality that can be achieved through legato technique when applied to triads, particularly in the middle range of the fretboard, between the 3rd and 4th strings. These positions offer a balance of clarity, resonance, and playability, making them especially effective for chordal legato gestures.
🎧 Video Example 3.2 – Pedal Tone with Movable Chord Shape – This video shows how a diminished seventh chord shape can be shifted along the fretboard while keeping the low E string as a constant pedal tone. This technique, which can also be applied to other chord types, highlights the symmetry of the guitar fretboard and the possibility of generating new harmonies from a fixed shape.
🎧 Video Example 3.3 – Chromatic transposition of the F major chord using the same barré – This video demonstrates how the same barré chord shape used for F major in first position can be moved along the fretboard to produce all major chords chromatically, without changing finger configuration.
🎧 Video Example 3.4 – Tremolo picking technique – This video demonstrates the tremolo picking technique on the first string, both with and without distortion, highlighting the sonic differences and expressive potential of this technique even without advanced virtuosity
🎧 Video Example 3.5 – Vibrato – This example demonstrates the difference in effect when the same phrase is performed first with standard vibrato and then with molto vibrato.
🎧 Video Example 3.6 – Bending – This video presents a short musical phrase performed first without string bending, and then with bending applied. Both interpretations are shown in traditional notation and tablature, allowing a clear comparison of the expressive impact and visual representation of the technique.
🎧 Video Example 3.7 – multiple-string bending – This video demonstrates two applications of multiple-string bending. The first example shows one bent note against one fixed pitch: the second shows a bent note with two fixed notes. The effect is presented in both traditional notation and tablature, highlighting the expressive tension and technical implications of each variation.
🎧 Video Example 3.8 – Natural harmonics – This video demonstrates the execution of natural harmonics on the fourth string, starting from the 4th fret and continuing up to the 22nd fret. Each harmonic is played sequentially to illustrate its position and timbral quality.
🎧 Video example 3.9 – Producing artificial harmonics – This video shows a short A minor arpeggio performed entirely using artificial harmonics, demonstrating the execution of the technique and the resulting sound.
🎧 Video example 3.10 – Heavy and Light Palm muting – This video presents the same musical phrase performed twice: first without palm muting and then with light and heavy palm muting in order to highlight the difference in articulation, timbre, and dynamic character.
🎧 Video example 3.11 – Palm Muting on Upper Strings and Extreme Muting Variant – This video demonstrates the palm muting technique applied to the upper strings (G–B–D). The second part of the video introduces a related variant, where the right hand mutes the strings so heavily that the sound becomes extremely dry and percussive, with the pitch only faintly perceptible. This comparison highlights the range of timbral outcomes achievable through different degrees of muting.
🎧 Video Example 3.12 – Tapping with and without distorsion – This video presents the same musical phrase performed using the tapping technique, first with a clean tone (no effects) and then with distortion. The example highlights how timbre influences the perception of the gesture, showcasing the expressive versatility of this technique
🎧 Video Example 3.13 – One-handed Tapping – In this video example, the note following the quintuplet would be difficult to reach at high-speed using traditional fingering. For this reason, tapping can be employed—either to facilitate the technical execution or to achieve a more percussive articulation of the note.
🎧 Video Example 3.14 – Two-handed Tapping – This video illustrates three different levels of tapping complexity. The first phrase employs one-handed tapping, as the left hand does not perform any legato articulation. In contrast, the second and third phrases make use of two-handed tapping, where the left hand is responsible for executing legato passages—each phrase presenting a progressively more complex gesture.
🎧 Video Example 3.15 – Cross-strings tapping (Chapman Stick technique) – This video demonstrates the cross-strings tapping technique, in which both hands perform the same gesture in the same manner across different strings. This approach lends the musical phrases a distinctive percussive character.
🎧 Video Example 3.16 – Harmonic Tapping – Harmonic tapping, or Tapped Harmonics, also known as Tapped Harmonics, is an additional form of tapping technique that focuses on producing harmonics. This technique allows for the creation of both natural harmonics, which can be achieved without engaging the left hand, and artificial harmonics, which involve tapping on specific frets with the picking hand while simultaneously fretting a note with the other hand (for more information, refer to the chapter on Harmonics).
🎧 Video Example 3.17 – Glissando – This video presents two approaches to performing a slow glissando: the first on a single note and the second on double stops, in order to more clearly highlight the resulting effect.
Extended Techniques
The electric guitar offers a wide range of extended techniques arising both from its physical and semi-acoustic nature and from its electronic and amplified components. This duality makes the instrument a particularly fertile ground for sonic experimentation, where every component — from the strings to the wooden body, from the pickups to the pedals — can be reinterpreted as performative material.
Given the virtually unlimited potential of these practices — whose only real limitation lies in the creativity of the performer and composer — this Section presents an overview of some of the most common extended techniques, alongside experimental solutions of an empirical nature. The aim is to provide the contemporary composer with a broader and more informed toolkit, enabling the expansion of their expressive and timbral spectrum.
🎧 Video Example 4 – Percussive Techniques – This video presents the percussive gestures and timbral effects extracted from Study No. 3, illustrating their application on the electric guitar. Each technique is shown individually, highlighting the relationship between the physical point of percussion and the resulting sound, as well as the possible variations obtained through different dynamics and articulation. This technique is explored more extensively in Study No. 3 from Nine Studies and a Fugue for Electric Guitar.
🎧 Video Example 4.1 – Jack Cable Technique – This video demonstrates the ‘jack-playing’, where the cable is treated as an independent instrument within the scope of percussive techniques. The thumb plays a central role in sound production: its contact with the jack tip introduces electrical interference, which is transformed into a disruptive sound by the loudspeakers. When the thumb is lifted, the interference ceases and the sound is interrupted. In addition, the video shows how the jack can also be struck against the strings, producing percussive metallic noises that further expand the range of possible timbres within this technique. This technique is explored more extensively in Study No. 6 from Nine Studies and a Fugue for Electric Guitar
🎧 Video Example 4.2 – Pick scrape – This video presents different ways of performing the pick scrape technique, from low to high strings, highlighting how the choice of string influences the timbre and intensity of the effect. Both linear and fragmented examples are shown, providing an overview of the main performance possibilities of this technique.
🎧 Video Example 4.3 – Bartók Pizzicato – This video demonstrates the execution of the Bartók pizzicato (or snap pizzicato) on the electric guitar. The examples highlight its percussive quality across different strings, showing how the sound varies in intensity depending on register and dynamic range.
Video Examples 4.4 – Behind the Bridge and Behind the Nut Techniques – This video compares the effect of plucking the strings behind the bridge and behind the nut, first under high gain and distortion and then without amplification. The contrast highlights how amplification emphasizes the resonance and sympathetic vibrations, while the unamplified version reveals the faint, acoustic quality of these string segments.
🎧 Video Example 4.5 – Guitar–amplifier feedback – This video demonstrates three types of feedback: a standard resonance, a variant that emphasizes upper partials, and another producing different tonal colours. It also shows how the overall intensity of feedback can be shaped using the guitar’s volume knob. The examples underline how feedback, while partially steerable, remains an inherently unpredictable sonic phenomenon.
🎧 Video Example 4.6 – Simple Preparation on the Lower Strings – This video presents a basic method of preparation in which an object is inserted between the two lower strings (E and A), covering the first and second frets. The remaining strings are left free and can be played normally. Even the prepared strings can be played from the third fret upwards, making it possible to alternate fretted notes with the open string. This produces a distinctive percussive alternation between the muted resonance of the prepared segment and the clarity of the unprepared string.
🎧 Example 4.7 – Violin Bow – The video demonstrates the use of a violin bow applied to the metal strings of the electric guitar. It presents examples of continuous drones, glissandi, harmonics, and noise-based sounds obtained by varying the bow’s pressure and contact point. The example illustrates both the performance gesture and the resulting timbral outcomes.
🎧 Video Example 4.8 – Bottleneck – Slide and Free-Hand Gestures – This video demonstrates a technique in which a foreign object is used as a slide on the strings. By scraping the object across the strings, it is possible to produce glissandi and abrasive textures, while the right hand remains free to perform additional gestures. This approach highlights both the adaptability of slide techniques and their potential to expand the expressive role of the performer.
Modular Effects
The sound of the electric guitar is shaped not only by the instrument itself, but also by the chain of devices connected to it, including cables, pedals, and amplifiers. Effects pedals play a central role in this process because they can transform the guitar’s original signal in many different ways. For composers, understanding these tools is essential. Effects such as distortion, delay, modulation, and filtering expand the instrument’s timbral range and allow the performer to create complex sonic textures.
The videos in this section demonstrate how different combinations of pedals can function as a modular system, turning the electric guitar into a flexible compositional and sound-design instrument.
🎧 Video Example 5 – Melodic Fragment with Three Levels of Distortion – Demonstration of the three levels of distortion: crunch, medium, and heavy. The video illustrates how each level affects timbre, articulation, and resonance, showing their application in both single melodic lines and more complex textures.
🎧 Video Example 5.1 – Resonant Chords under Distortion – Demonstration of the three levels of distortion: crunch, medium, and heavy. The video illustrates how each level affects timbre, articulation, and resonance, showing their application in both single melodic lines and more complex textures.
🎧 Video Example 5.2 – Power Chords under Distortion – This video illustrates the impact of distortion on resonant chords, comparing crunch, medium, and heavy levels. The example highlights how increasing saturation emphasizes each pitch, transforming the harmonic field: with crunch, chords retain clarity and transparency, while with heavy distortion they become denser and more unstable, often producing a muddled sonic effect.
🎧 Video Example 5.3 – Distorted Palm Muting and Power Chords – This video demonstrates the use of palm muting applied to power chords under distortion. The example highlights how the technique produces a tighter, more percussive attack, reducing resonance and preventing harmonic overlapping. By dampening the strings near the bridge, the guitarist obtains a compact and rhythmically incisive sound, which is particularly effective when distortion would otherwise blur the clarity of sustained chords. This effect, closely related to the discussion on power chords, illustrates how articulation can shape distorted textures into precise and controlled gestures.
🎧 Video Example 5.4 – Demonstration of delay application – This video demonstrates three delay settings: Slapback, Moderate Delay, and Long Delay. The phrase is first presented dry (without delay) in order to establish a reference point, and is then repeated with each delay configuration. The corresponding settings are displayed on screen for clarity.
Video example 5.5 – Demonstration of E-bow technique – This video demonstrates the basic functioning of the E-bow in both normal and harmonic modes. A musical phrase is first presented using the standard (normal) mode, followed by the harmonic mode. The video also includes examples of spiccato-like articulation and arpeggiated figures produced with the device.
Featured Project: Nine Studies for Electric Guitar
A complete compositional cycle expanding the principles discussed in this section.
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