
Sorry Kermit, it is easy being green. From recycling and repurposing old gear, to the larger movement for harvesting sustainable woods, we explore ways players can soften their impact on the natural world.
Guitar players love making messes. Slathering on too much fuzz at inopportune times, peaking VU meters, and rendering separation useless in the studio. It goes with the territory. True, sometimes you need complete isolation or the pristine precision of a Steely Dan record, but more often than not, there's something special about getting gross with your guitar.
But that's just aesthetics.
Unfortunately, guitarists also generate a lot of physical waste. Old strings, picks, batteries, and tubes need to be disposed of. Blown speakers, frayed wires, trashed amps, unwanted enclosures, and fried electronics need to be discarded as well. For better or worse, modern music making generates a small mountain of unwanted junk.
But don't fret—pun intended—these are solvable problems. Options and innovations abound.
In this modest dissertation, we focus on three areas: recycling waste, innovative repurposing of discarded materials, and—at what first glance might seem like a side point—sustainable harvesting of wood.
Part I talks about garbage. Some things, like guitar strings and metal amp chassis, are easy to recycle and might even have marketable value. But others, like old tubes and single-use batteries, raise difficult questions and could be too much trouble—or just too expensive—to recycle.
Part II profiles two innovative businesses—Wallace Detroit Guitars and Analog Outfitters—that do incredible things while repurposing old materials. Each company, in its own manner, has found a way to turn trash into treasure.
Part III is about wood. Most guitars are made of wood and many of those woods are rare and expensive. But two of those woods, rosewood and ebony, are becoming scarce. That scarcity has raised enough alarm that CITES—the international body that deals with such matters—has imposed new, strict regulations. But it isn't as bleak as it sounds. We focus our attention on the important initiatives being made to develop a more sustainable model for both the growing and harvesting of these precious tonewoods.
"Above all, don't put metal in your trash." —Christopher Bosso, professor of public policy at Northeastern University
In this story, we speak with entrepreneurs, captains of industry, tenured professors, and other experts to give you an overview of these complex and sometimes complicated issues. There's a lot more to say, but consider this a thorough introduction. Ultimately, guitar players make messes, but for the most part, those messes—at least the non-musical ones—can be cleaned up.
Part I: Responsible Junk Disposal
Broken strings, worn out picks, dead batteries, fried circuits, non-functioning gear, stripped cables, and blown tubes—what should you do with all that junk?
Strings
Electric guitar strings are made from different types of metal and that's true for most acoustic guitar strings, too (with the obvious exception of nylon). Those metals include steel, nickel, cobalt, bronze, and various other alloys.
But guitar strings don't last forever. They wear out, break, or get crusty and gross, and at some point, you must change them. Most players change their strings on a regular basis. Many pros change them every gig.
What should you do with your old strings? Should you throw them in the trash?
"Anything with metal in it should be recycled," Christopher Bosso, a professor of public policy at Northeastern University says. "It has material value and local recycling programs actually give money for that."
D'Addario recently made string recycling easier for guitar players, with their Playback program, which allows players to drop off unwanted strings at more than 400 music retail spots around the U.S., including all Guitar Center locations. As an incentive, those who join the program earn points for recycling that can be used toward new strings or gear.
Through the Playback string recycling program, D'Addario and partner TerraCycle have recycled over 1.2 million strings in 2017. A reported 1.5 million pounds of strings are accumulated in landfills each year.
You can also take matters into your own hands. Ben Juday, the founder of Analog Outfitters, a company that builds amplifiers from repurposed Hammond organs, recommends having special bins for metal waste. "I have a couple of 5-gallon pails in my garage," he says. "Any scrap or bit of wire, brass or copper, or any little bit—anything from guitar strings to cans to little pieces of steel—I put in there and either put it out for the scrappers or take it to the scrapyard."
Scrapyards pay for junk metal, melt it down, and resell it. But don't expect to get rich recycling strings. "You would have to have a heck of a lot," Bosso says. "Scrapyards deal with significant amounts. Obviously, there's an aggregator. Cities and towns that do that place big magnets over their recyclables and anything that's metal gets pulled to a separate place. It's then sold by the ton or gets separated into the different types of metals, depending on where it is in the waste stream. More recyclables than we care to admit don't actually end up being recycled. But anything that has metal in it is of value in the marketplace. The real trick is, how do you get that into the right stream? If you put your strings into a recycling container or where the collection bin is, that's better than tossing it into the trash. Above all, don't put metal in your trash."
Batteries
Most effects pedals used to run on batteries, though the industry trend seems to be moving away from that. "I've probably sold close to 1,000 pedals and I've only had two people ask about batteries," Eric Junge, the owner of Hungry Robot Pedals, told us in an earlier interview ("Stompbox Savants," September 2016"). "I think the general consensus is, most people aren't using batteries anymore," he added. "A lot of my designs are very tight internally—I couldn't even fit a battery into a couple of them. So my take is, 'Am I going to make this pedal bigger for the 0.1 percent of the public that's going to use a battery?'"
That said, some players still rely on batteries and they are recyclable, although most communities are not set up to handle them. "In an ideal world, you would take these single-use batteries and figure out a way to recycle them," Bosso says. "But hardly any states have recycling programs for single-use batteries. Car batteries do have a very high recycle rate. That's because they contain a valuable metal, lead, and they're big, and most times they are replaced by professionals at repair shops. You have a collection process, market value, and there is actually a process to extract the metal and other stuff from the batteries. There is a very high rate of recycling for car batteries as contrasted to consumer batteries."
In 1996, legislation was passed to phase out the use of mercury in batteries, making it legal in most states to dispose of single-use alkaline batteries via the regular trash. But single-use batteries can still be recycled at local recycling centers, along with rechargeable batteries and other electronic waste, which are restricted from being tossed in with regular trash.
Destroyed Amps, Fried Circuits, and the Forgotten Gear Graveyard
Anyone who's played long enough—and loud enough—has probably fried their fair share of circuits, amps, and speakers. (For example, I fried the output circuitry on my Peavey Heritage 2x12 combo twice. Smoke billowed from the chassis and everything. The second time was at an audition. I didn't get the gig.) You can leave your old gear in the garage. You can convert it into a lamp or coffee table. Or—believe it or not—you can sell it. Reverb even has a category for non-functioning gear. "Keep in mind," the site claims, "there are still plenty of buyers out there who are in the market for project guitars and other fixer-upper items."
Juday agrees. "I partly got my start by buying broken equipment, fixing it, and reselling it back in my repair days. There are people who want broken gear for a bargain." But if no one wants it, bring the metal parts to the scrapyard. "Take out the speaker and metal chassis and take that to a local scrapyard. They weigh it and pay you for the scrap metal. That metal is chopped up, melted down, and turned into new steel. However, there really isn't a good way to recycle the wooden cabinet. Your best bet is to break it down with a sledgehammer and throw the wooden enclosure away."
Circuit boards and non-functioning electronics are recyclable as well. Your local scrapyard will take them. However, the EPA also lists several retailers—including Staples and Best Buy—that have buy-back and drop-off programs. "If you want to see some interesting videos," Juday says, "search 'circuit board recycling.' You would not believe what they're able to do by grinding them up and melting them down. A circuit board has all kinds of precious metals—like gold and silver—and also harmful metals like lead and cadmium. They can all be recovered through the recycling process."
Tubes, Cables, and Picks
What should you do with blown tubes? Short of converting them into shot glasses, not much. "People say, 'You should recycle them,'" Bosso says. "But the response is, 'Where do I take them? What's going to happen to them?' It's a pain in the ass to do it. Cities and towns will hold the occasional eWaste day. You bring them your eWaste and what happens, frankly, is oftentimes it is put in a big container and shipped off to developing countries where someone might try to get the metals out of it."
"Anything with metal in it should be recycled." —Christopher Bosso, professor of public policy at Northeastern University
Juday agrees. "There's not a good way of recycling tubes, which is unfortunate," he says. "The good news is they don't have very much metal in them. They do have some precious metal in there, like tungsten and other metals, but it's in such small quantities that it's not really worth anything."
Your frayed cables can be disposed of like other metals and the copper wiring can be reused for various projects. Some even claim you can use old braided and shielded cable as solder wick (Visit Instructibles.com for " How to Recycle an Old Dead Cable" article.), but the verdict is out on that.
There's also not much you can do with your old, beaten, worn-out picks. "Some plastics are recyclable," Bosso says. "They have some value in the marketplace because they can be reused. But a lot of plastics increasingly don't have much market value, so cities and towns may end up incinerating it."
However, there is a trend for converting old credit cards, vinyl records, and other hard plastics into picks. If you feel a connection to your last credit card—or maybe if you've paid it off—you can continue using it to make music.
Part II: Making Treasure out of Trash
Wallace Guitars uses reclaimed wood from abandoned Detroit buildings and houses. According to CEO Mark Wallace, old-growth pine dated between 1860 and 1930 yields favorable tonal characteristics.
Wallace Guitars
Wallace Detroit Guitars, based in Detroit, Michigan, builds guitars out of wood salvaged from the city's many abandoned properties. "When you're in Detroit, it's hard not to notice that there are a lot of vacant properties," Mark Wallace, the company's founder and CEO says. "It looks like these places should be torn down, thrown into a dumpster, and nobody should ever think about them. But what's exciting to me is that we're actually finding really incredible wood in those houses and turning that into instruments that stand up next to any handmade instrument."
Most of the wood comes from the Architectural Salvage Warehouse of Detroit, a local non-profit that functions as an unusual lumber yard. "We're not breaking into houses we don't own," Wallace says. "I walk into a warehouse that looks like a scene in Indiana Jones and it's full of reclaimed wood. I can see the wood, I can see the species, and they track which property a piece of wood came out of."
The most plentiful species of wood found in old Detroit houses, other than oak, is old-growth pine. "There are 60,000 vacant properties in Detroit and most of them have pine in the joist. I knew that if I could turn a pine two-by-four into a great guitar, I would have a supply that would last a very long time. I didn't know if it was going to work—so we spent a lot of time prototyping—because pine has different characteristics from swamp ash, maple, or anything you traditionally make a guitar out of. What I discovered, which was really thrilling, is that the pine that comes out of houses that were built between 1860 and 1930 is generally pine that was grown in old-growth forests and it's very different from pine that is grown in modern forests. Typically, if you're trying to produce a two-by-four to sell at Lowe's or Home Depot, you're going to use trees that are spaced out a certain distance to maximize light and rainfall. You're going to hit them full of fertilizers to make them grow straight. You're going to trim them so they don't have any knots in them. In the old forests, every tree is competing with every other tree. They are fighting for sunlight and grow in a context of scarcity of natural resources. The reason that matters is that the growth rings you get from the old growth forests are much tighter than the growth rings you get from a modern forest. What I have is pine, and because it's so damn old, it's much more similar to ash, almost to maple, than pine you would typically expect to see in 2017. I've got this really beautiful stuff that has this really interesting performance characteristic to it."
The bodies are made from bonded-together two-by-fours and come in two styles: long grain and end grain. "The long-grain style is like racing stripes," Wallace says. "If we find trims made out of mahogany or walnut or something, we chop that up, plane it down, and slab it together. In terms of the standard pine, I really like showing off the history of the wood: the stains and the nail holes. [For the end grain], we do a long grain back and that forms the neck pocket. We then do a 5/8" cap on top where we expose the grain."
But working with these woods does pose unique challenges. "The big one is metal. Even if you use a metal detector, you still never know what's buried inside. We burn up a lot more blades than others do. Making sure the wood is dry to a consistent level is really important to us as well. Some of this stuff has been sitting outside for years."
Wallace guitars are constructed piecemeal by different teams of luthiers around Detroit. One group does the glue-ups, one does the planing, another does the sanding and finishing coat. The necks and set-ups are done separately as well, and the necks are made from maple. "I can't find enough consistent maple to do a reclaim," Wallace says. "We use Michigan maple and try to keep it in the state, but they're not reclaimed."
Illinois-based Analog Outfitters builds, or "up-cycles," amplifiers, cabinets, effects, and MIDI controllers out of parts scavenged from old Hammond Organs.
Analog Outfitters
Analog Outfitters, based just north of Champaign, in Rantoul, Illinois, builds amplifiers out of parts scavenged from old Hammond organs. "I started in 2002 as a repair/live sound company and did a lot of work on Hammond organs," Ben Juday, the company's founder says. "People would try to give me these old organs and I took a lot of them. They had no market value—people were just throwing them away—and I started messing around with them. In 2011, we started manufacturing amplifiers and it's continued since then."
Juday only dismantles organs that people don't want—he gets most of them for free—and his biggest expense is hauling them back to his warehouse. "Sometimes people are upset with us for destroying these old instruments," he says. "But you've got to realize, the ones that we destroy literally [would otherwise] end up on the side of the road, in the rain, and in the landfill."
He tries to salvage, or "up-cycle," as he calls it, as much as he can from the organs as well. "We reuse the wood, the copper wiring, the amplifiers, and [even] the tubes whenever we can," he says. "Hammond used redwood, mahogany, walnut, and a lot of really good woods—some of which you can't even get any more. We use these premium woods in our wooden enclosures. We're not able to use all recycled materials, obviously, and I've never actually calculated the percentage, but a high percentage of the materials in our products are repurposed."
"If you saw our warehouse, we probably have about 100 organs that are not disassembled and another 200 that are." —Ben Juday, Analog Outfitters
But Juday is motivated by more than just green considerations; he also thinks old organs, particularly their output transformers, sound great. He says vintage transformers, like vintage pickups, possess a special mojo not usually found in newer gear. "Many vintage transformers have that same magic sound and it has to do with how they were wound," he says. "They used methods that are more expensive to do and today people have taken shortcuts. The thing to remember about a guitar amp—a tube guitar amp—is that the output transformer is the most important part of the whole amp. It's like the transmission in your car. I don't care how good your engine is, if you don't have a way to harness that power with a good transmission, you're not going anywhere. It's the same thing with a guitar amp. The output transformer takes the energy created by that amplifier and couples it to your speaker. If you don't have a good coupling device, you're never going to get the tone that you want."
Building amps from repurposed materials isn't simple or cheap. "It's not like we just flip a few wires," Juday says. It's a painstaking process that involves transporting, dismantling, cataloging, and warehousing the reclaimed materials. "If you saw our warehouse, we probably have about 100 organs that are not disassembled and another 200 that are—the transformers are here, the amp chassis are here, the speakers go over here, the wood is catalogued here, the wiring goes here. It's a pretty involved process." Plus, reworking an existing chassis also involves a lot of metal work, like drilling new holes and stripping away unwanted parts. "It probably takes more labor to do it the way we do, but the best form of recycling is repurposing and we really are repurposing a lot of those old parts."
Here's Analog Outfitters Scanner that was reviewed by PG and is used onstage by Doyle Bramhall II.
Analog Outfitters doesn't just build amps. They make the Scanner, which repurposes the vibrato and reverb units from old Hammond organs. They make a MIDI controller from repurposed keyboards. They use the organ's wood—when they're not using decommissioned street signs—to make speaker cabinets and enclosures. But they can't use everything.
"People try to give us organs from the '70s," Juday says. "We have to say no, because the wood that they used was particle chipboard, which is essentially junk, and the amps were transistor based. So those 1970s organs are of no value to us. We don't have the room to take those and to try to recycle them. But anything from the '50s or '60s, that used real solid wood and vacuum tube components, has value to us."
Part III: Wood
Bob Taylor walks in the Cameroon bush during a visit in 2017. Taylor Guitars—in partnership with Madinter Trade, a Spain-based supplier of tonewoods—recently purchased an ebony mill in Cameroon, an African country on the Gulf of Guinea.
Photo courtesy of Taylor Guitars
In January 2017, CITES, the Convention on International Trade in Endangered Species, which, according to their website, is "an international agreement between governments whose aim is to ensure that international trade in specimens of wild animals and plants does not threaten their survival," listed the entire Dalbergia genus—i.e. every species of rosewood—as Appendix II. That means, in a nutshell, that rosewood is considered a species at risk and its international usage is regulated.
Needless to say, that sent the guitar world into a tizzy.
"Basically, what happened is there has been growing demand for rosewood, mainly from China," Eric Meier, the author of WOOD! Identifying and Using Hundreds of Woods Worldwide and the administrator of The Wood Database, says. "I'm not trying to completely blame the Chinese, but they have a growing middle class and a cultural tradition of rosewood furniture. The resurgence in demand for rosewood furniture is an unprecedented amount of global demand, which was the main contributing factor. Obviously, there are other factors as well, but that was the main contributing factor for the CITES decision. CITES controls how and when wood moves across international borders."
However, according to Meier, the regulation does have a provision for touring musicians. "This doesn't affect Brazilian rosewood, which has always been restricted," he says. "But for the other species of rosewood they've put the limit at 10 kilograms (about 22 pounds) and non-commercial. Basically, as long as you're not selling the instrument—it isn't a commercial transaction, you're just traveling with it—then it's exempted."
"One small piece of rosewood on the guitar makes it a CITES-controlled product, forever." —Bob Taylor, Taylor Guitars
That isn't the case if you want to sell a guitar, even if you're selling a used instrument. "It's affected the guitar business in a negative way," Bob Taylor, the founder and CEO of Taylor Guitars, says. "People think that the 'guitar business' is conducted only by corporations. That is a false idea, because guitars are durable and last for a century or more. In that time, those guitars will have many owners. In today's world, individuals sell used guitars all day every day, often across borders. This doesn't happen with flooring, or even most furniture, for example. It's just as illegal for a person with a 20-year-old guitar to sell it across a border without all the proof and paperwork as it is for Taylor Guitars to do so with a new guitar. As the CITES rosewood regulation is currently written, it criminalizes people who have no idea or even the ability to know about the legality of a certain guitar. One small piece of rosewood on the guitar makes it a CITES-controlled product, forever. You can see the problem with this. It's relatively easy for Taylor Guitars to comply because we are a business and we deal in new guitars. We know exactly what pieces of wood are in them, their botanical names, where they came from, and we have the accompanying proof. We also know the management authorities around the world. We have the good fortune of a good reputation. We know how to file the paperwork. It isn't easy, but we can comply. It's very hard for an individual, who is the third owner of a guitar to comply, because he has to know all this, too, and prove it."
The challenge is greater for smaller, boutique builders—especially those who have been in business for a long time. "Most of the sources that we have always gotten wood from—and 'we' means the guitar-building community at large—are places that have done this forever," Amilcar Dohrn-Melendez, the materials buyer for Ryan Guitars, says. "A lot is older material, which is really good for us, and is the stuff that's harder to track. Kevin [Ryan] has been building for 30 years and he has material that is that old. Most shops do. When you get serious about building guitars, a lot of your investment early on is to get those source materials. You can use them forever and the longer they cure, the better. Guitar builders are wired to be like squirrels and keep gathering stuff. But how do you find out who the person you bought it from bought it from if you bought it 10 years ago? You can imagine, if it was longer than 15 or 20 years ago, it's just a wash in terms of how any of us kept track."
"We're married to ebony because it works," says Bob Taylor. "Substitutes don't work as well. Plus, they have their own sustainability problems." This majestic ebony tree resides in a forest in Cameroon, in Central Africa.
Photo courtesy of Taylor Guitars
Ebony is another wood the guitar building community is concerned about, especially since it's one of the best woods to use for fretboards. "As a builder, one of the things I would say about ebony is that structurally it takes frets really well," Dohrn-Melendez says. "The density and how stiff it is—even compared to rosewood—frets just grab on and hold on like you want them to."
"We're married to ebony because it works," Taylor adds. "Substitutes don't work as well. Plus, they have their own sustainability problems. It's good to realize that guitars aren't the only instruments that depend upon ebony. Violins, cellos, contra-basses, also use it. I think it's better to conserve and regrow ebony than to look for alternatives."
Along those lines, Taylor—in partnership with Madinter Trade, a Spain-based supplier of tonewoods—purchased an ebony mill in Cameroon. Learning about woods at their source changed Taylor's opinion about what types of ebony were suitable for use. "When we first arrived, we found out from suppliers that they cut down many trees to find one with a pure black heart. Not all ebony trees are pure black and many trees were simply left to rot. That was not acceptable to us. I thought the wood was beautiful, and I felt I was in a position—not as a supplier of ebony, but as a maker of guitars—to change perception. Today, we are repurposing much of the colored wood into sides and backs. We had to build a lot of capabilities, but it's a great use of that material, and we don't have to depend upon using it solely on fingerboards."
Taylor Guitars is committed to replanting and conserving ebony through the Cameroon Project. The first stage of the project planted 15,000 seedlings in the Crelicam nursery, with the goal of supplying instrument manufacturers with high-quality ebony in the future.
Photo courtesy of Taylor Guitars
Part of the challenge, in terms of sustainability, is that trees take a long time to grow. "Some of the controversy in Madagascar was someone cut down protected trees in the national forest," Meier says. "The trees were 200 or 300 years old. Yes, trees can grow back, but if you just consider that that was a 200-year-old tree—there is an element of timing. Is it realistically going to be sustainable in our lifetime?"
However, in spite of that, Taylor is planting new trees. "We have a huge project to replant ebony and it's in full swing," Taylor says. "In fact, we just signed a public-private partnership with the government of Cameroon on November 14, 2017, at the United Nations Climate Change Conference in Bonn, Germany, to cooperate on our initiative. We are partnered with the Congo Basin Institute in Yaoundé, Cameroon, which has UCLA as the driving partner. Professor Tom Smith, the director of the Center for Tropical Research, has spent 35 years working in Cameroon on forest-related science. There is top-notch science being implemented with them as our partner. Together, we are making progress planting ebony as well as fruit and medicine trees in villages, and the villages own these projects. This first stage of the project will plant 15,000 ebony trees. My partner Vidal de Teresa from Madinter Trade in Spain oversees the work."
One thing that isn't possible—at least not on a significant scale—is growing these tropical trees in greenhouses. "What you need is good site location, good soil, and good seeds," Taylor says. "Hawaii is a contender to grow ebony, rosewood, and mahogany. There's a lot of mahogany already on Hawaii, so we know it grows well there. There is also the topic of improving the species through planting shoots from a good tree, thus copying that tree's qualities. With time, we may be able to crossbreed trees as well to make certain varieties that serve us well, just like it's done with edible plants. While we haven't crossbred anything yet, we have grown new trees from cuttings of trees we like."
"The environment that these trees grow in has so much to do with what they become as trees and, then by proxy, how we can use them as builders," Dohrn-Melendez says. "It's a difficult thing to manufacture. For example, you have to have a rainforest if you want to grow Brazilian rosewood. You might not have to go to Brazil, but Nebraska isn't going to cut it."
[Updated 8/10/21]
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A mix of futuristic concepts and DeArmond single-coil pickups, the Musicraft Messenger’s neck was tuned to resonate at 440 Hz.
The idiosyncratic, Summer of Love-era Musicraft Messenger had a short-lived run and some unusual appointments, but still has some appreciators out there.
Funky, mysterious, and rare as hen’s teeth, the Musicraft Messenger is a far-out vintage guitar that emerged in the Summer of Love and, like so many heady ideas at the time, didn’t last too much longer.
The brainchild of Bert Casey and Arnold Curtis, Musicraft was a short-lived endeavor, beginning in San Francisco in 1967 and ending soon thereafter in Astoria, Oregon. Plans to expand their manufacturing in the new locale seemed to have fizzled out almost as soon as they started.
Until its untimely end, Musicraft made roughly 250 Messengers in various configurations: the mono-output Messenger and the flagship Messenger Stereophonic, both of which could come with the “Tone Messer” upgrade, a built-in distortion/fuzz circuit. The company’s first catalog also featured a Messenger Bass, a wireless transmitter/receiver, and various models of its Messenger Envoy amplifier, very few of which have survived, if many were ever made at all.
“To this day, even fans will sometimes call the decision to use DeArmonds the Messenger’s ‘Achilles’ heel.’”
Upon its release, the Messenger was a mix of futuristic concepts and DeArmond single-coil pickups that were more likely to be found on budget instruments than pricier guitars such as these. The Messengers often featured soapbar-style DeArmonds, though some sported a diamond grille. (To this day, even fans will sometimes call the decision to use DeArmonds the Messenger’s “Achilles’ heel.”) The Stereophonic model, like the one featured in this edition of Vintage Vault, could be plugged into a single amplifier as normal, or you could split the bridge and neck pickup outputs to two separate amps.
One of the beloved hallmarks of the guitars are their magnesium-aluminum alloy necks, which continue as a center block straight through the tailpiece, making the guitars relatively lightweight and virtually immune to neck warping, while enhancing their playability. Thanks to the strength of that metal-neck design, there’s no need for a thick heel where it meets the body, granting unprecedented access to the higher end of the fretboard.
This Stereophonic model could be plugged into a single amplifier as normal, or you could split the bridge and neck pickup outputs to two separate amps.
The neck was apparently also tuned to have a resonant frequency of 440 Hz, which, in all honesty, may be some of that 1967 “whoa, man” marketing continuing on through our modern-day guitar discourse, where this fact is still widely repeated on forums and in YouTube videos. (As one guitar aficionado to the next, what does this even mean in practice? Would an inaudible vibration at that frequency have any effect at all on the tone of the guitar?)
In any event, the combination of that metal center block—resonant frequency or not—the apple-shaped hollow wooden body of the guitar, and the cat’s-eye-style “f-holes” did make it prone to gnarly fits of feedback, especially if you engaged the Tone Messer fuzz and blasted it all through the high-gain amp stacks favored by the era’s hard rockers.
The most famous devotee of the Messenger was Grand Funk Railroad’s Mark Farner, who used the guitar—and its Tone Messer circuitry—extensively on the group’s string of best-selling records and in their defining live shows, like the Atlanta Pop Festival 1970 and their sold-out run at New York’s Shea Stadium in 1971. But even Farner had some misgivings.
The Messengers often featured soapbar-style DeArmonds, though some sported a diamond grille.
In a 2009 interview, he talked about his first test-run of the guitar: “After I stuffed it full of foam and put masking tape over the f-holes to stop that squeal, I said, ‘I like it.’” He bought it for $200, on a $25-per-pop installment plan, a steal even at the time. (He also made it over with a psychedelic paint job, befitting the era, and experimented with different pickups over the years.)
When these guitars were new in 1967, the Messenger Stereophonic in morning sunburst, midnight sunburst, or mojo red would have run you $340. By 1968, new stereo models started at $469.50. Recent years have seen prices for vintage models steadily increase, as the joy of this rarity continues to thrill players and collectors. Ten years ago, you could still get them for about $1,500, but now prices range from $3,000 to $6,000, depending on condition.
Our Vintage Vault pick today is listed on Reverb by Chicago’s own SS Vintage. Given that it’s the stereo model, in very good condition, and includes the Tone Messer upgrade, its asking price of $5,495 is near the top-end for these guitars today, but within the usual range. To those readers who appreciate the vintage vibe but don’t want the vintage price tag, Eastwood Guitars offers modern reissues, and eagle-eyed buyers can also find some very rare but less expensive vintage MIJ clones made in the late ’60s and early ’70s.
Sources: Reverb listing from SS Vintage, Reverb Price Guide sales data, Musicraft July 1, 1967 Price Schedule, 1968 Musicraft Catalog, Chicago Music Exchange’s “Uncovering The Secret Sounds of the 1967 Musicraft Messenger Guitar,” MusicPickups.com article on the Messenger.Submarine Pickups boss Pete Roe at his workstation.
Single-coils and humbuckers aren’t the only game in town anymore. From hybrid to hexaphonic, Joe Naylor, Pete Roe, and Chris Mills are thinking outside the bobbin to bring guitarists new sonic possibilities.
Electric guitar pickups weren’t necessarily supposed to turn out the way they did. We know the dominant models of single-coils and humbuckers—from P-90s to PAFs—as the natural and correct forms of the technology. But the history of the 6-string pickup tells a different story. They were mostly experiments gone right, executed with whatever materials were cheapest and closest at hand. Wartime embargos had as much influence on the development of the electric guitar pickup as did any ideas of function, tone, or sonic quality—maybe more so.
Still, we think we know what pickups should sound and look like. Lucky for us, there have always been plenty of pickup builders who aren’t so convinced. These are the makers who devised the ceramic-magnet pickup, gold-foils, and active, high-gain pickups. In 2025, nearly 100 years after the first pickup bestowed upon a humble lap-steel guitar the power to blast our ears with soundwaves, there’s no shortage of free-thinking, independent wire-winders coming up with new ways to translate vibrating steel strings into thrilling music.
Joe Naylor, Chris Mills, and Pete Roe are three of them. As the creative mind behind Reverend Guitars, Naylor developed the Railhammer pickup, which combines both rail and pole-piece design. Mills, in Pennsylvania, builds his own ZUZU guitars with wildly shaped, custom-designed pickups. And in the U.K., Roe developed his own line of hexaphonic pickups to achieve the ultimate in string separation and note definition. All three of them told us how they created their novel noisemakers.
Joe Naylor - Railhammer Pickups
Joe Naylor, pictured here, started designing Railhammers out of personal necessity: He needed a pickup that could handle both pristine cleans and crushing distortion back to back.
Like virtually all guitar players, Joe Naylor was on a personal tone quest. Based in Troy, Michigan, Naylor helped launch Reverend Guitars in 1996, and in the late ’90s, he was writing and playing music that involved both clean and distorted movements in one song. He liked his neck pickup for the clean parts, but it was too muddy for high-gain playing. He didn’t want to switch pickups, which would change the sound altogether.
He set out to design a neck pickup that could represent both ends of the spectrum with even fidelity. That led him to a unique design concept: a thin, steel rail under the three thicker, low-end strings, and three traditional pole pieces for the higher strings, both working with a bar magnet underneath. At just about a millimeter thick, rails, Naylor explains, only interact with a narrow section of the thicker strings, eliminating excess low-end information. Pole pieces, at about six millimeters in diameter, pick up a much wider and less focused window of the higher strings, which works to keep them fat and full. “If you go back and look at some of the early rail pickups—Bill Lawrence’s and things like that—the low end is very tight,” says Naylor. “It’s almost like your tone is being EQ’d perfectly, but it’s being done by the pickup itself.”
That idea formed the basis for Railhammer Pickups, which began official operations in 2012. Naylor built the first prototype in his basement, and it sounded great from the start, so he expanded the format to a bridge pickup. That worked out, too. “I decided, ‘Maybe I’m onto something here,’” says Naylor. Despite the additional engineering, Railhammers have remained passive pickups, with fairly conventional magnets—including alnico 5s and ceramics—wires, and structures. Naylor says this combines the clarity of active pickups with the “thick, organic tone” of passive pickups.
“It’s almost like your tone is being EQ’d perfectly, but it’s being done by the pickup itself.” —Joe Naylor
The biggest difficulty Naylor faced was in the physical construction of the pickups. He designed and ordered custom molds for the pickup’s bobbins, which cost a good chunk of money. But once those were in hand, the Railhammers didn’t need much fiddling. Despite their size differences, the rail and pole pieces produce level volume outputs for balanced response across all six strings.
Naylor’s formula has built a significant following among heavy-music players. Smashing Pumpkins’ Billy Corgan is a Railhammer player with several signature models; ditto Reeves Gabrels, the Cure guitarist and David Bowie collaborator. Bob Balch from Fu Manchu and Kyle Shutt from the Sword have signatures, too, and other players include Code Orange’s Reba Meyers, Gogol Bordello’s Boris Pelekh, and Voivod’s Dan “Chewy” Mongrain.
Chris Mills - ZUZU Pickups
When Chris Mills started building his own electric guitars, he decided to build his own components for them, too. He suspected that in the course of the market’s natural thinning of the product herd, plenty of exciting options had been left unrealized. He started working with non-traditional components and winding in non-traditional ways, which turned him on to the idea that things could be done differently. “I learned early on that there are all kinds of sonic worlds out there to be discovered,” says Mills.
Eventually, he zeroed in on the particular sound of a 5-way-switch Stratocaster in positions two and four: Something glassy and clear, but fatter and more dimensional. In Mills’ practice, “dimensional” refers to the varying and sometimes simultaneous sound qualities attained from, say, a finger pad versus a fingernail. “I didn’t want just one thing,” says Mills. “I wanted multiple things happening at once.”
Mills wanted something that split the difference between a humbucker’s fullness and the Strat’s plucky verve, all in clean contexts. But he didn’t want an active pickup; he wanted a passive, drop-in solution to maximize appeal. To achieve the end tone, Mills wired his bobbins in parallel to create “interposed signal processing,” a key piece of his patented design. “I found that when I [signal processed] both of them, I got too much of one particular quality, and I wanted that dimensionality that comes with two qualities simultaneously, so that was essential,” explains Mills.
Mills loved the sound of alnico 5 blade magnets, so he worked with a 3D modeling engineer to design plastic bobbins that could accommodate both the blades and the number of turns of wire he desired. This got granular—a millimeter taller, a millimeter wider—until they came out exactly right. Then came the struggle of fitting them into a humbucker cover. Some key advice from experts helped Mills save on space to make the squeeze happen.
Mills’ ZUZUbuckers don’t have the traditional pole pieces and screws of most humbuckers, so he uses the screw holes on the cover as “portholes” looking in on a luxe abalone design. And his patented “curved-coil” pickups feature a unique winding method to mix up the tonal profile while maintaining presence across all frequencies.
“I learned early on that there are all kinds of sonic worlds out there to be discovered.” —Chris Mills
Mills has also patented a single-coil pickup with a curved coil, which he developed to get a different tonal quality by changing the relative location of the poles to one another and to the bridge. Within that design is another patented design feature: reducing the number of turns at the bass end of the coil. “Pretty much every pickup maker suggests that you lower the bass end [of the pickup] to compensate for the fact that it's louder than the treble end,” says Mills. “That'll work, but doing so alters the quality and clarity of the bass end. My innovation enables you to keep the bass end up high toward the strings.”
Even Mills’ drop-in pickups tend to look fairly distinct, but his more custom designs, like his curved-coil pickup, are downright baroque. Because his designs don’t rely on typical pickup construction, there aren’t the usual visual cues, like screws popping out of a humbucker cover, or pole pieces on a single-coil pickup. (Mills does preserve a whiff of these ideals with “portholes” on his pickup covers that reveal that pickup below.) Currently, he’s excited by the abalone-shell finish inserts he’s loading on top of his ZUZUbuckers, which peek through the aforementioned portholes.
“It all comes down to the challenge that we face in this industry of having something that’s original and distinctive, and also knowing that with every choice you make, you risk alienating those who prefer a more traditional and familiar look,” says Mills.
Pete Roe - Submarine Pickups
Roe’s stick-on Submarine pickups give individual strings their own miniature pickup, each with discrete, siloed signals that can be manipulated on their own. Ever wanted to have a fuzz only on the treble strings, or an echo applied just to the low-register strings? Submarine can achieve that.
Pete Roe says that at the start, his limited amount of knowledge about guitar pickups was a kind of superpower. If he had known how hard it would be to get to where he is now, he likely wouldn’t have started. He also would’ve worked in a totally different way. But hindsight is 20/20.
Roe was working in singer-songwriter territory and looking to add some bass to his sound. He didn’t want to go down the looping path, so he stuck with octave pedals, but even these weren’t satisfactory for him. He started winding his own basic pickups, using drills, spools of wire, and magnets he’d bought off the internet. Like most other builders, he wanted to make passive pickups—he played lots of acoustic guitar, and his experiences trying to find last-minute replacement batteries for most acoustic pickups left him scarred.
Roe started building a multiphonic pickup: a unit with multiple discrete “pickups” within one housing. In traditional pickups, the vibration from the strings is converted into a voltage in the 6-string-wide coils of wire within the pickup. In multiphonic pickups, there are individual coils beneath each string. That means they’re quite tiny—Roe likens each coil to the size of a Tylenol pill. “Because you’re making stuff small, it actually works better because it’s not picking up signals from adjacent strings,” says Roe. “If you’ve got it set up correctly, there’s very, very little crosstalk.”
With his Submarine Pickups, Roe began by creating the flagship Submarine: a quick-stick pickup designed to isolate and enhance the signals of two strings. The SubPro and SubSix expanded the concept to true hexaphonic capability. Each string has a designated coil, which on the SubPro combine into four separate switchable outputs; the SubSix counts six outputs. The pickups use two mini output jacks, with triple-band male connectors to carry three signals each. Explains Roe: “If you had a two-channel output setup, you could have E, A, and D strings going to one side, and G, B, and E to the other. Or you could have E and A going to one, the middle two strings muted, and the B and E going to a different channel.” Each output has a 3-position switch, which toggles between one of two channels, or mute.
“I’m just saying there’s some unexplored territory at the beginning of the signal chain. If you start looking inside your guitar, then it opens up a world of opportunities.” —Pete Roe
This all might seem a little overly complicated, but Roe sees it as a simplification. He says when most people think about their sound, they see its origin in the guitar as fixed, only manipulatable later in the chain via pedals, amp settings, or speaker decisions. “I’m not saying that’s wrong,” says Roe. “I’m just saying there’s some unexplored territory at the beginning of the signal chain. If you start looking inside your guitar, then it opens up a world of opportunities which may or may not be useful to you. Our customers tend to be the ones who are curious and looking for something new that they can’t achieve in a different way.
“If each string has its own channel, you can start to get some really surprising effects by using those six channels as a group,” continues Roe. “You could pan the strings across the stereo field, which as an effect is really powerful. You suddenly have this really wide, panoramic guitar sound. But then when you start applying familiar effects to the strings in isolation, you can end up with some really surprising textural sounds that you just can’t achieve in any other way. You can get some very different sounds if you’re applying these distortions to strings in isolation. You can get that kind of lead guitar sound that sort of cuts through everything, this really pure, monophonic sound. That sounds very different because what you don’t get is this thing called intermodulation distortion, which is the muddiness, essentially, that you get from playing chords that are more complex than roots and fifths with a load of distortion.” And despite the powerful hardware, the pickups don’t require any soldering or labor. Using a “nanosuction” technology similar to what geckos possess, the pickups simply adhere to the guitar’s body. Submarine’s manuals provide clear instruction on how to rig up the pickups.
“An analogy I like to use is: Say you’re remixing a track,” explains Roe. “If you get the stems, you can actually do a much better job, because you can dig inside and see how the thing is put together. Essentially, Submarine is doing that to guitars. It’s allowing guitarists and producers to look inside the instrument and rebuild it from its constituent parts in new and exciting ways.”
Pearl Jam announces U.S. tour dates for April and May 2025 in support of their album Dark Matter.
In continued support of their 3x GRAMMY-nominated album Dark Matter, Pearl Jam will be touring select U.S. cities in April and May 2025.
Pearl Jam’s live dates will start in Hollywood, FL on April 24 and 26 and wrap with performances in Pittsburgh, PA on May 16 and 18. Full tour dates are listed below.
Support acts for these dates will be announced in the coming weeks.
Tickets for these concerts will be available two ways:
- A Ten Club members-only presale for all dates begins today. Only paid Ten Club members active as of 11:59 PM PT on December 4, 2024 are eligible to participate in this presale. More info at pearljam.com.
- Public tickets will be available through an Artist Presale hosted by Ticketmaster. Fans can sign up for presale access for up to five concert dates now through Tuesday, December 10 at 10 AM PT. The presale starts Friday, December 13 at 10 AM local time.
earl Jam strives to protect access to fairly priced tickets by providing the majority of tickets to Ten Club members, making tickets non-transferable as permitted, and selling approximately 10% of tickets through PJ Premium to offset increased costs. Pearl Jam continues to use all-in pricing and the ticket price shown includes service fees. Any applicable taxes will be added at checkout.
For fans unable to use their purchased tickets, Pearl Jam and Ticketmaster will offer a Fan-to-Fan Face Value Ticket Exchange for every city, starting at a later date. To sell tickets through this exchange, you must have a valid bank account or debit card in the United States. Tickets listed above face value on secondary marketplaces will be canceled. To help protect the Exchange, Pearl Jam has also chosen to make tickets for this tour mobile only and restricted from transfer. For more information about the policy issues in ticketing, visit fairticketing.com.
For more information, please visit pearljam.com.
The legendary German hard-rock guitarist deconstructs his expressive playing approach and recounts critical moments from his historic career.
This episode has three main ingredients: Shifty, Schenker, and shredding. What more do you need?
Chris Shiflett sits down with Michael Schenker, the German rock-guitar icon who helped launch his older brother Rudolf Schenker’s now-legendary band, Scorpions. Schenker was just 11 when he played his first gig with the band, and recorded on their debut LP, Lonesome Crow, when he was 16. He’s been playing a Gibson Flying V since those early days, so its only natural that both he and Shifty bust out the Vs for this occasion.
While gigging with Scorpions in Germany, Schenker met and was poached by British rockers UFO, with whom he recorded five studio records and one live release. (Schenker’s new record, released on September 20, celebrates this pivotal era with reworkings of the material from these albums with a cavalcade of high-profile guests like Axl Rose, Slash, Dee Snider, Adrian Vandenberg, and more.) On 1978’s Obsession, his last studio full-length with the band, Schenker cut the solo on “Only You Can Rock Me,” which Shifty thinks carries some of the greatest rock guitar tone of all time. Schenker details his approach to his other solos, but note-for-note recall isn’t always in the cards—he plays from a place of deep expression, which he says makes it difficult to replicate his leads.
Tune in to learn how the Flying V impacted Schenker’s vibrato, the German parallel to Page, Beck, and Clapton, and the twists and turns of his career from Scorpions, UFO, and MSG to brushes with the Rolling Stones.
Credits
Producer: Jason Shadrick
Executive Producers: Brady Sadler and Jake Brennan for Double Elvis
Engineering Support by Matt Tahaney and Matt Beaudion
Video Editor: Addison Sauvan
Graphic Design: Megan Pralle
Special thanks to Chris Peterson, Greg Nacron, and the entire Volume.com crew.