Handmade Electric Guitar





Introduction: Handmade Electric Guitar

I made this electric guitar at my high school shop and at home with standard machines and hand tools, it was an amazing project and took me a little over a school year to source the materials, buy, plan, and create the entire guitar but I'm very happy with the end result. I bought all the electronics and small pieces of hardware online through amazon.ca and I bought the wood at a local specialty wood store, totaling approx. $500 (a little expensive due to some faulty deliveries, shipping costs, the wood, and the DiMarzio mini humbucker neck pickup). I styled this guitar after a fender telecaster but took some liberties in making it my own during the build in several different ways, such as the contouring, pickup layout, through body electronics, back plate, finish and wood (Black Limba body, curly/bird's eye maple neck, ebony fretboard, walnut back).

Step 1: Dream and Design

I started this build by doing a lot of research into what I wanted to achieve. This project originally started out as a hobby, so I don't have pictures of the original drawings, but I went to my local guitar shop for inspiration, online forums, google images, and brainstormed on a notebook. Eventually, I used Solidworks to create a 3D model of the guitar body to use as a template for making it later on. I left out the contouring in the drawing to make it less complicated for the plywood template. The image of the neck I took off of a guitar forum (quick google search) and printed both of these drawings 1:1 scale on a large printer we have at the school. If this is not possible, I know that there were Telecaster and Stratocaster templates for sale at the specialty wood store where I bought my wood, or you could print out each quadrant onto separate pieces of paper and do it that way.

Step 2: Body Template

I used adhesive spray to tack the printed template onto a piece of plywood, then used a bandsaw and a spindle sander to fix the edge to exactly what I wanted, I used this method because if I made a mistake, I could restart easily, it would be easier to use the router table on a template, and it would make the outside more uniform. I then printed another template and used adhesive spray to adhere it to the body blank, then roughly cut out the body blank within 1/4" for the router table. I used a long 1/2" router bit with a roller at the base instead of the top which I bought online as well, I don't have a picture of it here, though.

Step 3: Refining the Neck Blank

I did the same template technique on the neck blank, a piece of curly maple. Careful note that on the router table, make sure to leave the end grain and sand it instead on thinner sections, I ripped part of the headstock but was able to glue it back seamlessly. In this step I also used a spare piece of wood as a jig to create the slot for the truss rod which sat underneath the fretboard and was accessed at the base (more details on that later). I used my great great great grandfathers drawknife to round the neck roughly (still works great), then a smaller drawknife-style plane for finer work then finished it with rising degrees of sandpaper.

Step 4: Making the Fretboard

Probably the most painstaking part of this build was inlaying the fret markers and frets. For the fret markers, which I bought at the specialty wood store with my wood, I traced and carefully used this tiny chisel and gouge to remove the material by hand and glued the markers in with super glue. To fill small gaps, I mixed a small bit of super glue with wood dust from the fretboard. I did this before sanding the 9" contour on the fretboard because then it would seamlessly blend with the surface.

Step 5: Contouring the Fretboard

I used a string and a nail to sketch a 9" radius circle onto a makeshift sanding block to contour the fretboard, then used a lot of elbow grease to finish the job.

Step 6: Slotting the Frets

This part of the job was most difficult and probably could have been done better, as I had to re-level the frets later on. I used a coping saw because I didn't want to buy a fret-cutting saw (which seemed to work out fine) but if you can get a fret saw and a fret dressing tool and a template then do that. I used my plywood template to mark the fret positions and used a caliper to double check them with where I had calculated the fret positions. I leveled the frets using a piece of 1x2 square aluminum tubing as a sanding block.

Step 7: Adding the Nut

I added a small piece of ebony below my nut to raise it slightly and decided not to add a decorative piece behind. I used a small amount of glue to hold it in place because the strings would eventually hold it down and I might need to replace it later on.

Step 8: Routing the Body Cavities

After tracing the outlines of the cavities using the template I printed, I routed the pickup cavities using a portable router by first drilling the cavities roughly and then setting the depth stop. For the neck pickup, a through-body design, I started the cavity and then finished it using the rolling bit on the router table.

Step 9: Fitting the Neck and Body Together

I made the neck first, then fitted the body to the neck because I thought it would be easier than fitting the neck to the body, and it would be better to find any problems now than further along in the project. After a quick test fitting and small adjustments with a chisel, I could continue.

Step 10: More Routing!

I used the drawing of the back of my 3D model to make a template for the electronics cavity and wiring slots, then continued with the same process as before. I made sure to leave the body contouring until after the routing so I had a flat surface and wouldn't risk going through the body at any point, there was a lot of clearance, but just to be sure. I went with this method so that the front didn't need a scratchplate, but all the electronics would still be easily accessible.

Step 11: Electronics

For a first-timer, the electronics were surprisingly easier to figure out than I had anticipated. Using some wiring diagrams I looked up, the main one pictured here, I gathered together all my components and 22 gauge wire, wire strippers, some solder, and a soldering iron, and put it all together after first insulating the entire electronics cavity for ambient noise reduction with copper insulating tape. My three-way switch was slightly cheaper and different than the one pictured in the diagram, so I used a multi-meter to check connectivity to figure out where the pickup wires went. After testing it multiple different ways, I found out that my single coil bridge pickup was garbage, so I had to buy a new one, which worked great after replacing it.

Step 12: Making the Back Plate

I made my back plate out of walnut from the school shop, which looks really great, and was really cheap. I planed, ripped, and made the rough outline using the school machines, then attached it to the body using wood screws in preparation for the router table (making sure to use a drill press and drill pilot holes, of course) which I think ended up looking super cool. The walnut was only 8" wide, so I used bar clamps to glue two planed pieces of walnut together. I then added insulation to the section that would be over the electronics cavity, and drilled the holes for the string ferrules on a drill press.

Step 13: Testing Finishes

I tried using regular stains on some test pieces, which didn't work out, so I bought some red stain by Keda which ended out working really great and was super easy to apply and mix with water. I finished the guitar with Solarez grain sealer and UV cure gloss finish, which had a few issues with the application procedure due to the materials I had available to me to apply it but overall it ended up looking great. It was important for me to use test pieces before doing the real thing, as my first go wasn't the best result.

Step 14: Details on Body Finish

The Keda dye was easy to apply using a paintbrush and a cloth, I added some really deep red dye, and let it dry on the piece instead of wiping it off. It dried purple, so I was a little worried but used the paintbrush to flick and splash some water on it which made it have that cool multi-toned finish which I really enjoy. Between coats of the gloss cure, I sanded the face down and distressed parts of the body with a rotary hand sander, just to get a different look, and to have the reassurance that if I ever scratched it, it wouldn't be a world-ender.

Step 15: Finishing Touches

Finally, I wood burned my last name into the headstock, just because, and finished the neck with some wipe-on polyurethane gloss. I wiped off the excess while it was still wet to get a slightly protected neck, but maintained the wood feel and the slide of the neck. The truss rod is accessed just behind the neck pickup, and I can lower the pickup down into the guitar with the strings on because of the through-body design. I then added the strap buttons, the string trees, and strung up the guitar. The end!

Woodworking Contest

This is an entry in the
Woodworking Contest



    • Oil Contest

      Oil Contest
    • Woodworking Contest

      Woodworking Contest
    • Casting Contest

      Casting Contest

    We have a be nice policy.
    Please be positive and constructive.




    Nice one. I bet you are still playing this guitar when you are 70!

    1 reply

    Sure hope so yeah

    The full, wood back plate is interesting. I've neven seen that.

    1 reply

    Thanks yeah it was both for convenience and to be different

    Beautiful job. Much better than the one I made in school:-) And being a Canadian I like the idea of the maple leaf inlays. However, you have the first octave, and everything above that, marked at the wrong frets:-)

    2 replies

    Yeah I know that the 12th fret is one off, but every other one is good lol it was a mistake I made in laying it out but I’ve tried to fix it by putting in a white notch in for the twelfth fret marker. Oh well :’D

    True kkkkkkk

    Nice work! I just watched a PBS program last night on the creator of the 3 string Phin Guitar. He makes about 20 of them a month (Thailand). He will only use phone wire for the strings because it gives a "twang" sound that regular guitar strings don't have.

    1 reply

    That’s so cool, guitar is such a popular instrument and so customizable it’s nice to see how people change it up

    Loved your instructable. I am just getting ready to build a kit--the wooden part is easy, but I loved the easy way that you showed how to wire it up. Thanks a lot!

    1 reply

    My pleasure thank you :)

    Love it!!!!! I'm going to be building my own guitar soon, a flying v style, do you have anytips? any problems you had thati might encounter? (i have a premade neck)

    3 replies

    As for the body shape, I don’t think it makes a difference to the process, a friend of mine decided to make a bass using his old neck and that helped him to save time and pains with the frets and everything. My advice would be to be careful about the pocket where you attach the neck because that’s a critical part of the guitar, you can use a router to get close to your final size but I would use hand tools and regular checks to make sure it’s a good fit and straight. It’s hard to route this part because you don’t have a lot of material to lay your router on, and you can’t use a router table because you ant see what you’re doing unless you make a jig. If you’re going to use a router, make sure to contour the body afterwards so you have as much flat surface as possible. Good luck!

    I used a bandsaw to cut the rough outline of the body blank yeah

    This looks awesome! There is just something more meaningful about using instruments and tools that you made yourself.

    1 reply

    Thankyou so much! Yeah, that’s the idea I was going for with this one.

    What attention to detail! This was a wonderful instructable to read. It was totally fascinating. A school shop project? Hope you got an A+

    1 reply

    Thankyou! I worked very hard on it, it started out as a hobby project and my shop teachers liked it so much they let me continue in class