
Shifting parts in time can solve countless musical problems.
You know those sneaky song intros, where a guitar riff tricks you into thinking the beat is somewhere other than where it actually is? Then the drums come in, and it feels like the world tilts on its axis. Those parts remind me of the famous optical illusion that you alternately perceive as a portrait of a young woman and an old one.
These intros are worth studying, and not just because they capture the listener's ear within a song's first few measures. If you can develop the ability to hear how a pattern might start at any point in the measure, you can remedy countless musical problems. It's a bit like working a Rubik's Cube, except there's a good chance you can solve the puzzle within a couple of minutes.
Have you ever concocted a great guitar idea, only to realize that it gets in the way of the vocal or doesn't quite groove with the bass and kick drum? Being able to shift parts in time can resolve such traffic jams, make a mundane part thrilling, and transform a cool riff into an epic one. (The formal name for this technique is “rhythmic displacement.")
Facebook Doesn't Always Suck!
This month we'll look at how crafty guitarists have employed this technique. You know, like in … that song. You know the one. It's by … that band.
Okay, I don't have the world's greatest memory. So I posted this to Facebook a few weeks ago:
Can you help me out, musical hive? For an instructional column on rhythmic displacement, I'm looking for song examples where the guitar enters alone, and you THINK you know where the downbeat is, only to be surprised when the drums enter, revealing that you've been hearing it backwards. Thanks!
I knew my friends were helpful and hip, but I didn't expect nearly 400 comments! Some songs got mentioned many times, and some suggestions, while rhythmically cool, simply weren't examples of the technique. Particularly interesting were the songs that actually start on 1, just like you'd assume, but rhythmic complications (like syncopated drum parts) make the final groove surprising nonetheless. Examples include Fleetwood Mac's “Go Your Own Way," Tool's “Jambi," and the Cars' “Just What I Needed."
When the smoke had cleared, we had a list of nearly 80 deceptive-intro songs, which you can download as a PDF.
Cars guitarist Elliott Easton, whose riffs got cited many times, offered his own simple yet classic example: the opening riff of the Beatles' “She's a Woman." The song begins with a stabbing guitar chord. You might be tricked into thinking it's the downbeat, but when the drums enter, we realize it actually falls on beat 2.
Here's a rhythmically similar example, heavily altered to dodge copyright infringement (Ex. 1).
Do you hear it starting on beat 1 or beat 2? Our ears tend to assume the first note of a riff falls on beat 1 until proven otherwise. But there's no “right" answer—this pattern could start on any beat within the 4/4 measure.
Let's add drums to nail it down (Ex. 2). You hear the pattern two ways: first, starting on beat 1, as we might have first assumed, and then starting on beat 2, Beatles-style. You hear the pattern twice in each location, and then I repeat the entire thing. (I use the same format for the following examples as well.)
Click here for Ex. 2
If you're in the habit of listening for the backbeat, you might never perceive the pattern as starting on the 1. It's the same for any song that starts with a snare hit on 4, or a reggae tune where the first thing you hear is an offbeat guitar skank. But sometimes the beginning is truly deceptive, as in Ex. 3.
Sounds like it starts on 1, right? But it works better on beat 2, where it adds an element of surprise and better reinforces the backbeat.
Click here for Ex. 4
You hear the same displacement in the Smiths' “This Charming Man," Sharon Jones and the Dap Kings' “Be Easy," and Joe Jackson's “One More Time."
What a Difference an Eighth-Note Makes!
So far, we've looked at patterns displaced by a quarter-note. Things get trickier when you shift by an eighth-note. Check out Ex. 5. Again, it sounds like it starts on 1.
In Ex. 6, you hear the pattern starting on 1, and then starting on the “and" of 4 (an eighth-note ahead of the downbeat).
Click here for Ex. 6
The displaced version grooves better, and not only because the rhythm is less predictable. In the first version, the chord changes fall directly on the beat, which feels plodding and predictable. In the displaced version, the chords change between the beats, adding a syncopated feel that bounces you into the next beat. (Though there are definitely times when you want a boneheaded, on-the-beat approach!)
Ex. 7 is a similar example, inspired by the intro to the Eagles' “Take It Easy."
It sounds like it starts on 1, but it really begins on the “and" of 4. (How many fights have erupted between guitarists and drummers when tackling this tune in cover bands?) In Ex. 8, the second version is definitely groovier. The rhythmic accents and chord changes both occur right before the downbeat, catapulting you into the next measure.
Click here for Ex. 8
You hear other deceptive “start on the 'and' of 4" intros in “Start Me Up" by the Rolling Stones, “Cumberland Gap" by Jason Isbell, “I'm Free" by the Who, and “Sex Is on Fire" by the Kings of Leon. The technique is just as effective starting after the downbeat on the “and" of 1. You hear that displacement in the Johnny Burnette trio's seminal rockabilly track, “Train Kept a Rollin'," PJ Harvey's “Yuri-G," Blink 182's “What's My Age Again?," and XTC's “Wake Up."
Make It Funky: 16th-Note Displacements
You can also displace patterns by a 16th-note. Unaccompanied by drums, Ex. 9 certainly sounds like it starts on the 1.
But Ex. 10 reveals that it's funkier, if harder to play, when shifted forward by a 16th-note.
Click here for Ex. 10
The opening riffs from “Lights Out" by Royal Blood, “Top Secret" by the Yellowjackets, and “Bring on the Night" by the Police also start a 16th-note after the downbeat.
Independent Study
These examples merely scratch the surface. Download the PDF above for many more instances. (The list also includes some cool displacements we didn't get into here.) Can you hear these parts two ways: beginning on the 1, and starting somewhere else within the measure?
Most important, take a fresh look at riffs and melodies that you have created. Can you imagine how they might be shifted in time? Can you play them that way? It's not simply a matter of which version is better. It's about developing the rhythmic flexibility to consider many possible placements for any given part. With that skill, you'll be able to solve countless arrangement puzzles while creating cooler riffs with stronger grooves.
The author dials in one of his 20-watt Sonzera amps, with an extension cabinet.
Knowing how guitar amplifiers were developed and have evolved is important to understanding why they sound the way they do when you’re plugged in.
Let’s talk about guitar amp history. I think it’s important for guitar players to have a general overview of amplifiers, so the sound makes more sense when they plug in. As far as I can figure out, guitar amps originally came from radios—although I’ve never had the opportunity to interview the inventors of the original amps. Early tube amps looked like radio boxes, and once there was an AM signal, it needed to be amplified through a speaker so you could hear it. I’m reasonably certain that other people know more about this than I do.
For me, the story of guitar amps picks up with early Fenders and Marshalls. If you look at the schematics, amplifier input, and tone control layout of an early tweed Fender Bassman, it’s clear that’s where the original Marshall JTM45 amps came from. Also, I’ve heard secondhand that the early Marshall cabinets were 8x12s, and the roadies requested that Marshall cut them in half so they became 4x12s. Similarly, 8x10 SVT cabinets were cut in half to make the now-industry-standard 4x10 bass cabinets. Our amp designer Doug Sewell and I understand that, for the early Fender amps we love, the design directed the guitar signal into half a tube, into a tone stack, into another half a tube, and the reverb would join it with another half a tube, and then there would be a phase splitter and output tubes and a transformer. (All 12AX7 tubes are really two tubes in one, so when I say a half-tube, I’m saying we’re using only the first half.) The tone stack and layout of these amps is an industry standard and have a beautiful, clean way of removing low midrange to clear up the sound of the guitar. I believe all but the first Marshalls came from a high-powered tweed Twin preamp (which was a 80-watt combo amp) and a Bassman power amp. The schematic was a little different. It was one half-tube into a full-tube cathode follower, into a more midrange-y tone stack, into the phase splitter and power tubes and output transformer. Both of these circuits have different kinds of sounds. What’s interesting is Marshall kept modifying their amps for less bass, more high midrange and treble, and more gain. In addition, master volume controls started being added by Fender and Marshall around 1976. The goal was to give more gain at less volume. Understanding these circuits has been a lifelong event for Doug and me.
Then, another designer came along by the name of Alexander Dumble. He modified the tone stack in Fender amps so you could get more bass and a different kind of midrange. Then, after the preamp, he put in a distortion circuit in a switchable in and out “loop.” In this arrangement, the distortion was like putting a distortion pedal in a loop after the tone controls. In a Fender amp, most of the distortion comes from the output section, so turning the tone controls changes the sound of the guitar, not the distortion. In a Marshall, the distortion comes before the tone controls, so when you turn the tone controls, the distortion changes. The way these amps compress and add harmonics as you turn up the gain is the game. All of these designs have real merit and are the basis of our modern tube–and then modeling—amplifiers.
Everything in these amps makes a difference. The circuits, the capacitor values and types, the resistor values and types, the power and output transformers, and the power supplies—including all those capacitor values and capacitor manufacturers.
I give you this truncated, general history to let you know that the amp business is just as complicated as the guitar business. I didn’t even mention the speakers or speaker cabinets and the artform behind those. But what’s most important is: When you plug into the amp, do you like it? And how much do you like it? Most guitar players have not played through a real Dumble or even a real blackface Deluxe Reverb or a 1966 Marshall plexi head. In a way, you’re trusting the amp designers to understand all the highly complex variations from this history, and then make a product that you love playing through. It’s daunting, but I love it. There is a complicated, deep, and rich history that has influenced and shaped how amps are made today.
A pair of Fender amps and a custom-built Baranik helped the Boston band’s guitarist come back from a broken arm.
When Brandon Hagen broke his arm a few years ago, his life changed in an instant. He’d been fronting Boston indie rock outfit Vundabar since 2013, and suddenly, he was unable to do the things he’d built his life around. Recovery came, in part, in the form of a custom guitar prototype built by Mike Baranik of Baranik Guitars. Hagen deconstructed and rehabilitated his relationship to the 6-string on that instrument, an experience that led to Vundabar’s sixth LP, Surgery and Pleasure, released on March 7.
On tour supporting the record, the band appeared at Grimey’s in Nashville for a performance on March 11, and PG’s Chris Kies caught up with Hagen to hear about his journey and learn what tools the guitarist has brought on the road. As Hagen tells it, his setup is less about expertise and received wisdom, and more about “intuitive baby mode”—going with what feels and sounds good in the moment.
Brought to you by D’Addario.
An A1 B4
Hagen’s No. 1 is this Baranik B4, a custom job that he received two days before leaving for tour. Hagen’s arm was broken when Vundabar was playing a festival in California a couple years ago, and Baranik, a fan of the band, stopped in to see them. He offered to send a custom prototype to Hagen—who was new to the field of boutique guitars—and the B4 was born, borrowing from the Baranik B3 design used for Unknown Mortal Orchestra’s Ruban Nielson and the Hofner 176 played by Jamie Hince of the Kills. The guitar helped Hagen fall back in love with guitar as his arm healed.
Hagen was searching for Strat-style clarity and jangle but with a hotter sound, so Baranik put in Lindy Fralin P-90s in the neck and bridge positions, plus a sliding, unpotted gold-foil pickup in the middle, wound by Baranik himself. A wheel control on the lower bout beside the traditional pickup selector switch lets Hagen blend the pickup signals without outright switching them on or off. Along with traditional master volume and tone controls, the red button beside the bridge activates a Klon clone pedal built into the back of the guitar. Hagen used a Klon on every track on the new Vundabar record, so it made sense to have one at his fingertips, letting him step away from the pedalboard and still create dramatic dynamic differences.
Hagen uses Ernie Ball Slinky strings (.011s), a step up from the .10s he used to use; he was chasing some more low end and low mids in his sound. His guitars stay in standard tuning.
Jazz From Japan
Hagen also loves this 2009 Japan-made Fender Jazzmaster ’62 Reissue JM66, which splits the difference between classic Fender chime and a darker, heavier tone.
Blending Fenders
Hagen’s signal gets sent to both a Fender Hot Rod Deville and a Blues Junior. He likes to crank the Junior’s single 12" speaker for a nastier midrange.
Brandon Hagen's Board
Hagen runs from his guitar into a JHS Colour Box, which adds a bit of dirt and can be used to attenuate high or low frequencies depending on which room Vundabar is playing. From there, the signal hits a Keeley Compressor, EHX 2020 Tuner, EHX Pitch Fork, EHX Micro POG (which is always on with subtle octaves up and down to beef things up), Boss Blues Driver, Way Huge Swollen Pickle, MXR Carbon Copy (which is also always on), and a Boss DD-7—Hagen loves the sound of stacked delays.
Get premium spring reverb tones in a compact and practical format with the Carl Martin HeadRoom Mini. Featuring two independent reverb channels, mono and stereo I/O, and durable metal construction, this pedal is perfect for musicians on the go.
The Carl Martin HeadRoom Mini is a digital emulation of the beloved HeadRoom spring reverb pedal, offering the same warm, natural tone—plus a little extra—in a more compact and practical format. It delivers everything from subtle room ambiance to deep, cathedral-like reverberation, making it a versatile addition to any setup.
With two independent reverb channels, each featuring dedicated tone and level controls, you can easily switch between two different reverb settings - for example, rhythm and lead. The two footswitches allow seamless toggling between channels or full bypass.
Unlike the original HeadRoom, the Mini also includes both mono and stereo inputs and outputs, providing greater flexibility for stereo rigs. Built to withstand the rigors of live performance, it features a durable metal enclosure, buffered bypass for signal integrity, and a remote jack for external channel switching.
Key features
- Two independent reverb channels with individual tone and level controls
- Mono and stereo I/O for versatile routing options
- Buffered bypass ensures a strong, clear signal
- Rugged metal construction for durability
- Remote jack for external channel switching
- Compact and pedalboard-friendly design
HeadRoom Mini brings premium spring reverb tones in a flexible and space-savingformat—perfect for any musician looking for high-quality, studio-grade reverb on the go.
You can purchase HeadRoom Mini for $279 directly from carlmartin.com and, of course, also from leading music retailers worldwide.
For more information, please visit carlmartin.com.
Handwired in Hollywood with NOS components, these pedals deliver classic tones reminiscent of iconic rock albums. Get authentic vintage tone with modern reliability.
Rock N’ Roll Relics, known for crafting beautifully aged guitars, is stepping into the world of guitar effects with two new stompboxes: The StingerBoost and The Stinger Drive. True to the brand’s vintage aesthetic and rock ‘n’ roll spirit, these pedals are handwired in Hollywood and built to look, feel, and sound like they’ve been gigged for decades.
The Stinger Boost: This single-transistor boost features a Dallas Rangemaster-style circuit, with a NOS (New Old Stock) Fairchild Silicon transistor and a NOS Sanyo Germanium transistor. The circuit is modified beyond a typical Rangemaster to provide wider bandwidth for more of a full-range, mid-focused boost. The rest of its small components are all high-quality NOS, sourced from 1970s stockpiles. It’s completely hardwired and uses vintage-style clothwire, including a true bypass footswitch switch.
The Stinger Boost delivers classic midrange honk that cuts through any mix. Its switchable silicon and germanium circuit lets you dial in everything from glassy bite to warm, vintages aturation. The germanium mode provides a smooth and warm boost, and the silicon circuit delivers a brighter, hard-edged push. The pedal’s single Boost knob offers everything from a subtle push to a full-on vintage-style gain boost. Think back to the classic lead tones of theBeano album, the melodies of Queen, and the blues shredding of Rory Gallagher: that’s what you’re getting with the Stinger Boost – capable of over 30dB of gain with a midrange bump.
The Stinger Drive: Inspired by the iconic MXR Distortion+ and DOD250 pedals, the StingerDrive features Volume and Gain controls to dial in rich, midrange-forward drive with a smoother high end than traditional circuits. Built using a mix of NOS and modern components, this pedal delivers sought-after vintage tone with modern reliability.
The Stinger Drive features an LM741 asymmetrical hard clipping circuit utilizing a germanium diode and silicon transistor, pushing forward loads of even-order harmonic distortion. It provides more volume than a vintage overdrive and also more gain which, at its maximum, stands on the knife’s edge of oscillation for really hairy tones.
Combining old-school looks with modern reliability, each Rock N’ Roll Relics pedal is hand-agedand uniquely relic’d, making it look like it has spent 30 years on the road. Open one up, andyou’ll see true vintage-style wiring, with all components on full display—just like they did back inthe day.
- NOS transistors & hand-selected components for authentic vintage tone
- 9-volt operation via external power supply or on board battery
- Individually hand-aged enclosures for a one-of-a-kind look
- True bypass switching
The Rock N’ Roll Relics Stinger Boost carries a $279 street price and the Stinger Drive carries a $289 street price. They’re available from Rock N’ Roll Relics dealers and direct from RockNRollRelics.net.
For more information, please visit rocknrollrelics.com.