Telecaster uke build : part 02 – Cutting the body

I started this project by printing out a body and a headtstock on some paper.  This is done to make sure that all of the parts will fit, and so that I can see if everything is proportional.  These papers will be used to mark the lines on the wood to be cut.

The body is made of 1.5 inch thick alder.  I cut out the body with a scroll saw.  A scroll saw is a great tool for this type of job.

The body is now cut out.  Next will come sanding, routing, drilling, and more sanding.  When all of that is accomplished, then I can start preparing it for painting.

Welcoming :- Daniel Hulbert

You probably already know Daniel Hulbert from this amazing interview we did with him. When we did that interview we were surprised at how much time and effort Daniel puts in, and how much he loves electric ukes. So surprised in fact, that we asked him to join us and write up some of his next builds. We are glad to announce that Daniel has accepted this offer and is now officially one of the Electric Ukulele Land writers.

Thanks Daniel, I know already you have some very exciting stuff lined up for us and we all welcome you to our great rock and roll show!

Stagg Electric Uke Hack : Fixing the Buzz

Not too far back I fitted a piezo pickup to one of my ukuleles. It was a cheap and fairly painless exercise. Today I’m going to talk about some of the mechanics of amping the instrument.

First let’s get some technical stuff out of the way:

“Piezoelectric fields result predominantly

from atomic layer displacements along

the nanowire axis within both the core

and shell materials.”

– American Chemical Society

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Dreaming of Electric Ukulele Land

I’m on the cusp of something brilliant… I can feel it!

The more observant amongst you may have realised that this blog is called the Ukulele Blog. That’s not by accident. I love ukuleles. Actually, I love musical instruments of all descriptions. I always have. I started teaching myself to play guitar some 28 years ago and I’ve been hooked ever since. I guess it’s in my blood.

The Ukulele Furies!

You may also have noticed that I’ve recently started getting excited about Electric Ukulele. It’s a fairly new obsession. Check out my post on fitting a piezo pickup to one of my acoustic ukuleles to see me dipping my toes in the water. A piezo pickup is all well and good, but wouldn’t it be cool if I had an actual electric ukulele with metal strings and a real pickup! And wouldn’t it be even cooler if I made it myself!

That’s exactly what I was thinking!

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Exclusive Interview : Daniel Hulbert

We have been lucky enough to find another Ukulele builder, Daniel Hulbert, for the latest instalment in our Exclusive Interview’s. Daniel lives in Utah, USA with his wife and two young children. When he is not working as an electrical engineer, he spends his spare timewith tools in his hands making some really nice electric ukes.

Explorer Ukulele: (2011) - This futuristic design works very well as an electric ukulele. The color scheme and hardware closely resemble a full-sized Classic White Gibson Explorer.

How did you get into building Uke’s, Daniel?
I started to build instruments in 2009. My first instruments were basic instruments made out of altoids and cookie tins. My confidence increased, as I built more instruments. I soon made my first solid body electric ukulele. I learned a lot from and that build and have continued to gain knowledge. With solid-body electric ukuleles, I have also fashioned playable ukuleles out of tennis racquets, a frying pan, and even a bedpan.

How much planning goes into making your ukes? Do you draw out your own designs or did you manage to find designs somewhere else?
I start my planning by staring, ofttimes longingly, at different guitar designs. When one suits my fancy, I begin to figure out the needed parts and supplies. Another thing that helps is to make a full-sized paper mockup of the ukulele. Doing this helps to ensure that the end product will be able to accommodate the pickups, tuners, control plates, etc.

So far, my electric ukuleles have been tributes to regular-sized electric guitars. In this respect, much of the design has been done. The task is to figure out how to pack the essense of the guitar into uke form.

When you set off building a uke do you design the ukulele based upon the parts you have, or are you hunting down the parts to fit? Are there any parts you struggle to find?
A more prudent builder would cobble together an instrument with on hand parts. Unfortunately my ukuleles require me to scour heaven and earth (i.e. the internet) to find specific parts. Luckily, there are plenty of resources for luthiers online. Four string electric bridges are fairly easy to track down, although the variety is quite limited.

Someday I’ll fashion together a “Mulligan uke” with the loose parts that I’ve accumulated. That will save money on merchandise and eliminate shipping time.

We know how hard it is to find 4 pole pickups, especially with re-entrant G designs. We have noticed you use 6 pole guitar pickups on your ukes. It looks like you line up the strings with poles 2-5 Do you find this changes the sound at all? Did you ever consider winding your own pickups? Have you tried using hot rails?
When I first researched the idea of building my own electric ukulele, the dearth of 4 pole pickups became very apparent. I toyed with the idea of making my own, but the cost of the supplies and equipment quickly squelched that plan. I’m more than happy to simply buy affordable guitar pickups that suit my needs.

My reason that I have never used hot rails? They haven’t matched my build’s aesthetics. (It’s not a great reason, but it’s a reason.) Maybe I’ll incorporate them into future builds because they’d probably offer an elegant solution.

Telecaster Ukulele: (2010) - This was the first electric ukulele that I built. I wanted it to function in the same manner as a full sized telecaster. You can see that the parts are the same as would be used on a full sized Tele. I roughed out the body with a borrowed scroll saw and router, and then did the rest of the work in our small apartment.

Which strings do you use and what sizes? Do you tune low or high ‘G’?
I use “D’Addario EXL110W Nickel Wound, Regular Light, Wound 3rd, 10-46” electric guitar strings. That may seem overly specific, but they work great for my electric ukulele builds. Having the wound 3rd string actually makes a big difference. The four thinnest strings of the electric guitar set are shuffled around for my instruments. They are in this order (guitar string – ukulele string): (b – g), (d – c), (g – e), (high e – a). This order has the two wound strings in the middle.

My electric ukuleles are tuned in a “high G” configuration. My foray into ukuleles started when I bought my very first uke six years ago. Having a guitar background, the non-reentrant “low G” seemed more natural. After buying a fingerstyle ukulele book that called for a “high G” tuning, I tuned the ‘G’ up one octave and haven’t looked back since. I feel that the reentrant tuning is more characteristic of the “ukulele sound” that we love.

Which other guitar parts have you found you can salvage?
I love musical instruments. I feel a twinge of sorrow when I see an instrument at a secondhand store or garage sale that is in disrepair (incidentally, I’m not a fan of Pete Townshend’s on stage behavior). When I acquire one of these castoffs, I’ll try to repurpose every part it that I can. This can be a great way to find tuners and pickups, along with smaller items like strap pegs and screws. Everything else gets placed in the “to-be-used-later” bin.

Jag-Stang Ukulele: (2011) - The Jag-Stang electric guitar is a modern classic. It combines elements of both the Fender Mustang and Jaguar into an intriguing hybrid.

Which woods do you use for the bodies and the neck? You mentioned that you use a scroll saw to rough shape the body and a router to cut out the cavities, but are their any other tools you can recommend while building?

I’ve used ash and alder for my ukulele bodies. They are sturdy, fairly easy to work with, and cost effective. I also have a 1.5 inch thick piece of mahogany sitting in my garage that I’m saving for a “stain-grade ukulele”. It would be a shame to paint over that wood, so that ukulele will have a “heritage cherry” finish. My necks are made of maple. Lots of electric guitar necks are made from it for a reason. It’s solid and sturdy wood.

Besides a scroll saw and a router, a drill press would be nice to have. I say “nice to have” because I haven’t bought one for myself yet. I do my drilling with a handheld electric drill. It works, but not as well as a drill press. A thin bladed saw is also a great thing to have for cutting fret slots.

Do you carve the necks yourself? How do you go about fretting them? What scale of neck do you prefer?
Necks can be intimidating. A lot of my apprehension was allayed when I became familiar with the “scarf joint”. A one-piece neck is obviously the best solution, but it is difficult to make. Gluing on a head is a great way to make a neck, especially for angled headstocks.

I slot my boards with an online fret calculator, a precision miter box, and a thin bladed pull saw. Then, I tap the fretwire into the slots with a plastic mallet. I trim the excess fretwire off with a Stewart-MacDonald fret cutter. A soprano scale (13”) is my most used, but I may branch out to concert and tenor scales soon.

DIY Travel Ukulele: (2011) - I wanted to make a ukulele with parts and wood that is readily available. I added a rod piezo to the bridge to amplify it. It's great for traveling. I made plans for it which are available for free by emailing circuitsandstrings@gmail.com.

We presume that you paint up your uke’s just like electric guitars. Your finishes look really nice for home made instruments. Can you share any insight?
My ukuleles are painted in my garage with spray cans. My first instruments were finished with spray paint from a hardware store. I figured that paint was paint and there was no need for the expensive “instrument grade” nitrocellulose lacquer. I was very wrong. I was trying to scrimp on the paint and I wasn’t getting the results that I wanted. I got some lacquer from Reranch and the stuff worked great. I now follow the “Nitrocellulose Finishing Schedule” provided by Stewart-MacDonald. If you follow it properly, you should get good results. Filling the grain, sealing the wood, along with wet sanding and buffing the finish are some of the steps essential for a good end product.

Any final advice for other hobby uke builders? Is there anything you reckon we should all avoid at all costs?
Making an electric ukulele takes a lot of work. It also takes some money. If you want to make an electric ukulele, make something that you can be proud of. Avoid the desire to go cheap on the paint. It is silly to spend hours and hours of time to make an instrument, and then finish the ukulele with bad looking paint. The rest of the components don’t have to be top of the line, just find some that are of good quality.

Where can we see the ukes and you playing them?
I have two YouTube Channels. These channels have a variety of electric and acoustic ukuleles, as well as some other instruments.

http://www.youtube.com/user/CircuitsAndStrings
http://www.youtube.com/user/ragtagbag

If you want to contact Daniel or want a copy of his plans for building the Travel Uke, you can do so by emailing circuitsandstrings@gmail.com and telling him ukeland.co.uk sent you 😉

Gibson pump polish

Just thought i’d share this little nugget of instrument care wisdom. Gibson do a non aerosol spray polish for cleaning up your instruments. I fully recommend you grab a bottle of this for the next time you change the strings on your uke. It degunks any built up dust and grim without clouding or breaking the varnish on your instruments. The polish is safe for use on all types of finishes and has no unnatural chemical propellants or nitrates.

It also gives a slinkier feeling to any fretboard. Although it is unlikely to make much difference to the sound of your uke, it is still worth a few spray shots while you have the strings off to make your uke look and feel all brand new. Anyone who has opened the case of a new Gibson guitar will already recognise the smell of it too. Smells like rock and roll. I’m not sure why, but for some reason, Gibson seem to have left the word UKULELE off the label. Bah!

Stagg Electric Uke Hack : Fitting a pickup to a cheap uke

King Uke has also fitted a piezo pickup to his £11 Stagg US-10 Ukulele.

My inspiration was a series of posts stuck up by Electric Ukulele Land on the Electric Ukulele Land website. After some words of encouragement and a few pointers from Julian Davies I got onto ebay and ordered the pickup: a UK-2000… from Hong Kong.

It arrived this morning!

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julesd’s quick guide to ukulele power chords.

Power chords (or fifth’s as they are sometimes known) are a staple of rock and metal music as played by guitarists, but are not largely documented for ukulele’s. They go widely unnoticed in chord books and charts because ‘the man’ does not want you to rock out on your uke. Well, we got two fingers for him. If you a bit too much of a mummy’s boy, you should stop reading now. The rest of the article is for the hardcore only. 🙂

So, what is a power chord? They are 2 note chords consisting of a root note and a fifth interval. When these notes become amplified, the resonate against each other in a way that screams ROCK! This happens because the relative frequencies between the 2 notes are close to being 3:2 and as such, they drive each other along, creating more power. Obviously this works best if you add a touch of distortion which has the additional benefit of making the 2 resonating notes gain a further dynamic that sounds 1 octave lower.

On a uke, these power chords are very simple and can open up a whole new level of fun when you are playing. If you have ever seen the console game ‘Guitar Hero’, a handful of these uke chords can replace the coloured buttons on that dedicated controller for simple rock fun. The trick is to only play 2 out of the 4 strings. You can mute the other 2 strings however you like, or simply don’t play them. A little practice will help you find your way with this method.

You might want to try using power chords to replace other chords when you are playing just to see how it feels. Try replacing, say, an F with an F5 and listen to the difference it makes. There are 2 positions for each power chord. Typical rock music is empowered by the low version of the chord, but you can still use the higher version as an alternative chord.

julesd’s quick guide to setting up a virtual amp

So you have hooked up your uke with a pickup and now you want to jam hard with it? Well, you could go out and spend lots of bucks on a marshall amp and stack, you could make your own battery powered mini amp, or now days, you can even plug you uke into your pc and rock out.

You can now pick up a USB guitar lead for same price as a second hand copy of “GUITAR HERO : METALLICA” and you can have much more fun with it. Search on google shopping or ebay for “USB GUITAR LEAD” and look for something like this :-

There is no need to buy an expensive version that comes bundled with software, we are going to show you some windows software right now that can turn your £20 uke with a budget pickup in the mother of all axe wielding rock stars. First of all you will need to download a VSTi host. If you have some recording software like cubase, you may not need this step and the other instructions will be different for you, so today we will concentrate on a simple AMP setup. For those who are new to this game, a VSTi is a virtual instrument plugin. The concept was introduced by Steinberg with early versions of Cubase but many other Digital Audio Workstation (DAW) software uses these plugins as well now. There are huge numbers of VSTi developers out there… We are just looking at one that has a bunch of good amp and pedal settings for your uke.

So first of all, we are going to download VSTHost from the VSTHost download page

Unfortunatly it does not come with an installer like most modern windows programs, but rather just a zip file that you will need to open up and extract the files from.

Create a directory called ‘C:\Program files\vstihost\’ and extract your files into there. It is a good idea to take the opportunity to create a VSTi directory at the same time, so we have a place to drop our VSTi plugins into.

Next, download the amp simulator FreeAmp 3 Full from the freeamp download page and open up the file.

Again, you need to extract it’s contents into the directory we created earlier, ‘C:\Program files\vstihost\VSTi\’

Now launch your “C:\Program Files\Vstihost\vsthost.exe”, open the file menu and click on “New Plugin”

Locate the vsti dll you extracted earlier

This should set you up with a input -> vsti -> output like this :-

Next we need to route our inputs and outputs. My uke plugs into my input 3 and my speakers are output on on 1+2. Open the “engine” menu and chose “Configure…” and then chose your inputs and outputs as required.

Now you should have sound. Play your uke a little and smile at the fact it is amped. Now stop and click this button.

It opens up your effects/amp/stack window.

From here you can fully configure your Uke’s electric setup and fully rock out like a proper uke slayer!

Remember, different setups are going to be slightly different than this. Feel free to ask questions so we can get you up and rocking 😉