Jump to content


Established Member
  • Content Count

  • Joined

  • Last visited

Community Reputation

0 Neutral

About mstjean

  • Rank
  1. This is a single piece of 1/2" aluminum rod. I made the S-shaped leg rest, drilled a 1/2 hole through the guitar body between the electronics cavity and the jack cavity, and threaded it through. On the other side I attempted to bend an arm rest. It is, in fact, a functional arm rest, but it's a bit tall and it would look better if it were curled into the body. I'll try that later maybe. This guitar is far from perfect but it's perfectly functional. It's been my main recording guitar for a couple of months now. It stays in tune very well, it's got a good clean sound, and it chugs like
  2. This company makes necks and guitars that go way beyond fanned frets and into OMFG territory: http://www.truetemperament.com/site/index.php The FAQ explains that it's not an attempt at any kind of "just" intonation. But it looks as if they might have done the same kind of careful plotting that you've undertaken. Matt
  3. The next episode in the Mystery of the Non-Standard Guitar Body should be interesting. I'm waiting to see how it will turn out myself.
  4. Closest So Far to Being Done With This Guitar Part IV! Fully functional but ergonomically frustrating weird looking guitar: bare wood, unsanded, unpolished, no leg/arm rests. It's got Fender LSR nut with D'Addario 12s, Steinberger Gearless Tuners, EMG 81TWX (bridge) and EMG 89XR (neck) with per-pickup volume/mode-select & tone plus guitar master volume, 3 way mini-toggle, and a bunch of fugly speed knobs that I hate. The craftsmanship should best be described as "completely functional". It sounds about like I meant it to: cleans cleaner than clean, largely non-resonant, sterile
  5. I strung it up, though it's still a baby and lacks pickups. I wanted to make sure all the geometry is good. It is. It sounds very thin - laying the body on the workbench so there is wood-to-wood contact fixes that. Clearly the mahogany I've got on there is going to need some help, in the form of some wicked heavy wings. That's soon. Here it is next to my S-500:
  6. The neck, largely complete: Still to do: Level the frets Bevel the fretboard ends Final headstock shape and contours Staining, sealing, and clear coat
  7. I bent the fretwire with a jig I made out of junk in my basement: It's a two-sided jig to keep the axle rollers running true: My first pass made a too-large radius (note the pencil line on the left, which is a 9" radius): My second pass, after re-drilling some new axle holes to bring the washer assembly 1/4" closer to the line described by the two rubber roller axles, did the trick. Then I cut down a 60lb bag of tube sand (?) into a 25lb bag to serve as a neck support for fretting:
  8. Unfortunately it's a conical radius, pre-profiled board. I am not qualified to mess with that. I might turn it into an ellipsoidal radius, or even an asymmetrical monkey radius.
  9. The truss rod is working a bit better now that I've taken so much material out of the neck. Also the neck has gotten substantially lighter, which was another concern. The basswood is light but the epoxy/glass layers seem to make up for it quite a bit.
  10. Fingerboard attached: Neck largely profiled: It looks like it's going to end up a vee. This is because the StewMac Hot Rod is pretty deep and I want to leave material on the back of it. I decided that this material MUST consist of at least 1 or 2 layers of epoxy, or it could easily blow out. Therefore the neck is deep, but I wanted a pretty thin neck (I don't have small hands, it's just how I wanted it to be). Thus a pretty hard vee. Hand sanding will take place outside in the 40 degree breeze. Because I don't want to die for this guitar and I don't have a dust management
  11. Good point. I can't swear nothing got into the channel, but if it did, it most likely latched onto the red tubing on the top steel rod. The spoke nut turns easy in the 1/8th turn of its unstressed/slack range. I think I'm good there. But like I said, that thing never did bend easy. I know you think it should be pretty flexible, but I can't really describe how stiff that board is. It's an utter monster. Like I said, I could stand on the un-trussed, fully tapered, un-profiled neck (supported on 2x4s on both ends) and bounce. Deflection of (estimating here) well less than a half inch.
  12. After the fingerboard epoxy dried (had to use epoxy because one of my thicknessing operations took me partially into an epoxy layer) I tried out the truss rod. I cranked HARD on it and it barely moved the neck. I was afraid to strip the threads in the brass end blocks. This thing is stiffer than hell, and I don't think the strings are going to move it a micron. I guess I'm going to have to: Profile the neck to take as much laminate out as possible, both for bendiness and weight Try the truss rod again If it is still too stiff to adjust, I'm going to have to torque the neck into a backb
  13. This thing is a rock. Granted, the neck is not fully profiled, but I can stand on it and bounce a little. It may well be stronger the other way, but it's strong enough this way.
  14. While dropping off a friend's 12 string to get its bridge shaved down, I mentioned to my luthier, Chris Tatalias, what I was up to, and showed him a block of the stuff I'm making the neck out of. He's worried about what kind of tone this guitar will have. I told him it really doesn't matter at this point; I'm just worried about making a working guitar. Truss rod installation and fingerboard taper: Bad closeup of the spoke nut at the neck heel:
  15. I got the main part of the neck wood down to 3/4", and the headstock rebated to 1/2". This was an incremental router operation with a 1/4" straight bit that was getting very sorry by the end. It took me at least an hour to do the five passes on the headstock (for about 9/16" of material removed) and the two passes on the back of the neck proper (for about 7/32" or so). Here's the nasty step-down back of the nut, which I'll have to grate off relentlessly: I'm going to clean up that and other messes before finishing the neck width, installing the truss rod and gluing on the finge
  • Create New...