Category Archives: Guitars

Guitar #30/3

Assembling the box

After days spent reorganizing the shop, which had become next to impossible to move in, I am back at it. Yesterday I bent the sides ( also called ribs) and assembled them to the end blocks. The end blocks had been made some time ago. These determine the rib depths and the correct angles at the four intersections where the ribs join the top and back (neck and tail). The first step was to trim the blanks to just a bit wider than the maximum finished width (depth of the body). I trimmed these to 104mm – the maximum depth being 100mm. That left me room to trim after assembling the ribs and blocks before attaching the plates. The next step was to mark each rib with yellow pencil at 25mm intervals. This is a great aid in checking progress against the pattern, which is also marked at 25mm along the outline. While I did this I had the bending iron heating up.

one rib trimmed and marked, and soaked down for bending

one rib trimmed and marked, and soaked down for bending

body half pattern with 25mm markings

body half pattern with 25mm markings

bending iron hot and ready to go

bending iron hot and ready to go

Bending walnut is not very difficult. You keep it wet and hold in one place for a few seconds, pressing gently, then move a centimeter and press some more. The hot metal pipe dries the wood in seconds and it sizzles when it contacts wet wood. No sizzle means the wood is dry and has to be wet again. I start at the waist, then do the upper bout, then the lower. It takes constant small adjustments but with patience it can be made to follow the pattern shape quite closely. Once it is close enough it gets clamped into the mold, where it then dries and takes the shape in which it is clamped.

rib clamped to mold

rib clamped to mold

Once both ribs were bent and dried in their final shape I trimmed the ends and assembled the pair of ribs into the mold, checking that the joints met tightly and along the centre line of the guitar. Then I glued in the end blocks. The easiest way to do this is without the mold, just one end at a time, clamping the ribs onto the block. Once both blocks are done then the assembly goes back into the mold and is clamped with spreaders.

ribs in mold with spreaders

ribs in mold with spreaders

The spreaders ensure that the ribs are in the right position for attaching the plates. Just a bit of pressure is enough to keep the ribs pressed to the sides and ends. I assembled the back plate first this time. I wanted to try a different method of gluing in the linings. First I glued the back to the blocks, neck and tail. Then I put the whole thing on its back and clamped the back plate here and there to the ribs, so it was tight. I then glued in the kerfed lining strips, rubbing them to increase the initial tack, and holding them pressed into place for a short time. In a few places I resorted to putting pressure with a re-purposed chopstick and a clamp. This saved me doing two steps, where the linings are first glued to the rib, after which the plate is then glued down onto the linings. This way I was also able to avoid having to cut pockets in the linings for the ends of the braces. Instead I simply glued several teeth from the kerfed strip at each brace. This will be sufficient to hold the brace end tight. Note here that I first trimmed and fitted the back plate to the ribs before this procedure.

gluing the linings to attach the back plate

gluing the linings to attach the back plate

After the back plate was done and the glue set, I then fit the top plate to the ribs. Then I glued the linings for the top in place. Since my main top x-braces are tapered to zero they require no pockets in the linings, except for two which hold the upper face brace. These will be cut before the top is glued on.

box ready for the top plate final fitting

box ready for the top plate final fitting

 

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Guitar #30/2

installing truss rod & carbon fiber rods

installing truss rod & carbon fiber rods

I decided to do some work on the neck blank today. The sun was shining into the carport this morning when I set up my workmate and clamped the neck blank in place. Fetching the router I found that it had the truss rod bit already in place and set to go. I attached the fence, made some adjustments to ensure I had the center lined up, and then routed the slot in a jiffy. I went to put the truss rod into the slot next. It didn’t fit! I looked a little closer and discovered that my supplier had changed their truss rod in a very small way, but now it was wider by about one millimeter. Problem: no 12mm router bit. I looked through my bits and found one that was 1/2″. Close enough, so I swapped it into the machine and set the depth, then ran it down the groove, shaving off the millimeter required. Only now the rod was a bit loose. No major deal here, I put electrical tape on the rod, which made it snug in the groove. But if they keep sending me 12mm wide truss rods I guess I’ll have to buy a 12mm bit. I have learned that it is sufficient for a truss rod to be installed without glue, and in fact I think it’s better. That way if it ever breaks it can be withdrawn and replaced. If it were glued, forget it – make a new neck.

neck with truss rod and carbon fiber rods

neck with truss rod and carbon fiber rods glued in

After the truss rod groove I switched to a new 1/8″ bit and routed slots for twin carbon fiber rods I recently bought. I cut one long piece in two, sufficient to do both sides of the neck. These were glued in place with epoxy. The slots had to be widened for these just a bit, which was done by adding tape to the sides of the neck blank and to the router fence for a second pass at the slots. After that the carbon rods dropped right into place perfectly.

neck with carbon fiber rods & truss rod

carbon fiber rods before gluing

the bit for the old truss rod

the bit for the old truss rod

the new wider truss rod

the new wider truss rod

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Guitar# 30/1

Before I head off with this post about my next guitar, here are the real answers to the last blog.

1. Common Bulrush

2. Western Painted Turtle – Vancouver Island’s last remaining native turtle species, and unfortunately, already endangered.

3. Double-crested cormorant

4. Ring necked duck

5. Northern Flicker

Now for something completely guitar:

Here is the top of #30, ready for assembly. It’s the same as #29, that is an x-braced domed soundboard. This one is Sitka Spruce.

Guitar#30 top - bracing

Guitar#30 top – bracing

Here is the back plate. Unlike #29 I just went with regular ladder braces. Less work. Spacing was done by eye, more or less, but I placed the braces on more or less even centimeter marks, as can be seen if you zoom in on the tape. The arching was done with a template I had, giving a set rise over a given length. In this case 5mm in 400mm. I drafted the “fair” curve with a bent rod and pins.

back plate, braced

back plate, braced

back arch template

back arch template

The interior body blocks are a little different this time around. The tail is still 100mm deep inside, but the neck is deeper – 90mm. The Martin I used to get the sizes of an “O” guitar had a shorter neck block, (81) which I decided was too short. About 10mm difference is more to my liking, and that also makes for a slightly greater interior volume. It also aids in the fitting of the back to the ribs, as you will see from the next photo.

mock up of plates with blocks

mock up of plates with blocks

Here I have clamped the plates to the blocks so I can see how the angles on the blocks work out.

neck block with dimensions and angles in pencil

neck block with dimensions and angles in pencil

tail block as per neck block

tail block as per neck block

The angles are often best guesses as after assembly they seem to change mysteriously. The key angle is the one that sets the neck. For that I am using 1 1/2 degrees. The upper face brace arch dictates this, more or less. I’m aiming for a bridge height of 15mm, which this should give me.

dry run assembly with popsicle sticks showing the body depths

dry run assembly with popsicle sticks showing the body depths

The body depth is 100mm from the tail to around the waist. Then it tapers at the back side down to 90 at the neck block. The first 5mm of taper occurs between the waist and the upper bout at its widest. The plates are shown here in their natural curved state, clamped to the blocks. The soundboard face of the ribs will be flat, and the back face will be flat until the waist, then tapered.

fingerboard already fretted, ready for assembly to neck

fingerboard already fretted, ready for assembly to neck

This is a Bubinga fingerboard. It’s hard and tough, and a lovely pinkish colour. Also cheaper than Rosewood or Ebony. I did this all at once, starting with cutting the fret slots, putting in dots, tapering the sides, sanding to 16″ radius, then fretting. I double stick taped the wood to a bench to do the radius sanding and then put the frets in right there. After I nipped off the ends I pried it up and sanded the edges straight on the bench belt sander. There’s still an extra millimeter on each side. I always leave room for insurance.

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Guitar#29/15

Selmer style tailpiece with replacement walnut insert & original plastic one

Selmer style tailpiece with replacement walnut insert & original plastic one

Time to put it all together and see what turns out. Once the neck is glued on the next major hurdle is to install strings. For this we require a bridge and a tailpiece. The tuners and nut are already done per previous posts. So I unwrapped the tailpiece, which is a copy of the original Selmer one. This design dates to the 1930’s and is a classic. It is seen on virtually every “gypsy jazz” guitar, or a facsimile thereof.

Interruption for rant here:

I don’t like the term “gypsy jazz” guitar. It connotes something false, which is that these guitars are designed for a certain musical style. They aren’t – period. They were adopted for it, hence the strong association. But they were designed to be guitars with good projection, something that could be heard above a band full of brass. They have a wonderful all round sound, and are great for all types of musical styles. The French know this, and there this style of guitar is ubiquitous and used by all genres of musicians. Here, unfortunately, the guitar playing public is sadly unaware of the amazing qualities of this guitar style.

To get on with the guitar making, I removed the cheapo plastic insert from the tailpiece so I could put in a nice matching piece of walnut. A few saw cuts around the edges and in it went. Then I spent half the day wiping on the french polish finish. About twenty coats later it began to shine. Then I put the red leather patch on. This is traditional, and protects the guitar wood from the sharp metal edges. The tailpiece comes flat too, and has to be bent. Clamp in vice and bend 90 degrees – done. To install it has to be dead centre with the neck. I checked this again with my long metal straight edge, and verified the centre line. Right at the butt seam where it was designed to be. Good work!

red suede leather piece glued to underside of tailpiece

red suede leather piece glued to underside of tailpiece

checking centre line

checking centre line

tailpiece attached with one screw for now

tailpiece attached with one screw for now

Now we need a bridge! I used a walnut blank which I had around. First step is to get it the right size. I sawed away the excess and sanded it on the machine. It should be 15mm wide and at least 25mm tall, 150mm long. Then we make the feet. The bridge sits on top of the X brace, one foot on each leg. The feet are 25mm long, and between them and at the ends there is a gap of about 2mm height. I make small saw cuts and file and chisel out the gaps.

making the bridge feet

making the bridge feet

Once the feet are done the bridge has to be fitted to the top. A little sanding in place does the trick, so the feet are seated correctly, and the pressure is evenly distributed. I’m protecting the top with cardboard. This finish is easily scratched, and since it is so highly polished any tiny scratch shows up glaringly.

sanding the bridge feet to match the contour of the top

sanding the bridge feet to match the contour of the top

Once the bridge fits the top the carving begins. I use a long stick with a half pencil on the end to mark the bridge height. I shim the 12th fret to get the required string height that I want. Then I remove the excess wood from the bridge blank.

bridge marking tool

bridge marking tool

After the bridge is the correct height the top edge has to be formed. First a line is marked on top that indicates the top edge. This is angled slightly as required for string length compensation. Then I grind away the sides using the end roller on the bench sander. I also remove the excess length from the ends and grind out a concave curve in each end.

bridge in near final shape getting checked for height

bridge in near final shape getting checked for height

Now we can string it up and make the final adjustments. The tailpiece is on, and we have a bridge that is close to the right height, so the strings will go on now. But first I put on the outer two strings and set the string width at the bridge. This involves getting the outer strings with the right edge clearance to the fingerboard. I need at least 3mm. Once set, I mark the position of these two strings. In this case it was 56.5mm wide. Then I use a graduated string width scale and mark in the middle four strings. With files that are the widths of the strings (or close to them) I file a groove for each string to sit in. Then I final sand the bridge and give it wipe with oil. I like the look of an oil finish on the bridge, as opposed to a shiny shellac finish. Much fiddling will go on to get the string heights to the right action, but the basic setup is done.

Before I get to the end here, I had to make a pick guard. Since the guitar is very small the off the shelf pick guard was too large, so I had to modify it to fit. For this I got out the old circle cutter used for the rosette. I set the radius and taped the plastic piece to a piece of signboard plastic, then cut out the right curve to fit this sound hole.

sound hole jig used to trim pick guard

sound hole jig used to trim pick guard

Well, that’s it. I won’t go into all the details of setting up a guitar here. It takes a while to finesse it all so it plays well; action adjustments, and minor fret work to remove high spots here and there. Also more french polishing with the pad, micro polishing with super fine paper and oil, re-polishing, etc. But we have a guitar. Here it is. I like the sound of it. For a small guitar it’s surprisingly loud, and well balanced. The high frequencies are very strong, and it really delivers in the bass as well. It’s very  light, too. Weight: 1474g, or 3 lb 4 oz.

Guitar #29

Guitar #29

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Guitar#29/14

Neck assembly coming up below!

easing the tuner bushing holes in the headstock

easing the tuner bushing holes in the headstock

Before assembling the neck to the body I completed the installation of the tuners and made a nut. The holes in the headstock were too tight so I eased them out another 64th by hand with a drill. Then I installed the tuners. I cut the nut from a piece of bleached bone. I have a scale for this which has graduated slots on it, slots which account for the increased width of the strings as well as providing any number of spacing options. The nut slots are filed with special files, too. There is a file for each string thickness.

nut before trimming

nut before trimming

nut after trimming

nut after trimming

tuners installed - note press in bushings

tuners installed – note press in bushings

Finally! Time to assemble. Many dry runs were done first, to ensure the fit was tight and had no slop. This took me a long time, even though the clearances are tiny they have a large effect. I adjusted my shims this way and that and finally ended up using a strip of blue shop towels soaked in glue. I needed 0.050 mm and the towels are 0.025 thick, which with both sides gives me just what I need. I tried with thin veneer but that didn’t work as well. The compressibility of the soft towel seems to be more forgiving in any case, which is why I seem to end up using this method a lot. I can testify that it works well.

neck ready to insert, with shop towel gasket/shim

neck ready to insert, with shop towel gasket/shim

The fingerboard gets glued to the top as well, but doesn’t need much glue. That joint isn’t structural, so minimal glue is required. I sanded off the finish under the fingerboard to get good adhesion. Glue does not stick to shellac very well.

finish removed beneath fingerboard

finish removed beneath fingerboard

The neck should fit into the slot almost 100% before there is resistance. Then with a little clamp pressure it seats to the bottom and is rigid. That is the theory anyways. Hence all the fiddling around with shims and gaskets. This time it fit perfectly. I clamped it to seat the dovetail and also clamped the heel down to ensure that there will be no gap at the back. For this I have a long Klempsia clamp. I have a bunch of these clamps, which slide on a rail and are made with wooden jaws and cam levers. No woodworker should be without some.

One last note for today: I almost forgot the truss rod, because it’s not glued in. But it’s in there now, loose but snug. If it ever breaks the neck can be removed and the rod replaced. It does work, I tested it.

neck joined to body and clamped

neck joined to body and clamped

 

 

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Guitar#29/13

The neck is just about ready to assemble. Lots of shaping and sanding have been done, using progressively finer sandpaper until 360 grit. That is about as smooth as required for finishing. I have hit my target dimensions for depth and the two critical widths: the nut and at the body junction.

neck depth at first fret

neck depth at first fret

nut width good

nut width good

width at body a tiny bit wide, but OK

width at body a tiny bit wide, but OK

Once the neck was as smooth as I could get it I drilled the holes in the headstock for the tuners. These require drilling first a 1/4″ hole for the shaft, then a larger one on the face for the press fit ferrule ring.

drilling tuner holes

drilling tuner holes

I use tape to stop the wood from splintering when being drilled. Then I moved to the fret installation. The fingerboard was sanded once again and checked for flatness.

final sanding of fingerboard before frets

final sanding of fingerboard before frets

I clamp the neck in the vice and cut the frets as I go. They have to be curved beforehand, a task that I do by hand, because I don’t have the proper tool to bend the long fret pieces. I just grab the fret tang with a small set of nippers and gently bend the wire. I use a medium wide fret, mostly because the tang is a good depth, and it bites into the fret slot well. Some fret wire comes with short tangs, but these don’t sit as tightly. Even so, I often have to clamp a few loose fret ends after they are installed and glue them down with super glue.

fretting kit

fretting kit

neck clamped in vice and working frets sit on a neck support block

neck clamped in vice and working frets sit on a neck support block

Hammering in frets has to be done carefully. You tap in one end, then the other end. Then you work both ends towards the centre, hoping that the ends don’t pop up. Sometimes they do and then you tap them down or glue them if they won’t stay seated.

bent fret ready for installation

bent fret ready for installation

Once all the frets are in they get trimmed with a fret nipper. Then they get filed flush, filed at an angle and also filed to remove the four sharp edges. This takes more time than installing the frets, and it is crucial to how they feel and work. They also get leveled and polished. It is a process that goes around a few times before everything looks good. When all done the frets should be level, with no sharp ends, and very shiny and smooth. The final polish is done with extra fine steel wool. This also polishes up the wood of the fingerboard nicely. It’s made of rosewood and can be very highly polished. Some builders oil the fingerboard but I generally leave them natural. In time they get dark from skin oils as they get played. I like the patina from this process.

nipping the sharp ends of the frets

nipping the sharp ends of the frets

the file is used to angle the fret ends here

the file is used to angle the fret ends here

The file shown above is not for fret leveling, it would be too radical a cut. The first leveling is just with 360 grit sandpaper in the sanding block. That takes off any small discrepancies. At least it should if the frets have been put in right! Small variances in fret height can create annoying buzzes, and the guitar will then be back in the shop for fretwork.

After the frets were in and all the leveling and polishing was complete I put in the tiny dots on the edge of the fingerboard. I drilled the holes by hand and used superglue to glue in the thin plastic rod. This was quick and easy and I filed the excess off in a jiffy. Then I gave the neck another round of sanding before staining it dark walnut brown. For this I used a pad just like the french polishing pad. I stained the neck with a gel stain to make it dark brown. This tone goes well with the walnut body. First I masked off the edge of the fingerboard however, to avoid staining this or the plastic dots.

staining the neck with a pad and dark walnut gel stain

staining the neck with a pad and dark walnut gel stain

I gave the neck two rounds of stain, rubbing it in well and removing any wet or thick bits so it was as even as possible. This stain dries fast and I usually just go right ahead and begin the final french polish as soon as it looks good to go.

The french polish is easy on the neck, because there isn’t much area to cover. I use a small pad, and it doesn’t take much shellac to get a good build of finish.

neck with several layers of french polished shellac

neck with several layers of french polished shellac

 

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Guitar#29/12

Final shaping of the neck began today. Carving a neck is like sculpting – you remove what is unnecessary to reveal what is there within. But only just so much. Plus it has to be not only pleasant to look at but comfortable to feel.

essential neck carving tools

essential neck carving tools

I have a jig to hold the neck. It fits in my swivel jaw vice, which is mounted on my old workmate stand. This workmate has been in use for about 35 years or more and it is one of the must have tools for doing just about anything, never mind guitar building. The swivel jaw vice is also a must have tool for guitar makers.

neck in carving jig, in swivel vice, on workmate

neck in carving jig, in swivel vice, on workmate

The microplane flat file is an incredible thing for carving. It can hog off wood, or remove only fine shavings, depending on how you angle it, and what pressure you use. I do most of the carving with only this tool. I also use a round version of it for the curves at the heel and neck. My other tool for this is a short file, called a four in hand. It has four surfaces, two flat, two convex, and each pair comes in rough and smooth cut. This file is about the only other essential cutting tool for neck carving. Sandpaper can do the rest if necessary, but I have some round files that are very handy as well.

looking down the neck for shape

looking down the neck for shape

I use the calipers to keep checking the neck depth. I set them a bit too large and when I hit the mark I switch to very fine filing and sanding so as not to overshoot. You can’t add more wood after it’s been removed.

neck to head detail

neck to head detail

The straight section is not too difficult, but the neck and heel transitions are very tricky. They take most of the work. I use the pin comparator to check my cross sectional shape for symmetry as I go along.

heel detail

heel detail

 

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Guitar#29/11

The neck is almost ready for final carving. I have repeated all steps prior to busting the truss rod. That includes gluing on the head plate and fiddling with the dovetail joint. I previously thought it was correct but further inspection revealed that it needed more work. It was as if the whole thing changed while it was sitting in the shop. This is why we check not twice, but three or four times before assembling anything! As it stands I am ready to say that this time it is good to go. I hope these are not going to be famous last words.

dry fitting neck to body

dry fitting neck to body

Once I had the neck joint down I lined up the fingerboard and clamped it to the neck. Then I nailed it in place with small brads, and cut the heads off. Next step was to do a lot of heavy grinding on the belt sander. I sanded the headstock down close to final thickness, as well as tapering the neck and removing a lot of wood to form the rough shape. After this I will carve by hand from here on in.

Once I was certain that everything was finally aligned I prepared to glue the fingerboard. The objective was to make sure I could slide the truss rod assembly into the slot afterwards.

rough carved neck

rough carved neck

fingerboard tacked to neck prior to gluing

fingerboard tacked to neck prior to gluing

testing placement of truss rod prior to gluing

testing placement of truss rod prior to gluing

The truss rod slid in and out perfectly, with no slop or extra play in the slot. Time to glue the fingerboard.

here we go again

here we go again

A few hours later I removed the rubber band and slid the truss rod into the slot. It went in and came out without any problem. No testing to see if it bends yet, I’m going to let the glue dry for 24 hours at least before putting any stress on it. Carving is next.

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Guitar#29/10

After the truss rod mishap I ordered  two more rods, which arrived yesterday. More about this later. Previously I scraped and filed down the bindings, using a spokeshave and a file. After that I began sanding. It is darn near impossible to ever get out every last tiny scratch on a guitar, simply because no matter how much you inspect it, inevitably you will miss something. That is why I take the guitar outside to examine it. But even so, I’m sure I missed something.

scraping the bindings

scraping the bindings

I also made a new neck blank and routed the dovetail, then fitted it. The fitting went well, since I knew the precise angle to cut, and had a good idea of how much filing would be required to straighten it up afterwards. They always need fine tuning.

new neck blank cut and fit to body

new neck blank cut and fit to body

However, sooner or later the moment arrives when you have to begin applying the finish. My preferred finish is shellac. Old school, plain shellac is naturally derived, non toxic, easy to remove or add to, and gives good protection to wood on an instrument. Most other coatings are toxic, smelly, and not as beautiful in colour as shellac. You can also spray shellac now, which I have done with good results. This time I’m rubbing it on though, the old way with a little bag (called a mouse) made of cotton batting wrapped in cotton cloth. It’s an old technique but it works well once you get the hang of it. If you goof it up you can always wet sand it with super fine emery paper and oil. I often do that between sessions to level the finish and remove various swirls and fingerprints. Shellac is very soft at first but hardens up eventually. Patience is required. I try to remember this each time I begin french polishing.

guitar body after one french polishing session

Guitar body after one french polishing session – guitar is held in vise with the old neck re purposed as a handle for finishing. There is a screw on the heel locking it together.

french polish materials

french polish materials: alcohol, clear unwaxed shellac from a can, light furniture oil,                              the rubbing “mouse”, pounce bag full of fine pumice

There are now many videos on YouTube about french polishing. Some are useful, some are horrible. Basically there are no short cuts to a good job. Never try to apply shellac to a guitar or fine furniture with a brush! Practice on a piece of scrap wood first is the best advice.

Back to the truss rods. The replacement rod and another similar one arrived together by courier. The new type rod has a steel casing, as opposed to the aluminum case of the first one. It feels much heavy as a consequence. But it it also one inch longer. Which means it will not fit, after all. This guitar has a 25″ scale, which is not that unusual, so I have no idea why the manufacturer of this long rod made it so long. I will thus once again go ahead with the original type rod, but there is no way that I will be gluing it into the neck this time.

neck blank with 2 types of truss rods

neck blank with 2 types of truss rods

 

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Guitar#29/9

Every guitar project eventually hits a snag. Yesterday I hit one, big time. While I was attempting to put back bow on the neck I exerted too much torque and snapped off the threaded end of the truss rod. I was following instructions but somehow the neck was either too stiff to bend, or there was something else wrong. In any case I won’t be doing that again. This truss rod comes with instructions to glue it into the channel with epoxy. In my view all this did was prevent the thing from bowing. Other suppliers indicate that some builders do not glue this rod in. I may go that direction next. My supplier is sending a new rod, but the neck and all the work that has gone into it is now wasted.

This is most annoying because I had the neck joint fitted perfectly. This involved lots of chiseling, filing and sanding, and a multitude of checking for proper angles both vertically and horizontally.

detail of neck joint rough cuts

neck showing truss rod barrel nut

In the meantime I have begun a new neck by cutting up another mahogany 1×4 board, band sawing and gluing up three more pieces.

Neck with broken barrel nut, and new neck blank in background

Neck with broken barrel nut, and new neck blank in background

My first reaction was to glue on the fingerboard and try it with the truss rod as is, whereby it would be at least a passive reinforcement. But then this morning I reconsidered. So I removed the fingerboard with the aid of a heat lamp and some steel scrapers.

removing the fingerboard

removing the fingerboard

I still don’t have the answer as to why this thing didn’t bend in the first place. Plus I am not confident that this particular truss rod is the best quality. I may go to a different source for a better one, i.e. one made in Japan. My supplier does not say who makes their truss rods. Form your own conclusions.

But other work is progressing. Today I bent the bindings on the hot pipe. There are four pieces, made of rosewood with white/black/white pinstripe laminations on the bottom edge. I then taped them to the binding channel that was previously cut, and let them dry in place.

hot pipe ready to bend binding

hot pipe ready to bend binding

Later I applied glue and taped them on. I use lots of tape to ensure that the binding is pressed tight into the channel. One particular place that is often problematic is at the waist of the back, because here the binding channel takes a bend downwards. The twist induced causes the binding to want to pull away from the guitar. So I added a heavy duty clamp to force it into place. Once one side of the back is dry I will do the other side.

installing bindings

installing bindings

bindings drying in place before gluing - (note Hermes 3000 typewriter in background - received as Christmas present)

bindings drying in place before gluing – (note Hermes 3000 typewriter in background – received as Christmas present)

A final note, but not about guitars. Above you see a Hermes 3000 typewriter. This was given to me by my brother & sister in law for Christmas. It belonged to the late father of my brother in law. I have to extol this machine as probably the finest typewriter ever made. I’m not saying that it’s everyone’s favorite, but I guarantee that if you have a look inside at the works you will see a true wonder of the finest precision Swiss engineering and manufacturing. I’m keeping it close at hand as inspiration while I build this guitar. It is a reminder of the meaning of quality.

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