Learn how to map out the fretboard and be able to play in any key using a few basic open-position chord shapes.
Beginner
Beginner
• Learn how to convert all open-position chords to moveable shapes.
• Identify the location of the root in each shape.
• Discover how to connect all five CAGED shapes to map out the entire neck in any key, starting on any one of the five shapes.
To get the most out of your guitar playing, you need to have a deep understanding of the fretboard. Wouldn't it be nice if the guitar was laid out in a logical fashion? Well, it is! Let me introduce you to the CAGED system and explain how it works as an organizing tool. Once you understand the CAGED system, I believe you'll be able to "crack the code" and see the fretboard's inherent logic.
Note: This system only works with standard tuning.
Instead of starting with a lengthy description of the CAGED system, I've found the best way to learn it is to immediately dive into the material. Think of this lesson as a hands-on tutorial. Step-by-step, I'll walk you through this time-tested approach while providing practical assignments—as if we were in a one-on-one lesson. We'll start with the basics and then work our way through more advanced applications. Grab your guitar and let's get to it!
The CAGED System
The CAGED system derives its name from five open-position chords: C, A, G, E, and D. To master the concepts in this lesson, you must know these five chords (Fig. 1).
CAGED Lesson Fig. 1
Next, you need to know where the root—a chord's musical foundation—is located in each of the five shapes. The root of a C chord, for example, is C. Major chords, which we'll focus on first, are built by stacking the root, third, and fifth notes of their respective major scales. The notes of the C major scale are C–D–E–F–G–A–B. Therefore, the root, 3, and 5 of a C chord are C–E–G.
In Fig. 2, you'll find the five CAGED chords with the location of the root, 3, and 5 labeled in each chord diagram. To help you get visually oriented within each shape, the roots are marked in red. You'll notice that each shape contains more than one root. C, A, and D each have a low and high root; G and E each have three roots—low, middle, and high.
CAGED Lesson Fig. 2
Assignment #1
Memorize the location of every root in each chord shape. For extra credit, memorize the locations of the 3 and 5.
Moving on Up
Now you know the shape of each chord in the basic CAGED system, as well as the location of their respective roots. The next step is to convert each open-position shape to a closed-position shape—meaning there won't be any open strings involved in playing the chord shape. To do this we must create barre chords out of each of the CAGED shapes.
Fig. 3 shows all the CAGED chords as barre chords. (Note: No barre is needed to play the "D" shape as a closed chord.) Some of these shapes may feel like old friends. The first barre chords most guitar players learn are the barre form of the "A" and "E" shapes.
CAGED Lesson Fig. 3
Two shapes that are less familiar and prone to spacing errors are the "G" and "D" shapes, and the common spacing error is to compress the fingering. Be sure to keep an empty fret between your first finger and the remaining fingers used to build the chord. Fig. 4 contrasts the incorrect, compressed fingerings with the correct ones for these two shapes.
CAGED Lesson Fig. 4
You may find a few of these shapes are difficult to grab due to the stretching involved. To minimize strain, don't wrap your thumb up and over the neck on the 6th-string side—keep it behind the neck instead. Also, I encourage you to only barre the necessary notes. For example, when playing the "G" shape, don't barre across all six strings; you only need to barre the three notes found on the 2nd, 3rd, and 4th strings. Why create any extra work?
By converting each of the five CAGED shapes into barre or movable forms, you have exponentially increased your chord vocabulary. Each individual shape can become any major chord you need: Simply move the chord up or down the neck and place the shape's root on whatever note you want—it's that easy. When you look at Fig. 5, you'll see that moving the "C" shape up one fret creates a C# chord, and moving it up one more fret creates a D chord.
CAGED Lesson Fig. 5
By knowing that the root is located on the 5th and 2nd strings in the "C" shape, and knowing the names of the notes on those two strings, I was able to correctly identify the actual chord I produced by shifting the "C" shape to these other locations. To do this with all five shapes, you need to know the location of the root within each shape and the names of the notes on the fretboard. Fig. 6 names all the notes on the fretboard.
Assignment #2
Move each shape up and down in half-steps (in other words, one fret at a time), while focusing on keeping the shape together and not collapsing the "G" and "D" shapes. The goal is to correctly name the chord at any place along the neck.
What’s in a Name?
Up to this point, we've focused on acquiring the chord shapes and laying the foundation for realizing the full potential of the CAGED system. Think of each shape in the system as a puzzle piece: When all the pieces are connected, you will have mapped the entire fretboard. Again, the best way to see how this works is to experience it on your guitar. Play each of the chords listed in Fig. 7, paying attention to the fret markers and spacing of the shapes.
CAGED Lesson Fig. 7
What did you notice? If you played this example correctly, you should have heard that they were all C chords. Hopefully you realized that you used all five shapes and you ended with the same shape you started with (assuming you have a cutaway on your guitar that allows you to access the higher frets).
By the way, did you notice the order of the shapes used in this example? The name CAGED not only tells you what chord shapes make up the system, but also the order in which the shapes connect to one another to map out the fretboard. Fig. 8 places all five shapes as C chords in one fretboard diagram.
CAGED Lesson Fig. 8
What if you want to map out the chords in the key of A the same way you did for C? To do this, start with the open position A chord—an A chord with an "A" shape. Then think of the spelling of CAGED and find the letter following A, which is G. So, play an A chord with a "G" shape. Then it's an A chord with the "E" shape, and so on until we return to the "A" shape. So in this example, our shape sequence is AGEDC. This sequence is mapped out in Fig. 9.
CAGED Lesson Fig. 9
Making Connections
Earlier I suggested you think of the CAGED shapes as individual puzzle pieces that, when connected, map out the entire fretboard. By playing through the above examples, you've experienced this. When mapping out a chord, it is important to be visually aware of how two adjacent shapes connect to each other. A general rule to keep in mind: Between two adjacent shapes, there will always be at least one note that's common to both. In Fig. 10, I've diagrammed all pairs of adjacent shapes for the C chord. Notes that occur in both shapes are indicated with a diamond.
CAGED Lesson Fig. 10
Assignment #3
Play through the CAGED sequence starting on each of the CAGED chords in open position (like we did in Fig. 8 and Fig. 9, using the "C" and "A" shapes, only this time complete the series by working through the remaining three shapes—"G," "E," and "D"). Once you're comfortable with this, play the sequence in all keys. For example, start with a Bb chord using the "A" shape barred at the 1st fret, then play the CAGED sequence in the key of Bb. Pay attention to the common note(s) between two adjacent shapes—this will help minimize errors in shifting and connecting shapes.
Congratulations, you've mastered the fundamentals of the CAGED system and covered a lot of territory! The CAGED system provides a logical way of visualizing the neck using basic chord shapes you've most likely known for quite some time. But it doesn't stop there: The CAGED system is just as useful for scales and licks. In fact, I think of the CAGED system as five buckets where I can stash fretboard information. New chords, scales, licks, and melodies can all be related to one of the five shapes, and this allows you to integrate this information into your playing quickly and efficiently.
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His work as designer, guitar conceptualist, and CEO of Taylor Guitars is well-established. But when he set out to create the electric guitar he’d been dreaming about his whole life, this master luthier needed to set himself apart.
Great design starts with an idea, a concept, some groundbreaking thought to do something. Maybe that comes from a revelation or an epiphany, appearing to its creator in one fell swoop, intact and ready to be brought into the real world. Or maybe it’s a germ that sets off a slow-drip process that takes years to coalesce into a clear vision. And once it’s formed, the journey from idea to the real world is just as open-ended, with any number of obstacles getting in the way of making things happen.
As CEO, president, and chief guitar designer of Taylor Guitars, Andy Powers has an unimaginable amount of experience sifting through his ideas and, with a large production mechanism at hand, efficiently and effectively realizing them. He knows that there are great ideas that need more time, and rethinking electric guitar design—from the neck to the pickups to how its hollow body is constructed—doesn’t come quickly. His A-Type—which has appeared in Premier Guitarin the hands of guitarists Andy Summers and Duane Denison of the Jesus Lizard—is the innovative flagship model of his new brand, Powers Electric. And it’s the culmination of a lifetime of thought, experience, and influences.
“Southern California is a birthplace of a lot of different things. I think of it as the epicenter of electric guitar.”
“I’ve got a lot of musician friends who write songs and have notebooks of ideas,” explains Powers. “They go, ‘I’ve got these three great verses and a bridge, but no chorus. I’ll just put it on the shelf; I’ll come back to it.’ Or ‘I’ve got this cool hook,’ or ‘I’ve got this cool set of chord changes,’ or whatever it might be—they’re half-finished ideas. And once in a while, you take them off the shelf, blow the dust off, and go, ‘That’s a really nice chorus. Maybe I should write a couple of verses for it someday. But not today.’ And they put it back.”
That’s how his electric guitar design spent decades collecting in Powers’ head. There were influences that he wanted to play with that fell far afield from his acoustic work at Taylor, and he saw room to look at some technical aspects of the instrument a little differently, with his own flair.
The Powers Electric A-Type draws from Powers’ lifelong influences of cars, surfing, and skateboarding.
Over the course of Powers’ “long personal history” with the instrument, he’s built, played, restored, and repaired electric guitars. And, having grown up in Southern California, surrounded by custom-car culture, skateboarding, and surfing—all things he loves—he sees the instrument as part of his design DNA.
“Southern California is a birthplace of a lot of different things,” Powers explains. “I think of it as the epicenter of electric guitar. Post-World War II, you had Leo Fender and Paul Bigsby and Les Paul—all these guys living within just a couple of miles of each other. And I grew up in those same sorts of surroundings.”
Those influences and the ideas about what to do with them kept collecting without a plan to take action. “At some point,” he says, “you need the catalyst to go, ‘Hey, you know what? I actually have the entire guitar’s worth of ideas sitting right in front of me, and they all go together. I would want to play that guitar if it existed. Now is a good time to build that guitar.’”
“I started thinking, ‘If I had been alive then, what would I have made?’ It’s kind of an open-ended question, because at that point, well, there’s no parts catalogs to buy stuff from. A lot of these things hadn’t been invented yet. How would you interpret this?”
The pandemic ultimately served as the catalyst Powers’ electric guitars needed, and that local history proved to be a jumping-off point necessary for focusing his long-marinating ideas. “I started thinking, ‘If I had been alive then, what would I have made?’ It’s kind of an open-ended question, because at that point, well, there’s no parts catalogs to buy stuff from. A lot of these things hadn’t been invented yet. How would you interpret this? As a designer, I think that’s really interesting. Overlay that with understanding what happens to electric guitars and how people want to use them, as well as some acoustic engineering. Well, that’s pretty fascinating. That’s an interesting mix.”
Tucked away in his home workshop, Powers set about designing a guitar, building “literally every little bit other than a couple screws” including handmade and hand-polished knobs. Soon, the prototype for the Powers Electric A-Type was born. “I played this guitar and went, ‘I’ve been waiting a long time to play this guitar.’ A friend played it and went, ‘I want one, too.’ Okay, I’ll make another one. Made two more. Made three more….”
The A-Type—seen here with both vibrato and hardtail—is a fully hollow guitar that is built in what Powers calls a “hot-rod shop” on the Taylor Guitars campus.
From there, Powers recalls that he started bringing his ideas back to his shop on Taylor’s campus, where he set up “essentially a small hot-rod shop” to build these new guitars. “It’s a real small-scale operation,” he explains. “It exists here at Taylor Guitars, but in its own lane.”
The A-Type—currently the only planned Powers Electric model—has the retro appeal of classic SoCal electrics. Its single-cut body style is unique but points to the curvature of midcentury car designs, and the wide range of vibrant color options help drive that home. Conceptually, the idea of reinventing each piece of the guitar’s hardware points toward the instrument’s creators. That might get a vintage guitar enthusiast’s motor running, but it’s in the slick precision of those parts—from the bridge and saddle to the pickup components—where the A-Type’s modernism shines.
“It’s a real small-scale operation. It exists here at Taylor Guitars, but in its own lane.”
Grabbing hold of the guitar, it’s clearly an instrument living on the contemporary cutting edge. The A-Type’s neck gives the clearest indication that it’s a high-performance machine; it’s remarkably easy to fret, with low action but just enough bite across the board. Powers put a lot of thought into the fretboard dynamics that make that so, and he decided to create a hybrid radius. “You have about a 9 1/2" radius, which is really what your hand feels, but then under the plain strings, it’s a bit flatter at 14, 15-ish—it’s so subtle, it’s really tough to measure.” Without reading the specs and talking to Powers, I don’t know that I would detect the difference—and I certainly didn’t upon first try. It just felt easy to play precisely without losing character or veering into “shredder guitar” territory.
The A-Type looks like a solidbody, but you’ll know it’s hollow by its light, balanced weight. That makes it comfortable to hold, whether standing or sitting. But its hollow-ness is no inhibitor to style: I’ve yet to provoke any unintended feedback from any of my amps. Powers explains that’s part of the design, which uses V-class bracing, similar to what you’ll find on a modern Taylor acoustic.Powers says the A-Type that is now being produced is no different than the prototype he built in his home workshop: “I have the blueprint, still, that I hand drew. I can hold the guitar that we’re making up against that drawing, and it would be like I traced over it.”
“Coupling the back and the top of the guitar matter a lot,” he asserts. “When you do that, you can make them move in parallel so that they are not prone to feeding back on stage. You don’t actually have that same Helmholtz resonance going on that makes a hollowbody guitar feedback. It’s still moving.”
On a traditional hollowbody, he points out, the top and back move independently, compressing the air inside the body. “It’ll make one start to run away by re-amplifying its own sound,” he explains. “But if I can make them touch each other, then they move together as a unit. When they do that, you’re not compressing the air inside the body. But it’s still moving. So, you get this dynamic resonance that you want out of a hollowbody guitar; it’s just not prone to feedback.”
What I hear from the A-Type is a rich, dynamic tone, full of resonance, sustain, and volume. I found it to be surprisingly loud and vibrant when unplugged. Powers tells me that’s in part due to the “stressed spherical top” and explains, “I take this piece of wood and I stress it into a sphere, which unnaturally raises its resonant frequency well above what the piece of wood normally could. It’s kind of sprung, ready to set in motion as soon as you strike the string. So, it becomes a mechanical amplifier.” The bridge then sits in two soundposts, which Powers says makes it “almost like a cello.”
“Literally every little bit other than a couple screws” on the A-Type is custom made.
The single-coil pickups take it from there. They’re available in two variations, Full Faraday and Partial Faraday, the latter of which were in my demo model, and Powers tells me they are the brighter option. Their design, he says, has been in progress for about seven or eight years. The concept behind the pickups is to use the “paramagnetic quality of aluminum”—found in the pickup housing—“to shape the magnetic field … which functions almost like a Faraday cage.” And he complements them with a simple circuit on the way out.
I found them to run quietly, as promised, and offer a transparent tone with plenty of headroom. They paired excellently with the ultra-responsive playability and feel of the guitar, so I could play as dynamically as I desired. If a standard solidbody with single-coils offers the performance of a practical sedan, this combo gave the A-Type the feel of a well-tuned racecar. At low volumes and with no pedals, it felt like I was simply amplifying the guitar’s acoustic sound, and I had full control with nothing but my pick. (Powers explains that the pickups have a wide resonance peak, which plays out to my ear.) Add pedals to the mix, including distortion and fuzz, and that translates to an articulated, hi-fi sound.
Now up to serial number XXX, the Powers Electric team has refined their production process. I wonder about that first guitar, the dream guitar Powers built in his house. How similar is the guitar I’m holding to his original vision? “It’s very, very, very close,” Powers tells me. “Literally, this guitar outline is a tracing. It’s an exact duplicate of what I first drew on paper with a pencil. I have the blueprint, still, that I hand drew. I can hold the guitar that we’re making up against that drawing, and it would be like I traced over it.”
“It’s one of those things you do because you just really want to do it. It puts some spark in your life.”
Playing the guitar and, later, talking through its features, I’m left with few questions. But one that remains has to do with branding and marketing, not the instrument: Why go to all the effort to create a new brand for the A-Type, which is to say, why isn’t this a Taylor? For Powers, it’s about design. “As guitar players,” he explains, “we know what Taylor guitars are, we know what it stands for, and we know what we do. The design language of a Taylor guitar is a very specific thing. When I look at a Taylor acoustic guitar, I go, ‘I need curves like this, I need colors like this, I need shapes like this.’”
Those aren’t the same curves, colors, and shapes as the Powers Electric design, nor do they mine the same influences. “There’s a look and a feel to what a Taylor is. And that is different from this. I look at this and go, ‘It’s not the same.’”
Of course, adding the A-Type to the well-established Taylor catalog would probably be easier in lots of ways, but Powers’ positioning of the brand is a sign of his dedication to the project. It feels like a labor of love. “They’re guitars that I really wanted to make,” he tells me enthusiastically. “And I’m excited that they get to exist. It’s one of those things you do because you just really want to do it. It puts some spark in your life.”
“It’s like a solo project,” he continues. “As musicians, you front this band, you do this thing, and you also like these other kinds of music and you’ve got other musician friends, and you want to do something that’s a different flavor. You try to make some space to do that, too.”
An all-analog ’60s-inspired tremolo marries harmonic and optical circuits that can be used independently or blended to generate phasey, throbbing magic.
Spans practical, convincing vintage trem tones and the utterly weird. Hefty build quality.
Big footprint. Can’t switch order of effects.
$299
Jackson Audio Silvertone Twin Trem
jackson.audio
Almost any effect can be used subliminally or to extremes. But tremolo is a little extra special when employed at its weirder limits. Unlike reverb or delay, for instance, which approximate phenomena heard in the natural world, tremolo from anything other than an amp or pedal tends to occur in the realm of altered states—suggesting the sexy, subterranean, and dreamy. Such moods can be conjured with any single tremolo. Put two together, though, and the simply sensual can be surreal. Modify this equation by mating two distinctly different tremolo types, and the possible sound pictures increase manifold.
The all-analog, U.S.-built Jackson Audio Silvertone Twin Trem accomplishes this by combining a syrupy harmonic tremolo—the likes of which you’d hear from an early-1960s brown-panel Fender amp—and an optical tremolo like that in a Silvertone 1484 Twin Twelve amp or black-panel Fender. Both effects can be used independently, but it’s when the two are blended that the Twin Trem shines.
Doppelganger Effect
The Twin Trem’s optical and harmonic circuits are obviously not identical twins, but each is operated via its own 3-knob array consisting of speed, depth, and a smaller volume knob that will boost or cut the output of the individual circuit. Both tremolo types modulate at speeds slower than what you hear in amplifier equivalents. I don’t have a Silvertone Twin Twelve tremolo on hand for comparison. But the slowest speed from a mid-1960s Fender optical tremolo matched the rate of the Twin Trem’s optical circuit at about the midpoint of its range. At its slowest, the optical side will cycle through minimum and maximum volume in just a little under a full second, which feels molasses-slow, stretching and enhancing the ramping effect. Maximum speeds on the Twin Trem are closer to the maximum on the old Fender. But that’s still a pretty rapid modulation rate and the Twin Trem’s range-y depth controls make fast modulations sound extra alien.
If you’re sensitive to such things, the dedicated volume controls are great for overcoming the perceived volume drop that goes with any tremolo. There’s much more gain available than what you need for that purpose, and slathering on the volume gives the pulses a burly quality that’s tough but can obscure some nuance. The ability to create disparate volumes for each circuit means you can slightly foreground one tremolo type or the other, opening up an even wider tone palette and highlighting unique interrelationships between modulations.
Double Shots Make Dizzy Daze
The Twin Trem’s optical tremolo side (if you open up the back you can watch the pulsing diode that activates the opto-resistor) exhibits the throbbing tendencies one associates with black-panel Fender amplifiers. In fact, the Twin Trem sounds uncannily like the old Vibrolux I used for this test, but with more speed, range, and intensity. On its own, it’s a convincing stand-in for a 1960s Fender, Gibson, or Silvertone circuit.
One of the coolest things about the harmonic tremolo is how it often doesn’t sound like tremolo at all. In a harmonic tremolo circuit, high and low-frequency bands are split and volume-attenuated out of phase from each other, creating a bubblegum elasticity in the modulations. At slow speeds the harmonic tremolo’s phasey attributes take center stage (clip 1). And though the modulation texture is less swirling than what a simple phaser produces, the more vowel-like pulses lend a sleepy, mysterious aura to the modulation.
Though I did not use the pedal in stereo, I did utilize the effects loop, inserting a delay between the harmonic and optical tremolo, creating a little extra wash in the harmonic tremolo sweeps (clip 2). You can go crazy with possibilities here: How about inserting a multiple-tape-head-style delay for maximum syncopated mayhem? But the most traditional application for the effects loop is to simulate the reverb-into-tremolo order found in many mid-1960s amps. Again, it’s a great option when you need ’60s reverb/tremolo combo amp vibes and there’s no such animal around.Audio clip 2, which showcases the Twin Trem’s effects loop, also captures the two tremolos working together. And even at this fast-twitching speed you can hear the phaser-like wash softening the front end of the harder optical pulses that are situated downstream. Some dual-trem settings can produce chaos. But the best ones are thick, eerie, and propulsive in ways that can completely transform a song’s ambience.
The Verdict
The Twin Trem is just short of 300 bucks, and it’s easy to rationalize such a significant expense when you consider that you get two distinct tremolo sounds that you can mix, match, and switch between very readily. Maximizing the investment probably requires a little extra thirst for the unusual. Not all combined settings are money. Some rhythmic syncopations will drive you batty, and without the benefit of digital control you can disappear down little rabbit holes trying to find an elusive, perfect subdivision between modulation tempos or replicating a texture you found the previous week. It’s also too bad that you can't switch the order of the circuits. These are very minor traps, however. In general, the Twin Trem is forgiving and easy to use. And if you get in a meditative place with the pedal, and let it do the driving from time to time, the riffs will practically write themselves.
Bonnaroo announces its 2025 lineup featuring Luke Combs, Hozier, Queens of the Stone Age, Avril Lavigne, and more.
This year features headline performances from Luke Combs on Thursday, Tyler, The Creator on Friday, Olivia Rodrigo on Saturday, and Hozier on Sunday. Further highlights include John Summit, Dom Dolla, Avril Lavigne, Glass Animals, Vampire Weekend, Justice, Queens of the Stone Age, and the first-ever Roo Residency with King Gizzard & the Lizard Wizard performing three sets over three days. In addition, Remi Wolf will lead the “Insanely Fire 1970’s Pool Party” 2025 SuperJam, Bonnaroo’s legendary tradition. The complete Bonnaroo 2025 lineup is below.
Bonnaroo tickets go on sale tomorrow, Thursday, January 9 beginning at 10 am (CT) exclusively via bonnaroo.com. Guaranteed lowest-priced tickets are available during the first hour of sales, from 10 am - 11 am (CT). 2025 ticket options include 4-Day General Admission, 4-Day GA+, 4-Day VIP, and 4-Day Platinum, along with a variety of camping and parking options starting at just $25 down with a payment plan.
The 2025 festival will offer some exciting new features for Bonnaroovians, including the “Closer” RV and Primitive Camping accommodations that guarantee closer proximity to Centeroo, regardless of which day fans choose to enter The Farm. Among this year’s most exciting additions will be The Infinity Stage, a brand-new, one-of-a-kind venue – presented in partnership with Polygon Live – boasting spatial sound, synchronized lights, and an unprecedented three-dome, open-air design to create the world’s largest, most immersive, 360° live music experience.
Bonnaroo also offers upgraded ticket types for those who prefer an elevated experience. GA+ tickets include unlimited access to the Centeroo GA+ Lounge, with relaxed seating, dedicated food for purchase, air-conditioned restrooms, and hospitality staff to assist with all festival needs; a private bar with drinks for purchase plus complimentary soft drinks; complimentary water refill station; a dedicated premium entrance lane at both gates into Centeroo, and more. VIP and Platinum guests will enjoy the same perks plus additional exclusive upgrades, including dedicated close-in and on-field viewing areas; unlimited access to VIP and Platinum Lounges; express lanes at the Festival Store, commemorative festival gifts, and so much more. To learn more about VIP and Platinum, please seehttp://www.bonnaroo.com/tickets.
A wide range of Camping & Parking options will be available in Outeroo including Primitive Car Camping, Glamping, RVs, Backstage Camping, Accessible Camping, Groop Camping, Community Camping, and more. Premium Outeroo Camping Accommodations include pre-pitched Souvenir Tents, cool and comfortable Darkroom Tents, weatherproof Luxury Bell Tents, and spacious 2-person Wood Frame Safari Tents for the ultimate Bonnaroo camping experience. Cosmic Nomads On-Site Daily Parking passes will be available for ticketholders not camping. For details on all accommodation options, please visitwww.bonnaroo.com/accommodations.
Complete Lineup
THURSDAY, JUNE 12
Luke Combs
Dom Dolla
Sammy Virji
Marcus King
Green Velvet
2hollis
Insane Clown Posse
Joey Valence & Brae
Daniel Donato's Cosmic Country
Wilderado
Max Styler
Azzecca
The Lemon Twigs
Wisp
Sofia Isella
Kitchen Dwellers
Dogs In A Pile
Die Spitz
Hey, Nothing
The Droptines
FRIDAY, JUNE 13
Tyler, the Creator
John Summit
Glass Animals
Tipper
Goose
The Red Clay Strays
Rainbow Kitten Surprise
Megadeth
Wallows
Foster the People
Slightly Stoopid
Flipturn
Of the Trees
JPEGMAFIA
Marina
Tape B
MJ Lenderman
BossMan Dlow
INZO
Levity
Mannequin Pussy
Leon Thomas
Cults
Aly & AJ
Matt Champion
Detox Unit
Rachel Chinouriri
Eater
Ginger Root
Bebe Stockwell
Effin
SATURDAY, JUNE 14
Olivia Rodrigo
Avril Lavigne
Justice
Nelly
GloRilla
Mt. Joy
RL Grime
Beabadoobee
Tyla
Jessie Murph
Modest Mouse
Gorgon City
Flatland Cavalry
Hot Mulligan
Action Bronson
Crankdat
Dope Lemon
Gigi Perez
Wave to Earth
Claptone
Jade Cicada
What So Not
Daði Freyr
Ziggy Alberts
ROSSY
Destroy Boys
The Stews
Thee Sinseers & The Altons
AHEE
SUNDAY, JUNE 15
Hozier
Vampire Weekend
Queens of the Stone Age
LSZEE
Remi Wolf
Raye
Royel Otis
Dispatch
Role Model
Barry Can't Swim
Treaty Oak Revival
Big Gigantic
Jack's Mannequin
ATLiens
Bilmuri
Saint Motel
James Arthur
Alex Warren
Zingara
Natasha Bedingfield
Alexandra Kay
Goldie Boutilier
Grace Bowers & The Hodge Podge
GorillaT
YDG
SPECIAL PERFORMANCES
King Gizzard & the Lizard Wizard Roo Residency: 3 Sets, 3 Days (Friday, Saturday and Sunday)
Remi Wolf’s Insanely Fire 1970’s Pool Party Superjam (Saturday)
The fast-rising Okies use solid-state amp heads, baritone guitars, and a bit of Peavey magic to bring their nightmare-rock to life.
Oklahoma City sludge rockers Chat Pile have had a busy few years. Their 2022 LP, God’s Country, broke them internationally, and their critically acclaimed 2024 follow-up, Cool World, solidified them as one of the most exciting heavy bands of the moment. We spoke with bassist Stin and guitarist Luther Manhole about the record for our November 2024 issue.
Now, we bring you the band’s first official Rig Rundown, filmed ahead of their show at The End in Nashville last fall. Tune in to see how Stin and Luther conjure the band’s brutal soundstorms on the road.
Brought to you by D’Addario.
Bari Blast
Manhole’s main machine is this baritone 6-string, an Ernie Ball Music Man BFR Axis Super Sport, finished in “starry night.” Luther took a tip from tourmate and Agriculture guitarist Richard Chowenhill and slapped some tape over his neck pickup near the first string to prevent it from catching on the edge of the humbucker. It’s tuned to drop A, with Ernie Ball Mammoth Slinky strings.
Quite the Quilter
Back at home, Luther and Stin lean on big vintage amps, but on the road, Luther brings out this Quilter Tone Block 202, which is plugged into an Ampeg VT-40 combo amp that’s been gutted to run just as a 4x10 cabinet. Luther digs the icier, cutting tone from the 10″ speakers.
Luther Manhole's Board
Manhole’s board is minimalist: All he needs is a TC Electronic PolyTune, a Suhr Riot for dirt, an Electro-Harmonix Memory Boy (which is set for a wobbly chorus effect), and a TC Electronic Hall of Fame for reverb—pedals he’s used for over a decade. An Acoustic PBIS08 supplies the quartet with power.
Peavey Power
Around 2007, Stin went on a hunt around Oklahoma music shops for a Peavey T-40. He finally found one—in a total “Wayne’s World moment”—that belonged to a country singer who had passed away. Since the band’s formation, this “hot and clangy” white T-40 has been Stin’s tool for crafting Chat Pile’s elephantine, bottom-heavy sound. He uses the 5-string Ernie Ball Slinky Cobalts (.060–.125), omitting the .040 string, and plucks with orange Ernie Ball Everlast .73 mm picks for strong, percussive attack.
Building Blocks
Stin’s signal runs to this Quilter Bass Block 802, which blasts through a Trace Elliot 4x10 redline cab with horns—the cab that’s been used on every Chat Pile recording to date.
Stin's Board
Stin probably thinks Manhole’s board is excessive. He packs just his Boss TU-3 and a Tronographic Rusty Box, each with their own individual power supply plugged into a power bar that’s fixed to the board.