Introduction: Uke'n'paddle

Is it  ukulele? Is it a paddle? Why Yes! It is both! A ukulele and a paddle all in one – what more canoe ask for?

All the great inventions of the world are combination items – the car boat, the shopping bag raincoat, the Swiss army knife and my personal favourite – the peanut butter and honey sandwich. So here is my effort – the Ukulele and paddle or uke'n'paddle for short. Ideal for a musical instrument, a Canoe paddle, and hefty enough to be a useful adjunct in case of a zombie invasion or to discipline small children. OK maybe not for disciplining small children.

The inspiration for this was the number of times I have seen people who have home made paddles strumming at them like some mad air guitar king. Then when I was in Vanuatu I saw the locals playing their home made local variant of the tahitian ukulele. A little bit of experimentation and not a large amount of money later I was the proud owner of a large number of ukuleles made with my own hand. The collective noun for ukuleles is of course a happiness of ukuleles. (I just made that up).

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Step 1: Draw a Paddle Like Shape on a Piece of Knot Freeish 19 by 140 Pine

The size of the Uke'n'paddle was generated be taking a piece of knot freeish 19 by 140 pine and drawing out a paddle shape, then taking a uke and incorporating it in the blade and neck. Now I must admit that a ukulele is not normally a paddle shape and a paddle is not normally a uke shape so I have taken the liberty of taking liberties with the shape of both.

Step 2: Cut the Front Pieces and Hollow Out the Front

The general idea is to hollow out the blade and add some strings, tuning pegs and frets and things to make it work like a proper musical instrument

I have made this one with a 4mm top and a rounded oblong hollow. I used a router to excavated out the back of the front piece and a sander to smooth off the rough bits. You can choose your own method of excavation, from rasps, chisels and razor blades to angle grinders and flame throwers. Maybe not the flame throwers.

Step 3: Make a Back and Shape It a Bit

The back was formed using a piece of 19 by 45 (2 by 1) together with the offcuts from beside the hande/shaft of the paddle.
The back was not the full length of the blade so that the action end of the paddle could be made thinner.

After glueing the parts of the back together the paddle was given a bit of external shape. I went fairly close to the final shape I was after in the blade but, as you may see later, it was mainly so I had a fair clue on how much to hollow out of the centre and then so I could know how much I could take off when doing the final shaping. I really should clean the sole of that plane a bit better.

Step 4: Hollow the Back Out

Chisels and rasps and sanders were put to good effect to hollow the back out. I would have used a sanding disk on my angle grinder but it died on me just as i was starting on this project.

Step 5: Seal the Insides and Glue Together

STOP. Don't glue together now like I did – remember to seal the inside surfaces of the sound chamber as getting a brush in there afterwards is nigh on  impossible. Then glue together (note the nail stopping things from sliding around). After gluing together finish off the shaping of the blade. The small hole is where the strings feed through to be tied to a short piece of a thick bamboo BBQ skewer. The strings will be held in alignment on the bridge by notches.

Step 6: Form the Handle

After consulting the interwebs and weighing the paddle (which was a kilo and a half or at this stage) I decide to go with the low weight T handle option.

I rebate planed out some of the original wood so I could laminate in some wood in with the grain in the strong direction. Note the potato peeler that I was using as a finishing spoke shave on the shaft and the Victorinox shaping knife I bought at a kitchenware store.

One of the tips I picked up about shaping is that guide lines are useful to have when trying to make things rounder – start of making them octagonaller using the guide lines and then try for rounder and smoother and you get a more regular result. Some people go for hexadocagonaller (a 16 sided polygon) after they have made it octoganaller but I am not aiming for total perfection here. If you are that way inclined google spar gauges and whittle away at accuracies of a few thousandths of an inch to your heart's content.

Step 7: Make a Spot for the Tuning Pegs to Go

Now we shape the place where the tuning pegs will go. I just cut these at an angle. The tuning pegs are sealed machine heads bought on eBay from China.

I reused the off cut wedges but this is no reason a different method might not work better.

Step 8: Add a Nut and Frets

Add the nut and work out where you want the bridge to go. Now I add a nut to the front and mark out where the frets are supposed to be.

Type"fret calculator" into the search engine of your choice to find the lengths you need. An accurate measure is a definite must here. The tenor length Uke (450 mm scale length) I have used here is  forgiving but I used a vernier calliper anyway. A small tip is to mark the sides a little as well as the top so you can see how the frets align with the marks after the fret is on top of the marks on the face of the fretboard. I made my frets by splitting bamboo toothpicks, and scraping the back flat/ off further with a sharp Stanley knife. Then I clamp them in place and put a drop of superglue or two on them. The superglue wicks under the fret very effectively and also hardens them.

It will be helpful if your frets are all the same thickness and cut to length before you put them on.

Sand everything and do a “dry fit” before you varnish it to ensure everything is going to go together nicely. I did a test string up with 20 lb fishing line, giving it Tahitian style tuning to try out the sound and make sure I had not got the fret spacing wrong. This was probably a mistake as I spent the next week or so playing it rather than finishing it off.

Step 9: Finish It Off and Adjust

Take off the machine heads – do a little bit more fine tuning on the shaping of the headstock area to get the fit just right. Pay particular attention to getting the height of the nut nice and low and the height of the frets nice and level.

Rasp and plane and sand and sand and sand. Now might be a good time to add fret markers – usually to the 3rd, 5th and 7th frets. At the moment I have some light pen marks. Next time I go down the beach I will have to look for some nice abalone shell. The white shells I had in my collection just would not have stood out against the pine very well.

Add the manufacturer's recommended coats of the varnish of your choice (3 coats external 'marine' polyurethane for me).

Put the machine heads (tuning pegs) back in and string it up – I used 40, 80, 60 and 40 lb fishing line for standard GCEA ukulele tuning.  Make a small plug of pool noodle foam to plug the back when needed.the bridge is a floating style, just held in place by the pressure of the strings, it can be played with for optimisation without bothering much else. This one is a simple 10mm pine triangle with notches 12mm apart. When you are happy with how it plays and sounds make a couple of marks where the bridge is so you know where to put it back when someone knocks it out of place.

Strings held in place by simple loop knots over a small piece of bamboo.

Step 10: In Conclusion

Final weight is around 1.2kgs or 42 ounces. I may have saved more weight by hollowing out the shaft or making it thinner or trimming the end and shaping more, but I like the feeling of heft the current paddle gives me, which might come in useful come the zombie apocalypse.

More fine tuning could have gone into the shaping of the tuning peg holding wings on this one (or the placement of the nut) as it can get a little bit in the way when playing the top fret.

Now if you plan on cruising for more than the occasional hour using your paddle, or want to go fast then this concept is useful only as a backup paddle here are some links to some proper and not so proper paddle making

For a ukulele you could try one of the ukes I documented  on instructables or something else:

Special mention to the dude who made the Bass paddle.

In a surprise development as I was recording and posting my vid but this guy posted his?

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    10 Discussions


    Reply 6 years ago on Step 4

    Sadly this was some time ago and the commutator threw a segment when I put new bushes in it. :(


    6 years ago

    Can u just make me one and I'll buy it from you?;)


    Reply 6 years ago on Introduction

    I thought this site was called instructables - not sellables.

    Titch the clown Ukuleles are never for sale - they are only available on a play it forward basis or for being awesome. PM me for details.


    Does sound a little mellower after a while in the water but dries out relatively quickly in the weather I would go out in. People I have commented that it sounds a lot nicer than it has any right to. I sealed the inside with some diluted TB2 so it is not as bad at soaking up water as it might appear in step 5.
    If there is a next time I would definitely use proper boat building epoxy like Botecote, Duckworks or WEST systems more extensively.


    6 years ago

    Definitely unique. Does it really work when its all waterlogged though.'Cause most instruments with water in them sound awful.


    6 years ago on Introduction

    I don't know why, but I hear a banjo duet in the background...