february 2011

Cables, whether used for power, for linking pedals, connecting amplifier to speaker, or in the internal connections of an amplifier, offer different tonal qualities that will enhance, decrease, or be transparent to your tone

With all of the things that people have to alter, shape, and color their guitar tone, often times not a lot of thought is given to the actual path that leads to all of these components to begin with: wires. It may be easy to dismiss the importance of the quality of this path as simply “wire is wire,” but that would be shortchanging the value of what it is that is actually carrying your signal to all those components that you worked so hard to obtain.


So, where do you begin? Are you going to tear open your amplifier and start changing all the wires? What wires were even used in the first place? Did the builder of this or that product even give any thought to wire quality? It is important to remember that what we are talking about here is quality. I am not speaking in terms of better or worse. Expensive does not equal better. Inexpensive does not equal worse. The point here is to realize that grades of quality are simply different. When building a quality amplifier, for example, careful consideration should be given to the sonic character of all wiring involved. The reason is to facilitate what is desired as the end result, not to be fancy. The fact is that certain wire colors the sounds differently than others. If I am aiming for transparency and for the instrument to be the voice of the amplifier, I should use wire that facilitates that.

Musicians will spend great amounts of time and money making sure their signal chain is wired true bypass, so that the electronics of their pedals do not affect their tone. They will spend hundreds on different tubes to shape their sound. All of these considerations are important and make a very real difference, but these same musicians will argue over whether or not the actual wiring powering those units makes any difference. A cracked and oxidized AC cord is degrading the tone of your prized amp. An upgrade to a standard quality AC cord will make a very noticeable difference. Upgrade that cable to something of high quality and you will hear an improved tone. An improved quality cable connecting that beautiful amp to that custom speaker cabinet will allow you to hear those pieces for what they have to offer.


Instrument cables are probably the most common form of wiring that the average player gives credence to. There are many types, brands, and grades of cables that result in a particular tone. Some cables actually sound different the direction they are played. It is true! If you were to go into any high-end recording studio you will see high-end cables. Is the reason for this because these cables have been so hyped up that high-end cable companies have fooled the entire industry, or is it because quality cables make a very real improvement in tone?

A low quality instrument cable can bring certain qualities to the table such as: hum, static (especially when the cable is moved), dull tone, and interference. These cables are also often unreliable and may not be doing your tone any favors. The aim with these types of cables simply is to transfer sound with less consideration given to the quality of that sound. I’ve seen many cheap cable companies offer “Lifetime Warranty” on their product. The problem with this is when the cable breaks you are then given a replacement of the same cable that has failed you!


When talking of high quality cable we are talking about attention to detail. Attention has been given to the purity of the metal (copper, silver, other), the quality of the plugs and the way the wires are insulated. Some high quality cables are constructed so that each strand of wire is actually coated so as to prevent noise and interference. Careful consideration is given to the wire gauge, resistance, capacitance, and inductance. Thicker wire gauge, for example, does not equate to better tone. A balance needs to be in place with regards to keeping the gauge large enough to handle the load placed upon it, but small enough to keep the capacitance and inductance low. Other important factors to consider are diameter of individual wire strands, the length of cable, aging of the cable, and durability. All of these factors contribute to a cable's frequency response and get us closer to what we are after: better tone. But since “better” is so subjective, let us just say “purer.”

Another consideration when talking cables is that of break in. It is commonly known that speakers and tubes have a break in period to where they settle in. Wires are no different. An instrument cable, for example, will break in as it is continued to be used. What may start off as sounding tight becomes relaxed. You may notice a particular difference in the smoothness of bass response and the chime of the highs as the cable continues to break in.


The point of this article is to shed some light on an often overlooked component of a player's signal chain. It is important to bear in mind that any player should use whatever cable they are comfortable with using and whatever fits into their budget. Cables, whether used for power, for linking pedals, connecting amplifier to speaker, or in the internal connections of an amplifier, do offer different tonal qualities that will enhance, decrease, or be transparent to your tone. Which ones you choose to use is all part of shaping your sound.

Check in next month for a hands-on overview of a Dumble Overdrive Special.

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Twisted Sister’s Jay Jay French commissions a who’s-who of guitar and bass manufacturers to create 25 custom “pinkburst” guitars and amps to benefit research into uveitis—a disease responsible for 10 percent of blindness in the US.


Jay Jay French and his daughter, Samantha, cradle the Gibson J-200 and Martin 000-18 flattops he commissioned to raise money to combat the rare eye disease Samantha has suffered from since she was 6 years old.

If you’re a child of the ’80s or hip to Reagan-era hard rock, John French Segall (aka Jay Jay French) needs no introduction. As co-lead guitarist for Twisted Sister, he cranked out fistpumping melodic anthems like “We’re Not Going to Take It” and “I Wanna Rock” that gave voice to the angst and rebellion felt by whole swaths of youth eager to indulge in everything their parents feared and hated. Those anthems brought French and Twisted Sister worldwide album sales of more than 15 million units, in addition to 37 gold and platinum awards from eight countries.

But even if you’ve never been into that particular music scene, you can probably relate to French as a gear nut— he’s famous for his trademark “pinkburst” Les Pauls. If you’re a parent, you’ll probably also identify with what he faces as the devoted father of a 17-year-old girl, especially as you read on and try to imagine what it was like when French and his (then) wife learned that Samantha, then 6, had uveitis—a disease that causes inflammation of the middle layer of the eye and that is the leading cause of blindness among American girls (see “What Is Uveitis?” sidebar on p. 5). Regardless of your musical or gear proclivities, you’ll likely feel pangs of empathy as you contemplate the 11 intervening years of pain, uncertainty, and heartache as French’s family learned to live with the disease.

French didn’t want to just live with it, though. As a restless rocker and a vigilant dad, he wanted to do something to help the cause. So three years ago he began the Pinkburst Project—an effort to amass a collection of one-off custom guitars and amps that could be auctioned to raise both awareness about uveitis and money to fund research for a cure. French commissioned Fender, Paul Reed Smith, Epiphone, Gretsch, Martin, Gibson, Marshall, Vox, Mesa/Boogie, Hartke, Diamond Amplification, Finland’s Ruokangas Guitars, and Orange to design a lineup of 25 exquisite guitars, basses, and amplifiers to that end, while TKL designed one-of-akind cases for the axes, Red Monkey created customized straps, and Harley Hoffman of Kayline Industries supplied the custom vinyl covering for the amps.

We recently spoke to French about his family’s struggle with uveitis, what led him to begin the Pinkburst Project, and what it was like selecting the gorgeous guitars, amps, and accessories that comprise it (we’re displaying selected portions of the project here, but you can view the entire collection at pinkburstproject.org).


The Pinkburst Guitars – Front row (left to right): Fender Custom Shop Stratocaster, Gibson Custom Shop Les Paul, PRS Custom 24. Second row: Ruokangas Duke Custom, Epiphone Jay Jay French Elitist Les Paul, Gibson Custom Shop SG, Gibson Custom Shop ES-335. Third row: Fender Custom Shop Telecaster, Martin 000-18, Gretsch G6120. Fourth row: Epiphone Thunderbird, Fender Custom Shop ’75 Jazz Bass Reissue, Gibson J-200.

Can you take us back to what started all this—Samantha’s uveitis diagnosis?

Samantha was examined at school by a very young doctor who saw something unusual and suggested we see another doctor. I live in New York City, where Dr. Brian Herschorn looked at Samantha and saw it in two seconds. He said, “You’d better sit down.” Uveitis is an autoimmune condition, and a majority of girls with juvenile rheumatoid arthritis [JRA] have uveitis. If you have JRA, you have a 75 percent chance of developing uveitis. If you have uveitis, you have a 20 percent chance of developing JRA. As a parent, you suddenly find yourself learning about something you never heard of.

How horrifying. What happened next?

With uveitis, all roads lead to Dr. Stephen Foster at MERSI, the Massachusetts Eye Research and Surgery Institution. We went to Boston and he explained the prognosis. The problem with this disease is that many doctors throw topical steroids at it, but they can cause blindness if they’re overused, because they cause cataracts. Dr. Foster’s research said that systemic chemotherapy drugs are the way to go. Because of the connection to juvenile rheumatoid arthritis, they had to do a lot of tests to ensure that Samantha had nothing else, so it was an entirely long-term thing, with constant observation and multiple doctors— including JRA specialists—to monitor her while she was on medication. The two systemic drugs are cancer drugs—Methotrexate and Remicade. They use drops to lower the inflammation immediately and systemic drugs to hold back inflammation. A certain percentage of girls between 17 and 18 go into remission, because the body’s immune system develops and the body stops it. You take your child to checkups every three, six, and nine weeks, and you pray that the cells did not come back. And then come the drops to pull them back, and how many cells and floaters are in the back of the eye, and with every step backward, your heart sinks.

Methotrexate and remicade are potentially toxic, right?


Yes, absolutely. Methotrexate did not work. Remicade is a wonderful drug with two problems. First, it costs $20,000 a dose—or $19,700 if you have insurance—and is administered intravenously in a cancer ward. Second, it lowers the immune system so much that you get sick all the time. But it holds back the inflammation. Samantha went to New York-Presbyterian Hospital for a threeyear period for the monitoring of possible juvenile rheumatoid arthritis complications that come with uveitis. But she would look around at kids with cancer and say, “They are way worse off than me.” She went through treatment, was clear for six months, and then it came back with a vengeance and she had to start on a new drug called CellCept. It’s an organ-rejection drug that she took for two or three years, and it held the inflammation back. Her vision is 20/20 now with contacts—she’s nearsighted, like her parents—but she has the beginning of cataracts because of the eye drops.

CellCept is self-administered, so the efficacy is debatable, because my daughter had to take three pills twice a day and not eat for two hours before or after taking the medication. There had to be another way. So now she is on HUMIRA, which is injected every two weeks by a doctor, and she has responded well. She’s been on it for four months and her eyes are clear. She will stay on it for two years and then wean off of it and see what happens.


The Pinkburst Amps – Front row (left to right): Orange Rocker 30, Vox AC15C1, Fender TV Twelve,
Fender ’65 Deluxe Reverb. Second row: Marshall JTM-45 Bluesbreaker reissue, Vox AC30C2,
Fender ’65 Twin Reverb reissue, Diamond Amplification Positron head and cab. Third row: Hartke
HA2500 head and 410XL cabs, Marshall JCM800 head and 1960A 4x12 cab, Marshall 1959 Super
Lead reissue head and 1960A cab, Mesa/Boogie Dual Rectifier head and 4x12 cab.

Does she still see Dr. Foster?

Dr. Foster sees her, as does Dr. C. Michael Samson, of New York Eye and Ear Infirmary, who was trained by Dr. Foster. Dr. Herschorn, Dr. Samson, and Dr. Foster are in the loop with Samantha, her mother, and me.

With your touring schedule, were you able to attend her appointments?


Fender Custom Shop Stratocaster – “The color is custom hot pink with cherry sunburst,” says Fender’s John Cruz. “The body is mahogany with crème binding. It features a tummy cut on the back, however I did not include the arm contour found on most Strats. The neck is pretty much the same as the Tele, which features a mahogany neck with Indian rosewood fretboard, large C shape, 12" radius, and 6105 fretwire. It also features a clear Lexan pickguard with my custom-wound J.C. Limited pickups—which are top mounted.”
Twisted Sister stopped performing in 1988 and retired until 2003. My daughter was born in 1993, and I was her nanny for four years. For 10 years, I took her to school and picked her up every day. My dad was a traveling salesman, and I swore I would never have a child if I was on the road. Samantha and I are very close. I was still married, and I had the luxury of being home all the time. In 1999, the problem was discovered and we were there. In September 2003, my wife and I divorced and she moved four blocks away, so Samantha stayed with me every other day and I took her to and from school. By the time Twisted Sister started playing weekends again, we played June through August and it was very easy to do. I was very fortunate that my schedule allowed me to be on top of this and never miss a doctor’s appointment. My ex-wife is English, and the corporation she works for moved her back to the UK. So Samantha went to school in England at 14 and we found a specialist there. She will be back here to go to college in the US in 2011. I traveled to England a lot and went to her doctor appointments, too. There was never a lack of maintenance from her mother and me.

You were also lucky to have insurance—they don’t give cancer drugs away as samples.

We are very lucky, because Remicade will bankrupt you. It is the most expensive drug in the world. When you’re a parent whose child has a chronic disease, you have enough battles to fight, and it becomes an even tougher challenge due to the financial strain if you don’t have insurance—which is another reason I want to raise research dollars.

Which leads us to the Pinkburst Project. One day you woke up and thought . . .

I’d had my pinkburst Les Paul signature model for a long time, and at a NAMM show I was introduced to John Cruz from Fender. I told him I had a pink Les Paul and asked what it would take to build a pink Tele with rosewood—a custom guitar. He looked at me as if I were nuts. The guy who happened to be standing next to him was someone I hadn’t seen in 30 years—he was the kid who delivered my first Les Paul to me. It was eerie! I have an Epiphone Les Paul, and I had a Gibson Les Paul painted pink by a local luthier named Steve Carr in 1979. He’s the same guy who made the Axe bass for Gene Simmons. I had this boat-anchor, thousand-pound guitar delivered to me in a parking lot in Long Island, and there I was with the same guy standing next to John Cruz. John said, “Okay, I’ll make the Tele.”


Gretsch G6120 – “The guitar is basically a stock 6120 made from maple — top, back and sides,” says Fender Master Builder John Cruz. “It also features a maple neck and rosewood fretboard. It already had the traditional thumbnail inlay installed on the guitar. I did not want to try and change this beautiful design, and I convinced Jay Jay that he would love it the way it was. He agreed. After the custom paint was applied, I installed the Filter’Tron-style pickups, stock wiring harness, Bigsby tremolo, custom-painted pickup covers, and a clear Lexan pickguard. This guitar was stunning to look at, as well as play. As with all the other guitars, Jay Jay was speechless.”
I wanted it to look like my Gibson, and he matched it. The Tele arrived and I had the two guitars on stands in my living room. I thought, “Imagine if I could get other companies to do this—and we could sell them and donate the money to MERSI because they have so few research dollars.”

Is this your first fundraiser for MERSI?

I’ve been involved in auctions for the hospital. They do simple auctions where people donate typical things, and I donated guitars. This time, I wanted to do more.

How did you involve other manufacturers?


John was working on the Tele at his bench in California, and people would see it in the factory. I called him about a Strat, and then I talked to Martin and Gibson. By then we were in our second year of guitar models. And then came basses—and they all had to be pinkbursts. I could have bought guitars and had them painted, but the key was having the manufacturers make official guitars. That’s what matters to collectors—that they get that official slip. Once I explained the reason for this, everyone was onboard.

Did you request common features from all the manufacturers?


My wish list included trapezoid fretboard inlays—which we got on all but three of the guitars—rosewood fretboards, and matching colors. But, as Obama says, it involved the art of compromise, to a degree. So I had to compromise. Some of the guitars were made in China and had certain set inlays, fretboards, etc. After three years, I’d say this is quite a success story, with 99 percent of my wish list fulfilled.

Does each piece have a unique serial number or identifying stamp?


Every amp has a brass plaque with the Pinkburst Project logo, and every guitar has a custom-made TKL case with the project logo. Everything was so disparately made that the custom shops put their own numbers on them. All the serial numbers are available on the website.

So you didn’t make any other special requests— for instance, regarding necks, pickups, or frets?


Ruokangas Duke Custom and Diamond Amplification Positron – The Duke Custom from Finnish builder Juha Ruokangas features a Spanish cedar body and neck, an arctic birch top, and a calibrated set of custom Häussel alnico 2 pickups. “I met Juha Ruokangas at a NAMM show and fell in love with his guitars,” says French. “I bought one for my personal collection. I told him about the project and he wanted to be involved. My girlfriend said, ‘Why would he not be included? You think his guitars are the iconic guitars of the future!’ She was right. Juha is a supreme boutique maker whose heart is in the right place. So that also meant we needed an iconic, futuristic boutique amp. My friend David Wilson suggested Diamond. In conversations about the project, they suggested a new model, the Positron, and decided it would be serial number 001 to make it special to match in pairings with the Ruokangas guitar.”
I left it up to the discretion of the builders. With John Cruz, for example, he put in the Twisted Tele pickups. That was not me saying, “I want this fretwire and 400 windings on the pickups.” All I asked for was the most iconic models, and it was interesting to see what each company chose as iconic. They are all beautiful works of art, and I strongly doubt that any of these instruments will be used. They will be collected and displayed.

Are there any other ways that you’re planning to raise money year-round and from musicians who would love to own a pinkburst but can’t afford one?

Red Monkey made straps with the logo, and they will probably make extra ones to auction off and help the cause. They are affordable for someone who just wants to do something to help. The possibilities of other things are endless, but we had to focus on the singular reason or it would drive me crazy. I had to keep my eye on the ball or lose my mind. People say, “How much will this make?” It could bring in the minimum bid or it could bring in way more. If they’re all sold, it will probably make enough to send a nice check to the hospital. If enough people read about it and understand the uniqueness, then it can appeal to the vintage guy, the collector, the one-of-a-kind guy, someone who wants a pairing. I tried to get gear that would create a passionate connection to a broad base of people. The guitar and amp companies were very fair, and some didn’t charge me at all. I was surprised at some of the largesse that was shown to me.

With this project, I found something that is more important than my life. Putting myself out there on my daughter’s behalf has been so rewarding. It resonates with people. MERSI needs research dollars. People need help. I can’t thank all the manufacturers who participated enough. It is one thing to sit at your desk and dream of an idea, and quite another to have it realized. In addition to the philanthropic aspect to the Pinkburst Project, as a guitar player and collector, this is a dream come true. Many of these companies’ products have provided years of pleasure and satisfaction to me through the very same guitars, amps, and cases that are featured in this collection. I will remain a collector of many of the models represented in the Pinkburst Project—as well as other fine instruments and amplifiers—for the rest of my life.

The Pinkburst Auction
The Skinner Auction House in Boston will host the Pinkburst Project auction May 1, 2011, to benefit ongoing work at the Massachusetts Eye Research and Surgery Institution on behalf of the Ocular Immunology and Uveitis Foundation.


Epiphone Jay Jay French Elitist Les Paul (LEFT) and Thunderbird Bass (CENTER) – “When Jay Jay approached Epiphone about contributing a special guitar for this project, we were more than happy to help,” says Epiphone’s Jim Rosenberg. “Jay Jay and Twisted Sister have been die-hard supporters and users of Epiphone product for almost a decade now—not to mention that the cause is a worthy one. Contributing one of Jay Jay’s signature Les Paul pinkburst guitars was obviously a cornerstone of the concept and a perfect fit. However, when I found out he was gathering an assortment of instruments and had not considered a bass yet, a Thunderbird in pinkburst immediately came to mind.” The Les Paul features a Twisted Sister logo inlay on the headstock, Gibson-manufactured components, a long neck tenon, and a solid maple top. Fender Custom Shop ’75 Jazz Bass Reissue (RIGHT) – “I took a little different approach in the construction of this bass, as I really did not want to steer too far away from the original look of this classic,” says Fender’s John Cruz. “The body was again made of mahogany, but I decided to make the neck with quartersawn maple for better stability, with a 12"-radius Indian rosewood fretboard, trapezoid inlay and Fender logo inlayed into the peg face. I used our medium jumbo fretwire for this because I felt it worked better with the playability of a bass.”

What is Uveitis?
In layman’s terms, uveitis is inflammation of the uvea—the middle section of the eye. The third-leading cause of blindness among girls in the US, uveitis is rare and incurable, but with early detection it can be treated. Because there are no physical symptoms, it goes unnoticed by the patient until their vision is impaired.

Jay Jay French’s daughter, Samantha, now 17, was diagnosed at age 6 during what her father describes as “a very routine, rudimentary eye exam at school.” Further examination was recommended, which led the family to the Massachusetts Eye Research and Surgery Institution in Cambridge, where Samantha came under the care of Dr. Stephen Foster. “MERSI specializes in inflammatory diseases, and Dr. Foster is the leading specialist,” says French.

Uveitis is often associated with other medical conditions, including infection, trauma, and autoimmune diseases such as rheumatoid arthritis—and particularly juvenile rheumatoid arthritis. In patients with the disease, the immune system attacks what it mistakenly perceives as foreign bodies, resulting in severe inflammation that must be treated with pain medication, steroids, and, in extreme cases, potentially dangerous drugs. “Behind the uvea lie hundreds of thousands of capillaries, the smallest capillaries in the body,” says French. “If uveitis is not caught quickly, the immune system kills the lens and causes glaucoma and blindness. You can hold it back, and in some cases it goes away for reasons that doctors cannot understand.”

According to French, who has immersed himself in learning about the disease, little is known about uveitis. “It’s not a ‘sexy’ disease with hundreds of millions of dollars in research. Lack of detection adds to our country’s medical costs. As the parent of a child with a chronic disease, I know enough to explain to people what they need to do. I also know enough to tell them that early detection is the key. If treated early, chances are that a person will have normal sight for the rest of their life. Samantha is still in treatment and has preserved her eyesight, but had the cellular damage not been diagnosed, she could have been blind by now.”

For more information on uveitis, visit uveitis.org, uveitis.net, and the Massachusetts Eye Research and Surgery Institution at mersi.us.


Gibson Custom Shop SG (LEFT) – “I worked with Jay Jay on three guitars,” says Gibson’s Steve Christmas, “the Les Paul Standard, the SG Standard Reissue based on a 1962, and a ’63 ES-335 Block Reissue. All three were built in the Gibson Custom Shop by our Pro Shop luthiers. All three have a slim-taper neck and are standard production models with the Pinkburst finish—which has never been duplicated on any other models in the Custom Shop.” Marshall 1959 Super Lead Reissue and 1960A 4x12 (CENTER) – “Marshall has been my company exclusively for 35 years,” says French. “When I told them what I wanted, they said, ‘You’re family. We’ll do whatever it takes.’” Orange Rocker 30 (RIGHT) – The class A, 30-watt Rocker features two EL34-driven channels, a Celestion Vintage 30 speaker, and grill cloth screen-printed by Jeron Moe at Eloquent Creative. “I spoke to Alex Auxier from Orange Amps at NAMM,” says French. “One day he called me and said, ‘What’s the name of that disease again? My best friend’s girlfriend has it. We want to be involved.’”

Fender's John Cruz on Making Pinkburst Project Guitars, Basses, and Amps
Master Builder John Cruz from the Fender Custom Shop in Corona, California, first met Jay Jay French at the Winter 2007 NAMM show. He was in the midst of conversation with co-workers outside the Fender booth when the guitarist approached him.

“Jay Jay walked right up to me and joined in on our conversation,” says Cruz. “He was telling me about this wacky dream he had about having a pinkburst guitar custom built for him. He said he had a huge array of Gibsons but really had not had a great Fender to add to his collection—especially with the left-field specs that he was thinking about. He wanted a Telecaster in a hot pink color with a cherry-red burst around it. He wanted most of the appointments that were on all of his Gibsons to be present, as well. He sent me his Gibson Les Paul to use for reference, which helped a lot in getting the color right. I told him, ‘Your sick dream is my pleasure.’”


TKL Cases – All Pinkburst Project guitars come with a custom TKL case adorned with the Pinkburst Project logo (the one shown here holds a pinkburst Gibson Custom Shop Les Paul), and a Red Monkey Pinkburst Project leather guitar strap in pink, white, or black.

The guitar was finished in February 2008, and by that time the Pinkburst Project was under way. “I remember this guitar sounding incredible and really did not want to see it leave my hands,” says Cruz. “Jay Jay received the guitar and was very excited about the whole vibe. He started showing it to other musicians and manufacturers, who were blown away and really wanted to be involved.”

Next was the custom Stratocaster, which Cruz describes as “My favorite guitar in the world. Jay Jay wanted the same appointments as the Tele to be present. It really seemed weird to be putting trapezoid inlay on a Strat, but we are the custom shop, where your dream is our specialty.” French’s next request from Fender was a ’75 Jazz bass. “He chose that because he had a real ’75 and loved the way it felt, sounded, and played.”

The last guitar was a Gretsch G6120. “I really do not build Gretsch guitars, but I spoke with our Senior Master Builder, Stephen Stern, about what I was doing,” says Cruz. “He said he had a cancelled order for a 6120 in his area that needed a home. It just needed to be finished up with detail sanding, and then to be painted and built.”

With the Gretsch complete, Cruz thought Fender had come through on everything French wanted. Then came the final request: “Jay Jay said, ‘I gotta have matching amps to pair with all these guitars.’ I said, ‘Dude, you’re killing me.’ So I spoke with [thenartist relations manager] Alex Perez about his quest and he was glad to help out. I got to see these beauties right before the chassis was installed. They stood out like a sore thumb. The women here at the plant fell in love with them, as did everyone else. They all knew I had something to do with this project and have since not looked at me the same way. Thanks, Jay Jay, for tarnishing my reputation!”

Cruz looks back on the two-and-a-half-year undertaking with great pride and some humor, but he also has quite a heart for the cause and obvious admiration for French’s efforts and determination. “The whole idea gave me a great feeling about what this long-haired, Twisted Sister-vest-wearing, thug-looking guy was up to,” he says. “I hope whoever gets these babies will enjoy them as much as I did putting my all into them.”

In this three-part series, we’ll explore the genesis of the steel-string and look at the evolution of this versatile and intriguing stringed instrument over the last century.

Almost everybody knows that a steel-string guitar has metal strings, as opposed to classical guitars, which are strung with nylon. But many people don’t know anything else about the steel-string’s construction, parts, materials, or origins. Guitarists often associate the name Martin with steel-string guitars, but that’s pretty much it. In this three-part series, we’ll explore the genesis of the steel-string and look at the evolution of this versatile and intriguing stringed instrument over the last century.

Guitarists often ask, “Why does the guitar have six strings?” Guitars in the 17th and 18th centuries had five strings, or sometimes five pairs of strings. These were used to play music that was fairly simple, often comprising single-note melodies and two- and three-note chords. And these instruments had all replaced earlier, 4-string guitars that were developed to play even simpler, monophonic music.

Luthiers and musicians found that adding a sixth, lower string made the guitar a much more versatile and expressive instrument. A 6-string could play a wider and more complex range of music. Equally important, expanding the bass register made the music sound richer. Today, with the exception of a few 8- or 10-string guitars, which are used to play extended-range compositions, virtually all acoustic guitars have six strings (or six pairs of strings). This arrangement works best to express almost all music today.

The technology for making metal strings developed late. The first guitars were strung with gut—as were violins and early bowed and plucked instruments. But early gut strings were problematic. They were usually uneven in thickness, changed tuning with the weather, and frayed and broke easily. Producing thin, strong gut strings of even thicknesses was made possible by adapting rope-making technology (the braiding of many thin fibers into strands, and then twisting or cabling the strands into ropes) to other uses. Gut strings were thus improved, but quite expensive.

It’s worth noting that the technology for making a lot of rope got a mighty boost in the 1500s. As European nations entered the age of navies and armadas, they needed ships for wars, conquest, commerce, exploration, and empire building, and large ships used more than a mile of rope each. The demand for plentiful, durable rope was irresistible, and ultimately this technology benefited stringed-instrument builders.

The steel-string guitar developed within a few decades of the Spanish guitar. However, it did not come out of any of the guitar-making centers of Europe. Instead, it developed in the United States. And it did so in response to the growing musical needs of a rapidly expanding population that wanted entertainment. And this coincided, once again, with technological advances that made it possible to produce plentiful, cheap wire. This occurred hand-in-hand with the astonishingly fast conquest and subdivision of the American landmass by hordes of settlers who needed inexpensive wire fencing to mark land boundaries and keep cattle from wandering onto neighbors’ lands. As wire for fences was produced in massive quantities, so could wire strings be made for guitars.

Those early metal-strung guitars were made simply, cheaply, and in large quantities in the factories and production shops of the day. The guitar’s appeal was that one could learn to play it more easily than a violin or piano. It made chordal harmonies that were pleasant to listen to, and it could be used to accompany singing, which made it a social instrument. Moreover, metal strings would last a long time compared to gut ones, and they were much cheaper. With the advent of metal strings, the guitar became an accessible, affordable, popular, and successful folk instrument.

Nylon strings were developed in the 1940s after the DuPont company accidentally discovered nylon in 1930. Some practical uses for it turned out to be in nylon stockings (silk ran too easily) and nylon monofilament for fishing lines. In fact, the first musicians to put nylon fishing line on their guitars (in lieu of the more expensive gut) were the fishermen-musicians of the Spanish Mediterranean seaports. We owe these practical and hardy individuals a debt of gratitude, for without them, the classical guitar would today be the province of a very limited enclave of enthusiasts and pretty much out of financial reach of almost everyone else.

One of the first guitar makers to establish himself in the United States was a transplanted German woodworker, C.F. Martin, whose great-grandson now presides over the Martin factories. While there have been many steel-string guitar makers and innumerable steel-string models, it has been the Martin brand more than any other—and especially the Martin dreadnought guitar—that really put the steel-string flattop on the map, just as Henry Ford put the early automobile on the map. The Martin dreadnought is easily the most recognized and copied steel-string in the world.

In my next column, we’ll continue investigating the history and evolution of the steel-string. I hope you’ll join me then!

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