Homegrown Music... and Musical Instruments!
(Page 2 of 5)
In addition, you'll have to find a length of 2" X 3" wood
for a back support (actually, any board that's
close to those dimensions will work, as long as it
comfortably spans the diameter of the tub at the
container's open end). You'll also need a U-shaped brace .
. . which can be welded together out of scraps of steel or
iron. At its open end, this brace straddles the neck of the
instrument and is bolted to it . . . while its closed end
is lag bolted—through the tub—into one end of
the back support (see the accompanying illustration).
RELATED CONTENT
It's a Bird, Its a Plane April/May 2001 Until recently, researchers in need of oceanic data had to ...
Netting . . . holes tied together with string September/October 1973 by F.P. HUGHES Hats off, every...
The Institute for Local Self-Reliance works to help urban residents gain greater control over their...
OSHKOSH BY GOSH! November/December 1979 Where did MOTHER go to run airplanes on homemade alcohol? W...
Lest we forget, here's a reminder that recycling is synonymous with saving money, including how to ...
The mower-handle neck is attached to the tub with wood
screws and a small angle bracket. You'll also need one
turn-buckle per string, a double-ended screw to secure the
chair leg in place (if it didn't come with one of its own),
and a small piece of hardwood to use as a "nut" (where the
strings rest at the top of the neck).
You can form the holes to hold your tuning pegs by one of
two methods. On his project, Kevin employed a
series of six different drill bits . . . boring about 1/4"
deeper with each successively small er bit.
Another—and equally effective—way to form the
conical hole is to make the initial bore with the
smallest size bit you have, and then enlarge the
opening with a repairman's tapered hand reamer . . . a tool
which is available at most hardware stores. (The turnbuckle
tailpiece is simply bolted in place through a hole drilled
in the tub's bottom rim.)
As you can see from the diagram, the neck tilts slightly
backward from the edge of the "drum". That's to allow for a
taller bridge (which must be set at a height that will keep
the string almost parallel to the neck) . . .
because—as a general rule—the higher the
bridge, the more resonance and volume your instrument will
produce. (If you buy a standard bridge, of course, the
dimensions of that store-bought part will determine the
neck angle on your washtub bass.)
The great advantage of Kevin's innovative design is that it
gives you the option of adding extra strings to the
instrument to extend its tonal range. (It's even possible
to make a four-string upright tub bass . . . but if you do
so, you'll need to use a wider piece of wood for the neck.)
The instrument is played like a "real" bull fiddle (not
like the regular gutbucket I described in my original
column) . . . and can also be bowed—if it's fitted
with more than two strings—after you've reshaped the
neck to match a commercially manufactured bridge.
Page:
<< Previous 1 | 2 |
3 |
4 |
5 |
Next >>