2023
AL#150 p.32
January Williams
▪ Author Williams bought the lutherie estate of the late Denny Stevens several years ago. He has taken an archeological approach to it, pondering over the nicely crafted gizmos he has discovered, and reporting them to us as he figures out the function of the various treasures.
2023
AL#150 p.50
Carl Hallman
▪ Author Carl Hallman likes to develop methods and jigs that let the various operations involved in making a fine guitar repeatable and accurate. This one is an evolution of an idea used for making bolt-on necks for solidbodies, adapted for an acoustic guitar neck with a full heel and angled peghead.
2023
AL#149 p.56
Karl Hoyt
▪ Hoyt found a way to make a simple and reliable bolt-on neck joint that is easy to assemble, not withstanding his large fingers.
2023
AL#148 p.16
Paul Schmidt Steve Klein
▪ Steve Klein started his lutherie endeavors fifty-five years ago as a teenager in his parents house. Today hes collaborating with Steve Kauffman on dazzlingly decorative acoustic guitars, and continuing to make innovative ergonomic solidbodies in his own shop. Mentions Fibonacci, Carl Margolis, Frank Pollaro, Leonardo DaVinci Steve Kauffman, Larry Robinson, Bob Hergert, Joe Walsh.
2023
AL#148 p.39
January Williams
▪ Williams purchased the lutherie estate of Denny Stevens. In a sort of archeological exercise, he digs through a pile of jigs and considers their possible functions.
2023
AL#148 p.44
James Buckland
▪ Beautiful books about the pre-classical guitar, with lush and informative photography, are being published in Europe. Dont worry; they include English text for the benefit of us new-worlders. Mentions Mauro Giuliani, Gennaro Fabricatore, Joseph Pons, Johann Stauffer, Rene Lacote, Wappengitarre.
2022
AL#146 p.70
Graham McDonald
▪ Make a simple jig to get double duty from a strip of ivoroid binding material.
2022
AL#147 p.52
Michael Burton
▪ What do you do with a guitar that seems beyond repair? Repair it anyway. Why not? After decades of neglect and wildly improper storage, this sturdy Asian-built flattop had developed the mother of all neck warps. Burton ripped into it with clothes iron, heat blanket, router, and neck jig to replace the truss rod and fix earlier disastrous repair attempts. It turned out great.
2022
AL#146 p.6
Flip Scipio
▪ Ten years ago, Flip Scipio attended the last of the summer seminars given by José Romanillos at his base in Sigüenza, Spain. Now, after the recent passing of the Maestro, this review is both informative and poignant.
2022
AL#146 p.44
Mark French Alyssa Fernandez
▪ How stiff is that neck blank? You could cut all your blanks to the same dimensions and then set up a rig with a hanging weight to measure deflection and such. But hey, got a smart phone? It can listen while you tap on a bunch of neck blanks, and then tell you how stiff each one is.
2022
AL#145 p.42
Sjaak Elmendorp
▪ Here’s the story of a big guy and his little balalaika. After rashly promising a friend that he would make a balalaika although he knew nothing about the distinctively triangular Russian instrument. We’ve all been there, right? Sjaak went on to explore and build the rare descant member of the family. Mentions balalaika player Jan Van der Hoogt.
2022
AL#145 p.4
Michael Bashkin
▪ Bashkin ornaments his pegheads and end grafts with marquetry combined with thin, free-flowing veneer lines. He shows us in detail how he accomplishes some of these effects, including scorching decorative pieces in hot sand.
2022
AL#145 p.38
Roger Haggstrom
▪ Haggstromm uses a commercially-available radiused sanding block, a few scraps of wood, and a handful of parts from the hardware store to make this simple jig. It that lets him quickly and quietly produce a fretboard with the radius and the relief accurately sanded in.
2021
AL#144 p.6
Roger Haggstrom
▪ A hundred and some years ago, Swedish folks sat around the house all of a dark winter and sang hymns together, accompanied by the strummings of cheap mass-produced guitars. Those days are gone, but a lot of the guitars are still hanging on the walls of old houses. Roger Häggström has made a business of restoring them to useful condition and modifying them to sound and play better than they ever could have. He restores and modifies. Restomods. Mentions the Levin guitar company.
2021
AL#144 p.24
Federico Sheppard
▪ Federico Sheppard completes his uncompromising copy of FE08, the elaborate early opus of the master luthier Antonio Torres Jurado. Beautifully figured wood and excruciatingly detailed marquetry come together and receive a French polish finish. Mentions Jose Romanillos, Marian Romanillos, Eugene Clark, and Robert Ruck.
2021
AL#144 p.36
John Calkin Robert Anderson
▪ Robert Anderson made banjos part-time for decades while he worked a respectable day job. But since he has “retired” into a full-time lutherie career, he is in demand for his beautifully carved, inlaid, and engraved instruments. We take a look into his converted tobacco barn and talk shop. Mentions Doug Unger, Stan Werbin, Kathy Anderson, Grateful Dead.
2021
AL#144 p.44
Mark French
▪ In this concluding episode of the series, the neck is fretted and the frets are filed and polished. Threaded inserts are installed in the heel and the neck is attached. Finally, the bridge is glued on, the nut is set in position, and the guitar is strung and set up.
2021
AL#144 p.66
John Calkin
▪ Online video lutherie instruction has come of age. Our reviewer John Calkin is a veteran luthier and a fan of lutherie videos from way back in the VHS days. He gives this course a strong reccomendation.
2022
AL#145 p.3
Raven Ravary
▪ Raven likes the Dragonplate company as a supplier of graphite epoxy material. Awesom customer service, he says.
2021
AL#143 p.71
Jon Sevy
▪ Little rare-earth button magnets are cheap. Sevy cleverly recesses them into a peghead face to hold the truss rod cover in place with no screws. He figures the cover is less likely to be misplaced by the guitar’s owner if they don’t need to use a screw driver to put it back on.
2021
AL#144 p.5
Jonathan Dale
▪ In the Letters section of AL#143, Sjaak Elmendorp said that for a bolt-on neck on a flattop guitar, the non-glued fretboard extension causes a structural risk whereby the neck can break off at the heel. Dale says to leave the fretboard unglued, but add a dowel to the neck’s heel.
2021
AL#142 p.71
Steve Kennel
▪ Assure symmetry in shop templates by making two identical halves and bookmatching them.
2021
AL#143 p.3
Mark French
▪ Steve asks for more specific info on the device seen on the cover of AL#141. It is a sander which refines the plane of the top at the neck joint so that the angle of the neck will give the correct height of the bridge saddle. Mark answers and provides explanatory photos.
2021
AL#143 p.22
Mark French Charles Fox
▪ In this article the fretboard is slotted, crowned, and glued to the neck. The neck is then shaped.
2021
AL#142 p.14
Mark French Charles Fox
▪ In this article the peg head is shaped and drilled, the neck shaft is slotted for the truss rod, the heel is formed, and the neck is fitted to the body.
2021
AL#142 p.30
James Buckland
▪ The terz guitar was a smaller Romantic-era guitar, which played in a higher range and was written in a different key. Knowing this history helps us understand several otherwise-puzzling old instruments.
2021
AL#142 p.38
Ben Haskenhoff
▪ The author steps us through a full refret of a solidbody guitar with a bound fretboard where the new frets nestle right back into the binding. Save the nibs!
2021
AL#142 p.3
Sjaak Elmendorp
▪ Lesson learned from a puppy-vs-guitar encounter: glue down the fretboard extension over the body of a flattop guitar when using a bolt-on neck.
2020
AL#141 p.41
Erik Wolters
▪ Wolters started his first instrument-making project later in life than some. But with an excellent mentor and years of patient determination, he completed a doozy of a first guitar. Dreams can come true. At least lutherie dreams.
2020
AL#139 p.69
Mike Doolin
▪ When you use a bolt-on neck for a flattop guitar, can you just not glue down the part of the fretboard that lies on the soundboard?
2020
AL#140 p.20
Mark French Charles Fox
▪ Building a Charles Fox guitar reveals the beautifully developed interdependence between the design and the process. In this episode we rough out the neck, work with the unusual neck block and the distinctive two-part lining, and then brace the top and back plates.
2020
AL#140 p.58
Bob Gleason
▪ Straightedges that are notched to fit over frets have become popular tools for judging the straightness of fretboards, and for projecting the surface of the board for setting neck angles. You can make your own, with the advantage that you can use any fret scale. Here’s how.
2020
AL#140 p.62
C.F. Casey
▪ Nearly twenty years ago, Casey made a detailed drawing of a 7-string Russian guitar which we published as GAL Instrument Plan #48. Recently, he was called on to make a replica of that instrument. Sure, he had the drawing, but he took a few liberties with the project. He tells us what he did, and why. The original guitar showed some Stauffer inspiration.
2020
AL#139 p.2
Dean Coss John Calkin
▪ Does a solid body lap steel guitar need a truss rod? No. Plus a discussion of alernative woods and some appreciation of the virtues of quick-and-dirty lutherie.
2020
AL#139 p.38
Sjaak Elmendorp
▪ Holland had a lutherie boom in the 1970s, too. Arie started out as a carpenter, but moved into lutherie after an injury. Today he makes steel string guitars and a variety of other instruments. Mentions Roger Siminoff, Irving Sloane, Arthur Overholzer, Cees van Loon, Vox Humana, preparing cow bone, humidity control.
2019
AL#138 p.48
R.M. Mottola
▪ Sometimes when a vintage instrument is being restored, you want to leave a few of the dings and a lttle of the funk, just for authentic flavor. Sometimes you want to leave the big dings and all the funk, and end up with something that is very tasty to a certain sophisticated palate. Mottola takes a century-old beater and ends up with a sweet-playing silk purse disguised as a sow’s ear. Mentions B&J, Buegeleisen and Jacobson, Oscar Schmidt, and Stella. Instrument is ladder-braced.
2019
AL#138 p.60
Terence Warbey
▪ If you will attach a neck to a body with bolts rather than a dovetail, you will first want the two pieces to fit tightly at the correct angle. This can be done by a process which is sometimes called flossing; sandpaper is pulled between them while they are pushed together. The author presents a simple jig to facilitate this process.
2019
AL#136 p.69
Ken Warmoth
▪ What’s the deal with deep V-shaped necks on old guitars?
2019
AL#137 p.26
Tim Olsen Joshia de Jonge
▪ Here’s Joshia’s method of building an elevated neck with a sophisticated geometry to let the bridge height be constant across its width while the low strings have the necessary clearance over the frets. It is inspired by the work of Eric Sahlin.
2019
AL#137 p.44
Todd Mylet
▪ As a repairman in a busy guitar shop, Todd Mylet has a lot of Martin-style neck resets under his belt. There is a lot involved in doing it right. Todd presents a detailed account of his well-considered and time-tested method.
2019
AL#136 p.12
Kerry Char
▪ A cool old Gibson-era Epiphone guitar got well and truly smashed in an incident involving large and excited dogs. Better call Char! Kerry Char, that is. He jumps right in to remove the top, take off the braces, and then put the whole thing back together and polish it up nice before you can say “Kalamazoo!” From his 2017 GAL Convention slide show.
2019
AL#136 p.69
Walter Carter
▪ What’s the deal with deep V-shaped necks on old guitars?
2019
AL#136 p.69
James Buckland
▪ What’s the deal with deep V-shaped necks on old guitars?
2019
AL#136 p.3
John O’Sullivan
▪ Guitars don’t always have twelve equally-spaced frets per octave. They almost always do, but not always. Here’s another take on the possibilities, ccalled Eagle 53, which attempts to come closer to the beautiful dream of just intonation.
2019
AL#136 p.4
Federico Sheppard
▪ Robert Ruck was one of the young self-starters who founded the American Lutherie Boom, and he remained a leading light in the movement until the end of his life. Federico Sheppard was an aquaintence and admirer who became closer to Ruck when they spent time together at Federico’s place on the Camino de Santiago in Spain one summer. In this article, Federico presents a photo tour of Ruck’s shop in Eugene Oregon and explains some of the tools and techniques we see. Mentions French polising with hardware-store shellac. Mentions Richard Brune.
2018
AL#135 p.4
Charles Rufino
▪ Here’s a close look at the process of setting a violin neck. No innovative tools or new miracle adhesives here; just good old-fashioned methodical, careful work with traditional toos and designs. From his workshop at the 2017 GAL Convention.
2018
AL#135 p.38
Federico Sheppard
▪ In his youth, before Federico Sheppard found his calling as a luthier, he was a mere physician working for the Olympic Games. One day he heard a classical guitar being played on the radio of his car. It shook him to “his inner core being” as Lord Buckley would say, and changed the course of his life. And now he has finally made the pilrimage to Chile to visit the shop of the man who made that guitar, Rafael Mardones, and his son, Rafa Jr.
2018
AL#135 p.58
Mark French
▪ Want a robot lutherie apprentice? It is here today and it is cheap. But it doesn’t look like something from the Jetsons. It looks like this; a digital readout connected to a lead screw. With a friendly whirr, it will move the saw guide right up to the next fret position for you. But get your own dang coffee.
2018
AL#133 p.65
Rodney Stedall
▪ Sand perfect angles on the nut end of peghead laminations.
2018
AL#133 p.65
Ed Smith
▪ Use the truss-rod slot in a neck for a simple holding jig.
2018
AL#134 p.16
Tim Olsen
▪ Ken Warmoth is one of the pioneers of the Strat-compatible guitar parts scene, starting small in the 1970s and working up to the sophisticated operation he runs today. He’s a born engineer, constantly refining and rethinking each operation for better accuracy and efficiency. Of course these days that involves CNC machines, and he’s got them. But you may be surprised to see which operations use them and which don’t. Our last visit with Ken was in 1991, so there is some catching up to do.
2017
AL#131 p.69
Tom Thiel
▪ Why does my dimensioned neck stock keep twisting?
2017
AL#130 p.65
Graham McDonald
▪ Modern thoughts on the good old zero fret.
2017
AL#131 p.6
Federico Sheppard Bernhard Kresse
▪ Bernhard Kresse lives and works in his hometown of Cologne, Germany. He’s one of those guitar-making self-starters who was lured away from college by the siren song of lutherie. He has come to specialize in restoration and new construction of Romantic-era guitars, and also makes a “modern” classical guitar based on their advanced features.
2017
AL#131 p.14
David King
▪ That great big long thin neck of an electric bass is the ultimate test case for a truss rod. When renowned custom bass maker David King became dissatisfied with the performance of the rod he was using, he took a deep dive on the whole question of how rods work. Spoiler: Leo Fender was right. Mentions Michael Gurian and William Cumpiano.
2017
AL#131 p.18
David King
▪ If you are one of those spoiled-rotten kids who has always just dropped an under-over truss rod into a straight slot, you might want to see how a real old-school single curved compression rod is done.
2017
AL#130 p.28
Erick Coleman Evan Gluck Eron Harding
▪ Erick, Evan, and Eron called this workshop “Making Bread with Bread-and-Butter Repairs.” Their emphasis was on tools and techniques to help you get a lot of the usual repair jobs done in a short time and at a high level of quality. from their 2014 GAL Convention workshop.
2017
AL#130 p.42
Paul Schmidt Jason Harshbarger
▪ A lot of the makers that we meet in the pages of American Lutherie are grizzled veterans of the early days. Not this one. Harshbarger is a young single father who went to lutherie school in the late 1990s, then survived on cabinet work until he could build a lutherie shop in his basement. His steel-string design work uses Steve Klein’s work as a point of departure, and moves forward boldly from there.
2017
AL#129 p.24
James Condino
▪ Condino has developed a clever process by which he can string and play a new mandolin very early in the building process. This makes voicing much more accurate,a nd it reduces the risk of experimental materials and bracing patterns considerably. Must see to believe. Mentions the work of Lloyd Loar at the Gibson company in the 1920s.
2016
AL#128 p.68
John Calkin
▪ Graham McDonald has written books about mandolin-family instrument construction as well as speaking at GAL Conventions and writing for AL. Now he has written a book about mandolin history, and long-time GAL member GD Armstrong likes it. John Calkin gives a good review to a recent addition to Robbie O’Brien’s large and deep online lutherie instruction catalog. This one focuses on Kent Carlos Everett’s fret work techniques.
2017
AL#129 p.12
John Calkin
▪ Calkin says real lutherie can be fun, spontanious, quick, and cheap. He makes a uke from a lumber-yard 2×4 to drive home the point.
2014
AL#118 p.66
Jack E. Johnston
▪ Tools for working through the soundhole to attach a bolt-on neck.
2010
AL#103 p.62 read this article
Ralph Bonte
▪ A special neck modification for a player without the support of his left thumb.
2009
AL#99 p.65
Luis Mesquita
▪ In one bundle we are offered a new design in archtop guitar bridge construction, an adjustable neck (no details), and a cool way to hide pickup controls in a side sound port. Way cool!
2009
AL#100 p.6 ALA5 p.60
Gary Southwell
▪ Southwell on using historical influences in contemporary work and design. From his 2006 GAL convention lecture.
2009
AL#99 p.11 ALA1 p.2
John Calkin
▪ It sounds pretty high-falutin’ to talk about the geometry of the guitar, but in the lightest sense it’s a useable conceit. If the angles of the top design and neck joint aren’t right you won’t get an instrument that anybody wants to play, or can play. The author uses a mechanical, rather than mathematical, system to lay out the neck in relation to the body. You don’t have to know the angle involved, you just have to be intelligent. This, if you are a GAL member, is a given. With 6 photos.
This article has been nominated as one of the Guild’s best articles published before 2010.
2009
AL#97 p.4 read this article
Joseph Curtin
▪ It turns out that virtually every aspect of the violin can be altered to make it more playable, more visually interesting, and perhaps better sounding. What a relief! There’s life in the old girl yet. Are players brave enough to get on board?
2007
AL#92 p.26 read this article
Mike Doolin
▪ The author begins with a lengthy introduction to explain why guitars can’t play exactly in tune in every key, all the way to the point where music theory clashes with physics. It’s pretty deep but it’s fun. The cure for wayward guitars is to find what music a guitarist plays the most, and then adjust the action and intonation at both the nut and the saddle to find the most satisfactory compromise for that player. This is the thinking luthier’s approach to intonation correction. With 4 charts and a drawing.
This article has been nominated as one of the Guild’s best articles published before 2010.
2007
AL#91 p.52
R.M. Mottola
▪ Using as-identical-as-possible mock guitars and scientific instruments the author concludes that bolt-on necks sustain longer than either neck-through or glued-in necks, but that there was no discernible difference in sustain perceptible to the humans used as test subjects — pretty surprising results. With 7 photos, 2 graphs, and three spectrographs.
2006
AL#87 p.50
Fabio Ragghianti
▪ The author’s joint uses a simple spline. Steel-string guys may be skeptical but Ragghianti says it works fine on his archtops, too. With 9 photos.
2006
AL#86 p.24 ALA1 p.28
Harry Fleishman Mike Doolin
▪ This neck joint should eliminate neck resets. Its pretty complex but within the grasp of any guitarmaker. With 23 photos and a drawing.
This article has been nominated as one of the Guild’s best articles published before 2010.
2006
AL#86 p.42
R.M. Mottola
▪ Strict traditions have hampered the evolution of musical instrument decoration, but the creativity of some luthiers will not be held back. Make your logos on your computer. Iron your labels right onto the wood. Engrave decorations with a desktop CNC. We haven’t begun to try what might be done, but this article might awaken you to the possibilities. With 21 photos.
2006
AL#85 p.37
Rodney Stedall
▪ Using the Spanish foot requires that the neck angle of a classical guitar be established before the back is glued to the instrument, which locks all the parts firmly (and hopefully permanently) together. Stedall’s method will further your understanding of this problem and help you achieve the results you seek. With 1 drawing and 1 photo of a jig used to stiffen the body while the ribs are sanded to receive the back.
2005
AL#82 p.68 BRB7 p.498
Marc Connelly
▪ Making a hex wrench long enough to insert through the end pin hole to bolt on a guitar neck.
2005
AL#83 p.44 BRB7 p.380
Todd Rose Jay Hargreaves
▪ Bass maker Hargreaves is hardly a stranger to AL readers. Here he stands on the other end of the interview as he discusses his work as well as his affiliations with Michael Kasha and Richard Schneider.
2005
AL#81 p.36 BRB7 p.296
Jon Sevy
▪ All those cool pre-war Martins not withstanding, many luthiers believe that domed guitar tops are the way to go. But they can complicate construction in unforeseen ways. Sevy offers a mathematical cure, a set of formulas for predicting neck pitch and saddle height. Probably not for the math challenged, but give it a look before you abandon this path. With 4 charts and 5 diagrams.
2004
AL#80 p.22 BRB7 p.248
R.M. Mottola
▪ Savart built a simplified violin that apparently sounded very good. This was long ago. The author uses Savart’s general principles to build a much simplified upright bass that compares to the traditional design in sound. But the scale length is 34″, and it can use electric bass guitar strings if desired. An interesting concept and a cool looking instrument. With 14 photos. Included is a one-page version of GAL Plan #50 of Mottola’s bass.
2004
AL#80 p.38 BRB7 p.262
Alain Bieber
▪ The author offers a nice history of guitars built with adjustable and/or removable necks and states a variety of reasons why we should build our guitars with this feature today. The benefits of adjustability are pretty irrefutable, and modern adjustable systems are easier to incorporate than the dovetail joint so commonly seen. The effect upon instrument tone seems to be minor or nonexistent. This is a very convincing article. With 10 photos and 5 diagrams. Mentions Fabricatore, Staufer, Scherzer, Lacote, others.
2004
AL#80 p.39 BRB7 p.267
Alain Bieber
▪
2004
AL#80 p.52 BRB7 p.507
Harry Fleishman
▪ Toolman Harry examines three new measuring devices from Stew-Mac and finds them all to be accurately made and useful. The tools are the Fret Rocker (for finding high frets), the String Action Gauge (for measuring string height), and the String Spacing Tool (for laying out nuts and perhaps saddles). With 3 photos and a diagram.
2004
AL#79 p.6 BRB7 p.206
R.E. Brune
▪ In a sense Brune is laying down the law for successful classical guitar making. Much of it will be useful to any builder, and all of it is interesting because Brune is an interesting man who has his thoughts together. Not to mention that he’s a heck of a luthier with a deep background in the history of his craft. With 30 photos and 8 diagrams. Mentions Santos Hernandez, Marcelo Barbaro, Ignacio Fleta, Hermann Hauser, Sr.
This article has been nominated as one of the Guild’s fifty best articles published before 2010.
2004
AL#77 p.38 BRB7 p.416
Peggy Stuart Don MacRostie
▪ The epic continues! In this segment the neck is assembled, the body is closed up and bound, and the fingerboard is bound and fretted. All this is accomplished under the able tutelage of Don MacRostie at the American School of Lutherie. With 67 photos. Parts 1 and 2 were in the two previous issues of American Lutherie.
This article has been nominated as one of the Guild’s best articles published before 2010.
2004
AL#77 p.54 BRB7 p.186
Peter Hurney
▪ Hurney’s pantograph uses chain drive and a chainsaw carving attachment on an angle-grinder to shape ukulele necks. The scale of the machine can be adjusted for whatever size neck you wish to carve. There are 7 photos and a series of diagrams to help you along, but if you’re not already a mechanic you’d have to be pretty adventurous to build one of these without help.
2004
AL#78 p.4 BRB7 p.174
Dan Erlewine Frank Ford
▪ A ton of guitar repairs can only be accomplished by reaching through the soundhole. Here, two masters of the genre describe some of their methods a working in the cramped darkness, some of the tools they’ve used and/or created, and the attitude you have to acquire when getting stumped and handing back an unrepaired guitar is not an option. With 32 photos.
2004
AL#78 p.28 BRB7 p.416
Peggy Stuart Don MacRostie
▪ Ms. Stuart’s epic continues with the making of the headstock cap, shaping of the neck, installing the neck and fingerboard, as well as setting up and stringing the finished (but in-the-white) instrument. The first three parts were in the three previous issues of AL. Don MacRostie taught Stuart’s class at the American School of Lutherie. With 74 photos, most of the step-by-step process.
This article has been nominated as one of the Guild’s best articles published before 2010.
2003
AL#76 p.41 BRB7 p.137
Mike Doolin
▪ Fanned-Fret fingerboards use those wacky, slanted frets you’ve probably seen on some “California” guitars. So how does one cut those slots accurately? Doolin has worked out a method—make the ‘board its own miter box. Pretty cool. With 5 photos.
This article has been nominated as one of the Guild’s best articles published before 2010.
2003
AL#76 p.60 BRB6 p.510
Dana Bourgeois
▪ This is an episode in the series that even digiphobes will enjoy, taking the file to the CNC man to actually make necks by computer-guided milling machine. This is not a machine that most of us will ever own, or even want to, but it’s obvious how effectively it might add to ones output. With 15 photos.
2003
AL#75 p.56 BRB7 p.100
John Greven
▪ Heel carving is one of the few decorative effects usually permitted on steel string guitars. Carved heels look cool and, according to Greven, aren’t that hard to do. The tools required are minimal and the impact on the instrument large, a really fine combination. With 11 photos.
2003
AL#74 p.63 BRB7 p.65
John Calkin
▪ Placement of Hot Rod 2-way adjustable truss rods.
2003
AL#73 p.54 BRB7 p.28
Mike Doolin
▪ Perhaps you’d care to make all your necks look and feel the same, just as the big factories do. Perhaps you’d like to make them a lot faster while you’re at it. And do it all on a budget? Doolin’s machine may be just what you were looking for. With 8 photos and several diagrams.
2002
AL#71 p.58 BRB6 p.510
Dana Bourgeois
▪ Drawing the neck in CAD continues with the headstock design.
2002
AL#70 p.12 BRB6 p.358
Ralph Novak
▪ The author uses neck making in his example of how gearing up to make small runs of like parts can make the small shop more efficient and profitable. With a photo and 9 drawings.
2002
AL#70 p.40 BRB6 p.362
Alain Bieber
▪ Bieber’s classical guitars feature removable, adjustable necks and slight double cutaways to increase fretboard access. They also look quite remarkable. With 8 photos.
2002
AL#70 p.58 BRB6 p.510
Dana Bourgeois
▪ This segment begins instruction in drawing a neck using MasterCam Draft, Version 8. If you stumble onto the perfect neck and wish to have it machine reproduced you may have to know this stuff. With 3 drawings.
2002
AL#69 p.59 BRB6 p.510
Dana Bourgeois
▪ How to use Mastercam’s Scale function to generate a fret pattern. With 1 diagram.
2001
AL#68 p.62 BRB6 p.510
Dana Bourgeois
▪ Previous columns saw the creation of a 3D wireframe computer image of a dreadnought guitar body. In this installment a 2D profile of a side is extracted from the software, from which the side set can be cut to shape before bending. With 6 diagrams.
2001
AL#67 p.51 BRB6 p.510
Dana Bourgeois
▪ In the last installment we learned how to make a computerized outline of a guitar body using Mastercam software. In this installment we learn how to make a wireframe image that suggests three dimensions. With 5 diagrams.
2001
AL#66 p.60 BRB6 p.510
Dana Bourgeois
▪ In this segment the author instructs how to get Mastercam Draft software to draw the outline of a particular guitar body. The one you want, that is, not just any old outline.
2001
AL#65 p.48 BRB6 p.510
Dana Bourgeois
▪ No doubt many of us pursue lutherie as an escape from an ever-escalating technology that the rest of the world imposes upon us. If that’s you, skip this new column. If, however, you see yourself entering lutherie as a business you may find yourself shut out of future developments if you can’t speak CAD (Computer Aided Design). Bourgeois’ arguments for getting involved are strong, and you may even find a degree of fun in the pursuit. Working with Mastercam software to design guitars and parts will be the focus of future columns.
This article has been nominated as one of the Guild’s best articles published before 2010.
2000
AL#64 p.20 BRB6 p.140
Jonathon Peterson Rick Turner
▪ Not frequently is one person so often in the right place at the right time with the skills to take advantage of the situation. Turner has “been there and done that” as an inventor and designer of instrument electronics as well as a repairman, designer, and manufacturer of Alembic guitars and basses and Turner-brand electric and acoustic guitars. His story is as colorful as it is informative. With 21 photos.
This article has been nominated as one of the Guild’s best articles published before 2010.
2000
AL#64 p.38 BRB6 p.160
Craig Pierpont
▪ American Lutherie #61 offered a plan and description of the Clark Irish harp.Here harp maker Pierpont gives a more technical explanation of the Clark’s anatomy and explains why it is a good starting point for any prospective harp builder. With 9 photos and a set of diagrams.
2000
AL#62 p.63 BRB6 p.532 read this article
Woody Vernice
▪ This video is used to explain the design of the new Taylor neck. The reviewer likes it as more than the selling aid that Taylor envisioned, that for him it opened the discussion for the future role of the handbuilder.
2000
AL#63 p.46 BRB6 p.114
Cyndy Burton
▪ The V joint is an elegant, traditional method of adding a pitched headstock to a classical guitar. This 20-photo essay follows the able hands of Geza Burghardt as he completes the entire operation.
This article has been nominated as one of the Guild’s best articles published before 2010.
2000
AL#62 p.18 BRB6 p.42
Jonathon Peterson David Freeman
▪ Freeman is an independent thinker who builds a wide variety of instruments and runs his own lutherie school in Canada. He’s also outspoken and articulate. You’ll be glad you met him here. With 21 photos.
2000
AL#62 p.46 read this article
Mike Nealon
▪ Nealon’s jig allows a router to fully shape the neck behind the heel, including the diamond on the back of the headstock. With 15 photos and 6 diagrams.
2000
AL#61 p.4 BRB6 p.2
Cyndy Burton Geza Burghardt
▪ Burghardt and his family emigrated to Canada from Hungary in 1988 with few worldly goods and little English and proceeded to carve out a niche in a fashion we have grown accustomed to hearing about in these pages. He seems to prefer classical guitars and hand tools. Included is an 8-picture description of the jig he uses to slot the sides into the necks of his guitars, and 7 other photos.
This article has been nominated as one of the Guild’s best articles published before 2010.
1999
AL#59 p.65 BRB5 p.484 read this article
John Calkin
▪ The reviewer likes this instruction video that is ultimately intended to sell product, and finds that the instruction far outweighs the salesmanship angle of this Stew-Mac tape.
1999
AL#59 p.22 BRB5 p.332
Jonathon Peterson George Majkowski Boaz Elkayam
▪ George Majkowski and Boaz Elkayam complete their work on 10 Kasha guitars to honor the memory of Richard Schneider and to keep his work alive. The hand tools involved, the strange method of fretting, and the cool vacuum clamps, as well as the design philosophy behind the guitars, make this a pair of articles not to be missed. The Old World meets the future here and they blend very nicely. With 58 photos.
This article has been nominated as one of the Guild’s best articles published before 2010.
1999
AL#58 p.20 BRB5 p.332
Jonathon Peterson George Majkowski Boaz Elkayam
▪ Boaz Elkayam and George Majkowski extend the work of Michael Kasha and Richard Schneider in a project that entails the construction of 10 guitars. A wide variety of building techniques involving hand and power tools, as well as vacuum clamping, is necessary to make these complicated instruments. An unlikely pairing of craftsmen contributes to our understanding of one of the most controversial instrument designers of our times, and the memory of a respected luthier and teacher. With 26 photos.
This article has been nominated as one of the Guild’s best articles published before 2010.
1998
AL#56 p.36 BRB5 p.262
Jay Hargreaves
▪ Ribbecke is a renowned maker of archtop guitars. He also opens his shop periodically to small classes that wish to learn his formula for successful and graceful guitars. Hargreaves attended one such week-long session and brought back the straight skinny for American Lutherie readers. Part 1 details the construction of a laminated maple neck and associated details. Part 2 follows in AL#57. With 29 photos.
This article has been nominated as one of the Guild’s best articles published before 2010.
1998
AL#55 p.54 BRB5 p.497
Filippo Avignonesi
▪ A jig to make joints for attaching necks to bodies; both heel and body are slotted and joined by a flat wooden spline.
1998
AL#55 p.60 BRB5 p.208
Tom Blackshear
▪ The relationship of the soundboard to the neck on classical and flamenco guitars.
1998
AL#53 p.48 BRB5 p.192
Harry Fleishman
▪ Who but Harry could design frets that look like half a hot-dog sliced lengthwise? Seriously, though, Fleishman’s method of shaping and installing frets should mark the end of player discomfort and fret end hang-up.Not to mention that his frets look seriously cool. With 1 photo and 4 drawings.
1997
AL#52 p.28 BRB5 p.152
Guy Rabut
▪ To non-fiddle people all violins look about the same. To the initiated, however, they are vastly different. Besides offering a thorough description of his scroll carving techniques, Rabut gives us a glimpse into the world of the violin in-crowd where an appreciation for subtlety is the stock-in-trade. Guy is a high-profile maker who has had the opportunity to examine many world-class violins. With 52 photos.
This article has been nominated as one of the Guild’s fifty best articles published before 2010.
1997
AL#51 p.6 BRB5 p.86
Ralph Novak
▪ Scale length is seldom used as a design criterion to achieve a given tone, but Novak shows that a given set of strings behaves differently according to the scale length it is stretched over. There are reasons to change other than player comfort. Impress your friends with your knowledge of the evil clang tone. With 6 graphs and 2 photos.
This article has been nominated as one of the Guild’s best articles published before 2010.
1997
AL#49 p.40 BRB5 p.26
Richard Beck
▪ Beck’s theme is to keep the quality but cut the time involved in building acoustic guitars. He shares his jigs for shaping headstocks and arching braces using a router table and heavy aluminum jigs. You may have to get a machine shop in on this job. With 13 photos and a drawing.
1997
AL#49 p.50 BRB5 p.44
Colin Kaminski Jeff Traugott
▪ Neck resetting techniques have changed enormously in the last few years, and they continue to evolve. Traugot has been in the forefront of the evolution. Here’s his up-to-the-minute description of the procedure. With 12 photos.
This article has been nominated as one of the Guild’s best articles published before 2010.
1996
AL#48 p.22 BRB4 p.394
Ervin Somogyi
▪ This 1995 convention lecture covers the physical nature of the neck. Not how to do the work, but how to make a neck for maximum playability and instrument performance. Both steel string and classical guitars are discussed. With 1 photo and a slough of diagrams.
This article has been nominated as one of the Guild’s best articles published before 2010.
1996
AL#48 p.42 BRB4 p.400
Phillip Murray
▪ Even in this age of the bolted on neck, there are plenty of guitarmakers who’d rather use a dovetail. Murray’s well thought out jigs cut both the male and female portions of the joint. With 14 photos and 7 diagrams.
1996
AL#46 p.52 BRB4 p.221
Robert Brook
▪ Brook describes a new method of binding scroll headstocks on F-model mandolins.
1996
AL#45 p.40 BRB4 p.294
Richard Beck
▪ Beck is a repairman for some heavy hitters in the music biz. Here he offers a sound method of repairing shattered headstocks using a router. With 11 photos.
1995
AL#44 p.54 BRB4 p.442
Michael Darnton
▪ What is neck pitch, and what does it do to/for the violin? How does one deal with an Elmer’s glue repair? Why is poplar sometimes used for the cello and viola? Darnton tells all.
1995
AL#43 p.60 BRB4 p.466
John Calkin
▪ The reviewer finds that this should be a useful book for any but the most experienced repairman.
1995
AL#42 p.62 BRB4 p.492
Filippo Avignonesi
▪ An unproduced design for a string tension simulation jig.
1994
AL#40 p.42 BRB4 p.116
Bryan Galloup
▪ Detailed captions for 36 photos explain how to cook the neck out of a flattop and put it back on the way it ought to be.
This article has been nominated as one of the Guild’s best articles published before 2010.
1994
AL#39 p.36 BRB4 p.72
Dan Erlewine
▪ In the last issue Erlewine described how he made a new “old” Tele body. In this installment he attacks the neck, quite literally. With 40 photos.
1994
AL#39 p.58 BRB4 p.442
Michael Darnton
▪ Darnton tells what to look for if a certain string breaks consistently, and how to remove a firmly attached violin neck.
1993
AL#36 p.40 BRB3 p.405
Jonathon Peterson Scott Tremblay
▪ Trembley is a Canadian luthier who specializes in the guitars of the 19th century, both as a maker and a restorationist. He has studied the subject deeply. With 12 photos and a scale drawing of an 1816 Salon Guitar by Jose Martinez. This plan is a reduced version of GAL full-scale Plan #36.
1994
AL#37 p.6 BRB4 p.2
Tim Olsen
▪ Nobody built a better archtop than D’Aquisto did. Olsen outlines the procedures and peculiarities of a famous luthier’s work.
This article has been nominated as one of the Guild’s fifty best articles published before 2010.
1993
AL#35 p.52 BRB3 p.446
Michael Darnton
▪ What are the proper dimensions and shape of the neck? What is a “tight” fiddle? What is fingerboard tilt? What does a player mean when he says he “can’t reach” the D string? Darnton answers all.
1993
AL#34 p.56 BRB3 p.439 read this article
Harry Fleishman
▪ Fleishman examines a rash of Stew-Mac fretting tools and their fretting video. He gives the green light to the entire package after extensive testing.
1993
AL#34 p.24 BRB3 p.334 ALA6 p.30
Jonathon Peterson
▪ In AL#29 Peterson looked back at the harp guitar. This time he takes a forward look. A number of luthiers find fascination and a new potential in the big beast, and this is the best look at their results to date. With 28 photos and 8 detailed drawings. Also available is GAL full-scale Plan #34, the Klein solidbody electric harp guitar.
This article has been nominated as one of the Guild’s best articles published before 2010.
1993
AL#33 p.48 BRB3 p.306
John Calkin
▪ Calkin offers a neck shaping method that gives preconceived notions a chance to be born. What you want in a neck is what you get, quickly and with straight lines.
This article has been nominated as one of the Guild’s best articles published before 2010.
1992
AL#32 p.68 BRB3 p.487
Skip Helms
▪ A few ideas using a router table for classical makers.
1991
AL#28 p.34 BRB3 p.126 ALA4 p.10
Phillip Lea Bob Taylor
▪ Few people in Guitarland are as outspoken and clear-headed as Bob Taylor. Others might say he’s just opinionated. He believes a good guitar is a good guitar, no matter if it was whittled by Gepeto or cranked out by a dozen computer-guided milling cutters. This article offers a peek into the Taylor factory and a guided tour through one man’s thoughts about the contemporary guitar. With 28 photos.
1991
AL#27 p.46 BRB3 p.118
Joseph R. Johnson Hideo Kamimoto
▪ The famous repairman/author discusses his book, his history as a luthier, and his expectations for his own future.
This article has been nominated as one of the Guild’s best articles published before 2010.
1991
AL#26 p.8 BRB3 p.37 ALA4 p.28
Jean Larrivee
▪ Larrivee has overseen the creation of 15,000 acoustic guitars and 12,000 electrics. Much of what he has to say pertains as strongly to the one-off builder as it does to another industry giant, and he doesn’t hold back on anything.
1991
AL#26 p.26 BRB3 p.60
Ken Warmoth
▪ Most in-the-know electric guitar folks consider Warmoth necks and bodies to be the best going. Here’s how they’re made. With 22 photos.
This article has been nominated as one of the Guild’s best articles published before 2010.
1990
AL#24 p.54 BRB2 p.486
Michael Darnton
▪ Details include cooking varnish, finishing necks, causes of neck cracks, and adjusting a peg shaper to match your peg reamer.
1990
AL#23 p.22 BRB2 p.486
Michael Darnton
▪ Topics include sharpening a peg reamer, dealing with fingerboard tearout, tailpiece setup, pitching the neck, and staining the bridges.
1990
AL#22 p.15 BRB2 p.389
Don Teeter
▪ The guitar repair guru talks about setting up acoustic and electric guitars, installing truss rods in old instruments, superglues, saddle materials, and bridge designs.
1990
AL#23 p.22 BRB2 p.493
Michael Darnton
▪ Getting the height and pitch of the neck right is not entirely straightforward. Here’s how to think about it.
1990
AL#24 p.54 BRB2 p.496
Michael Darnton
▪ Kids break fiddles. And when they do, it is usually the neck broken off at the heel.
1990
AL#21 p.14 BRB2 p.364
Ralph Novak
▪ Novak’s patented fretboard uses slanted frets that alter the scale length from string to string, growing longer toward the bass side. He lists a series of improvements over the normal fretboard.
This article has been nominated as one of the Guild’s best articles published before 2010.
1990
AL#21 p.15 BRB2 p.365
John Bromka
▪ It seems that some 17th century Elizabethan luthiers beat Novak to the punch with a multiple-scale fretboard.
1989
AL#19 p.42 BRB2 p.296
Kent Everett
▪ Experience with fiberglass boat repair leads to a new method of fixing shattered headstocks. With 4 photos.
1989
AL#19 p.52 BRB2 p.312
Jonathon Peterson
▪ Peterson uses a cappuccino machine to steam the neck out of its joint, and wood shavings to rebuild the dovetail. In-depth text and 5 photos.
1988
AL#15 p.60 BRB2 p.106
Steve Newberry
▪ Newberry proves mathematically that large frets do not cause an instrument to play out of tune (though they might easily help a guitarist to play out of tune. There’s a large theoretical difference).
1988
AL#14 p.2
Arnold M.J. Hennig
▪ Hennig endorses Leo Burrell’s idea of intentionally planing a slight twist into the neck of a guitar. This letter also contains an early mention of nut compensation.
1987
AL#12 p.60 BRB1 p.472
Leo Burrell
▪ Burrell’s patented guitars have a neck that actually twists 45° to keep the action uniformly low. They incorporate many other astonishing characteristics, too. Has anyone ever seen one of these guitars for sale?
1987
AL#11 p.26 BRB1 p.371
Dave Schneider
▪ This little article doesn’t offer a lot of detail, but it might be all you need.
1987
AL#9 p.20 BRB1 p.318
Don Teeter
▪ How does an Oklahoma farm boy become a luthier? How does that same luthier become a writer and mentor to a generation of guitar repairmen? Teeter’s 1985 convention lecture tells all, then goes on to update his neck resetting procedure and his method of eliminating dead notes on the fretboard.
This article has been nominated as one of the Guild’s best articles published before 2010.
1987
AL#9 p.42 BRB1 p.336
Richard Jordan
▪ Jordan’s article outlines all the steps he uses to shape a classical headstock. He cuts the slots with Dremel router, router base, and fence, and they come out very clean.
1986
AL#8 p.49 BRB1 p.298
Denny Rauen
▪ Rauen corrects an action problem by changing the fingerboard at a time when most repairmen were correcting the problem in the frets. He uses a multiradius fretboard which is also called a conical fretboard.
1986
AL#8 p.49 BRB1 p.298
Tim Olsen
▪ Editor Olsen figures that for the lowest string action a fingerboard must resemble a cone shape, rather than a cylinder. Find other related articles by searching for the term conical.
This article has been nominated as one of the Guild’s fifty best articles published before 2010.
1986
AL#8 p.18 BRB1 p.274 ALA3 p.8
Jeffrey R. Elliott
▪ This lecture transcription presents a chronological overview of the work of Hermann Hauser Sr. 26 photos and 3 drawings complete the article. A major investigation of some important guitars.
1986
AL#7 p.57 BRB1 p.253
Tom Mathis
▪ Mathias adds more tips to the Teeter/Sadowsky fretting method.
1986
AL#7 p.13 BRB1 p.240
William Cumpiano
▪ Cumpiano lists his favorite methods of repairing various sorts of broken necks.
1986
AL#6 p.3 BRB1 p.149
Dana Bourgeois
▪ Bourgeois comments about in inappropriateness of refretting many old Martin guitars with the “Teeter” epoxy method.
1986
AL#6 p.8 BRB1 p.204
Roger Sadowsky
▪ Sadowsky’s convention lecture thoroughly describes his version the Don Teeter system of fretting with epoxy and oversize fret slots.
1984
DS#293 LW p.114
Dave Gentry
▪ Fender’s unorthodox method of installing a truss rod makes the replacement of the rod a strange undertaking. Gentry’s technique is clever, and far less invasive than removing the entire fingerboard. With 2 drawings.
1984
DS#277 LW p.121
Jim Williams
▪ Make your own Rickenbacker-style double rod. With 3 illustrations.
1982
DS#201 LT p.88
Brian Derber
▪ Bandsaw jig cuts the facets on a neck block to which the ribs of a lute are glued.
1981
DS#183 BRB2 p.282
Duane Waterman
▪ The author uses a series of drawings to help explain the creation of a unique but tradition method of attaching the headstock to a guitar neck.
1981
DS#190 LW p.107 read this article
Larry Robinson
▪ Put a hinge on your guitar neck and change the angle any time you please. Really. The design leaves the fingerboard floating over the body, though. With a pair of illustrations.
1980
DS#138 LW p.118
Larry Stevens
▪ The author borrowed this dovetail system from Max Krimmel. The routing jigs are fully described, and it is recommended that the head block be routed before the body is assembled, Martin-style.
1978
DS#86 LW p.110 read this article
Tim Olsen
▪ No, you don’t press a neck to take the wrinkles out. Sometimes it’s necessary to heat a crooked neck, overbend it with clamps, then hope it cools and relaxes into some semblance of straightness. This sort of caveman lutherie is still called upon from time to time, and you probably won’t find a more detailed description of the operation than this one. With 5 illustrations.
1978
DS#74 LW p.121 read this article
Garth Fleming
▪ How about a locking mortise-and-tenon joint? Works like a dovetail with only half the hassle. With 2 drawings.
1977
DS#50 LW p.112 read this article
Tim Olsen
▪ Necks fashioned from one hunk of wood are beautiful but wasteful. Laminated designs intended to conserve the most wood are often considered unsightly, so Olsen tackled the problem with a laminated design that offers the prettiest wood, the highest strength, and that makes the installation of a curved truss rod a snap.Pretty cool. With 7 drawings.