D_W

I've never tried the pedals, but am assuming that some of them have two outs so that you can emulate a true stereo type sound? I threw my original princeton chorus away about 15 years ago (they just weren't bringing anything) and I guess I'm having a mid life crisis now, but the strength of the separate amps in the PC (something I never knew when I was younger - didn't ask many questions) makes it so that if you sit right in front of it, you can get somewhat disoriented from being between the speakers. before I bought it, I looked at various pedals and being a simpleton, didn't realize just how many different chorus type sounds there are. Looks like the preferred types go in phases like everything else, so the more metallic 80s kind of chorus is now out and really cheap. the P-C type is more lush and three dimensional (it can lose focus if you use too much depth), but admittedly dated (like the whole amp). I'm dated, too - love it!!

Nailed it right on. The mosfet actually sounds like a marshall, and the higher you can get the levels on them, the more they sound like a real marshall. I'm not gigging and haven't for years, so never should've bought this amp (who could stand the volume in a closed basement if you tried to turn it up) - the fact that it doesn't work right is probably a blessing. I have a marshall TMB chinese clone and will put the speaker in a cherry cabinet and see how it sounds. If it's no good, I'll find a suitable 12 and dump the G15B-100 on ebay. The princeton chorus is a little bit dated, but the chorus with two separate power amps is otherworldly. It could almost make you sick and disoriented if you sit right in front of the amp. Clean is transparent, but usable (better with compressio) - not nasaly. Unfortunately, most of them have a pot or two off and they quickly become unrepairable based on value. The gain channel is suitable for a 1980s flashback for anyone who grew up then (I did).

Agree!! I've got no guitars with rosewood necks until this one, but one heavy strat that also has a bubinga neck. The effect is very subtle through the amp, but I play a lot unplugged and that guitar is heavy and relatively dead feeling (rigid as railroad track, though - the body is white ash). The effect is not similar, though. This one on mahogany is very bright and spanky, but doesn't lose anything (whole guitar is about 8 pounds). The limba, on the other hand, is really mellow (the body is a pound lighter and the maple is dense, almost as heavy as the rosewood neck) and while the unplugged volume of the two guitars is very similar, the limba guitar is far less spanky sounding. Sounds great plugged in, though. Love the 4 way switch. Hoping to move on to much more complicated guitars soon, though.

Good eye! I like the 80s Marshall solid state stuff, and that's actually a mosfet 100. But it's dead and waiting to be taken apart to steal the speaker and reverb tank. I like fender's princeton chorus, too (teenage nostalgia for me), but the majority of stuff in that large mess is tube.

There are a lot of saws! The back story here is that I like two things, before coming to guitars: * working entirely by hand when possible * making tools (which puts a lot of things in hand already that are nice for building guitars by hand) When you work larger pieces by hand, like cabinets, etc, it's helpful to have a bunch of different saws. Hardwood likes a different tooth profile than softwood and thin and thick like different. I did end up finding a used ridgid oss, though, which is pretty progressive for a luddite like me!

I wish I had design sense! It's, as far as I can tell, similar to the fender thinline telecaster HH style (or a copy of). I've only made half a dozen guitars so far, but have figured out over time that I can usually find a "loaded pickguard" cheaper than I can find the pickups in the pickguard if I'm patient, which is the case here. I wanted to try the duncan p-rails (they're surprisingly good in all three modes - single coil, p-90 type and both combined sound like any other humbucker), but wasn't interested in wiring them, so I waited until someone else was dumping them already in a pickguard. Doesn't quite fit right on a regular telecaster body pattern, and it doesn't match a deluxe, so I forced it to fit on a regular telecaster pattern body that I cut from a khaya blank and traced locations of pickups and pots onto a piece of paper and then hacked out the cavities with a drill and gouge.

It's indian rosewood - from some vendor on ebay who managed to saw (or find) rosewood blanks properly quartersawn. The buttonlac makes the color more predominantly brown and deep looking.

(the strat parts are a different guitar)

Pictured are two telecaster type guitars I just finished last week. The guitar on the right does have a purchased neck (the first one I've used, and probably the last). I build with minimal tools, so the internals of my guitars don't often look like they were routed on a CNC if I don't have a router template. The guitar on the left is khaya with indian rosewood neck, and the guitar on the right is limba with a WD maple neck. Both are finished french polish with buttonlac. The dullness on the necks is from following up the finish process with #0000 steel wool to make the neck and fingerboard feel more slick. The right guitar has fender tele vintera (the baja style hardware with an S1 switch and 4 way), and the one on the left has duncan p-rails. There are still nits here and there to finish (I need to put the rest of the pickguard screws in the mahogany guitar, etc). I am a planemaker on the side, so I generally have pretty good luck cutting the neck pockets a little bit small and then tuning them like a hand plane bed so that there's no shimming. It doesn't take much time and the bedding quality between the bottom of the neck and the bottom of the pocket is always a little better. Folks with a keen eye will notice one of the tuner holes wandered on the peghead on the rosewood neck (crap happens, i guess). Each time something like this occurs, I'm motivated to buy or make a drilling jig to prevent the wood from allowing bits to wander. Apologies for the gross orange carpet - this is my basement. The mrs. gets cranky if I take guitars or other such things up into the nice part of the house. I've been a woodworker for a while and started with the typical full garage shop with a bunch of large stationary tools, but have gone to working mostly with hand tools over time for several reasons (more of a challenge, more engaging, less constriction on space, and you can pretty much build anything you can mark within reason without buying more stuff. https://imgur.com/gallery/qdUW01k/comment/1817390447

I got TS kickback early on. It could've cost me my fingers, but luckily the board left my hand and my hand didn't move much. This is like two months into woodworking with a friend who insisted no guard and only a 5 hp PM 66 would do. It scared me before that and then definitely after. I've lost a lot of that fear, but only have a portable TS myself now and rarely use it (due to the rare affliction of wanting to do everything entirely by hand). Another friend (speaking of no danger from planers, I pretty much agree and was surprised to find someone who could make a planer dangerous) was trying to make a bunch of cutting boards (end grain). He asked what you do to keep your planer from spitting things out (i think he used the word shooting, but I'd have to see it to believe it). That led to ???, a planer? Do you mean a TS, a router table? Can't be a planer. He said "well, i'm running end grain cutting boards through it and they keep shooting back out". "How many times have you done this" "Many, and they shoot out every time" "OK...don't put them in the planer, then, find someone who has a drum or wide belt sander" (the world of spiral heads with inserts and skew cuts has maybe eliminated this fun).

Ditto that. It moves, it will be straight at some point. Until it has moved back and forth with moisture changes many times, it will keep moving. Many times could be a decade or more. It could be less, but it's a risk. A violin maker and luthier I knew (hopefully I didn't say this in this thread already) would cut his blanks oversize, rough a neck in oversize, and then hang them. The necks had to hang for a year and not move. If they moved, they hung another year (unless their movement was terrible) until they stopped moving. He trimmed the movement amount off each year so that he could check them the next year. If they got too small/thin to use, they got thrown out. I got burned on my second neck. I let it sit for two weeks, then sawed it out of a table top blank perfectly quartersawn and straight down relative to the pith. It should never have moved, and it didn't release tension when I sawed it. I carved the neck, added a fingerboard, and then set the project aside. It's got a little bit of twist in it. If I'd have followed my friend's advice, I'd have a finished guitar. It's still waiting for another neck, though the twist is in a favorable direction and minor, it probably wouldn't matter. Better to learn that lesson early.

Yes to all you've said, though I always cut and thickness fingerboards with hand tools. I have a newer version of the planer you have (when I say that, I mean portable, not a craftsman). They generally will snipe. The typical procedure is this: * if you know the planer is set well, run an inexpensive wide board through, ensure that it's cutting similar thickness both sides. and that it's generally working properly * if you're not in a hurry, don't race to take off huge amounts. a 16th is fine - the board is going to go through and you can just basically pick it out, reduce thickness, feed it through, over and over.. * you should run at least one test pass with thin removal to make sure that there won't be much tearout (there shouldn't be with ebony - it doesn't have a lot of directional conviction or beam strength in the fibers) * your last pass should be relatively little removal to clean things up and not create more problems (the heavier the cut, the heavier the tearout). You'll likely have two problems: 1) the board will have snipe on the ends. You can see how long it will and make sure the area between the snipe is long enough for a finished board, or you can run dummy stock through. If your planer has four posts, it may have a locking mechanism and reduce snipe. 2) the planer's minimum thickness may be more than what you're looking for. You can affix your board to something to make it functionally thicker as long as that something is uniform in thickness (decent plywood is probably fine - I've never done this as I always hand plane thin items). I don't have the typical tools that a luthier would have in 2000, I have a lot of what they'd have had in 1890, so I don't have things like drum sanders, etc, that most folks would use to thickness something thin like this. Before you are finished with what you're doing, I would get a good look at the fingerboard with some hope that it is close to flat before final thickness. While I like to work entirely by hand and have no bandsaw or any such things, when the mrs wants something done (like casework, etc), I find a thickness planer to be a godsend, though it cheats me out of part of the work that I really enjoy (dimensioning). It's worth getting used to using one. They're not that dangerous as long as you keep your hands out of them, but they will make a filthy mess without strong dust control. Shop vac on trash can with 4 inch line to the planer will catch most. Watch out for the dust control nazis when you start talking about dust control.

Half of final retail price, maybe slightly more if you have something compelling, unique and proprietary, but it's an extremely competitive market and dealers here are under a lot of pressure. Many won't take much risk because their core business has moved from new guitars to giving lessons and renting instruments to school kids at a local level because ...well, that's a local thing and less subject to internet scrutiny. The other issue is that your product can be quality (in terms of a finished guitar), but most custom makers are producing good stuff. The average consumer isn't looking to spend much unless something looks like and is fender/gibson, etc. The semi-custom buyers are usually looking to buy domestic here (collings, etc) and don't care as much about price as they do name and origin. In my opinion, you need to market your guitars directly first and establish that they will sell to the US and then find a situation that's better for you from a dealer standpoint than direct marketing them yourself (which probably won't occur).

Thanks, Looks good to me!! I like how the poster said the router plane and chisel are the ad-hoc method. I came to the same thing, but without relying on the reference surface on the side. Instead, I just mark the truss rod channel with two lines and do my best to mortise between them with a chisel. If you get a big enough pile of things (I'd be embarrassed to admit how many chisels I have), you can start modifying or dedicating tools to certain tasks. So, I have a small sash mortise chisel that's about as wide as the blue truss rods on ebay. I am a lot faster with hand tools than I would be if I had just gotten into them, and aside from the outside of the templates and binding channel, I think I'm going to phase them out. However, a good power tool builder with a batch of ten guitars would blow me away because making one in progression with hand tools is about 15% of the time that it would take to make ten. If you could get a good power tool setup, you could really make time on a batch (I'm keeping all of my guitars, though, so that would present a problem. Always felt like that with power tools, A bit or a guide short of what I wanted to do and all of the effort would've been better making ten of something than one - some people enjoy that setup. I enjoy modifying a tool to do the work - there's no right or wrong as far as I know. What's hard with hand tools is looking at a pile of 300 board feet of wood and doing something like building a bench or ten kitchen cabinets with M/T doors when you want to build something else. That's where roughing work with power tools really shines. My power tool selection is now down to really nothing accurate (everything that requires any accuracy is completed by hand), but I keep a lunchbox planer around for the rare instances when someone asks me to build the kinds of things that go in a house. If I didn't have kids, though, I would do all of those completely by hand - I don't find interest in exercising much, but I could be convinced to dimension lumber for an hour and a half per day if I didn't have kids. The kids own 75% of the time I'm not at work, though, so I keep the lunch box planer around and I have a TS that hangs on the wall (which is a good indication of how heavy duty or capable it isn't, but it comes in handy from time to time). In terms of time spent, I think even a dewalt 734 used properly is probably a recipe to thickness boards (assuming they get hand planed the last 100th of an inch to remove anything) is five times faster than by hand. But it's a different experience. Dust collection with hand tools for me is after the job is done and not during, and often with a leaf blower/vac because the chips are too rigid and thick to go through a 2 1/4" (or whatever the size) shop vac hose.

I think one of those might work, but not sure how well. Cardboard with foil, or white background could reflect some of the waves onto the back of a blank. The solution I saw most people using was a deliberately made box that had light tubes from end to end and on all sides. I did see some listings looking for tanning lamps, but nothing local that still worked. One article I read advised they can be a fire hazard, but I doubt that they'd be such a thing for me - probably an instance of one person out of 1000 putting one against something and starting a fire. Nothing was quite easy enough for me to get a sure solution, click on it and have it delivered, though (except two UV aquarium lamps, which could probably dry a body in 5 days).