
Fish lead, crocodile clips, paperclips, and all kinds of
other possible attachable objects also cause sound effects similar to the
weaved bridge preparation, but less prominent. Similar also is the effect of
the clasping position. Near the bridges the effect is lesser prominent, in the
middle of the string it causes a harp like sound. The more the objects weights
the lower the pitch of the string becomes and the heavier the sound effect on
the timbre.
Springs are quiet unique tools for a guitar preparation,
because they have a sound of their own. By clasping the spring to a string
right above the pickup, the spring alters the sound of the vibration string
very much. The sound of springs is a bit similar to the weaved flying bridge,
but more unnatural balanced, not following the logical patterns of the scale of
harmonics anymore. I prefer the weaved bridge preparation for that reason. The
unnatural balance becomes apparent when you play a few notes on the fret board.
The sound adaptation works mainly when it is placed above
the pickup. Placed on other places alters the sound, but lesser heavy in effect,
comparable in effect with other self-clasping objects. The difference in sound
between fish lead and a spring placed elsewhere is not very different from each
other. Below there is a chapter about sound differences of used material. The
spring, if placed above the pickup, is by far the most apparent and therefore
the most interesting to work with. This preparation is very easy to replicate.
It always works in the way you managed it before and therefore a very reliable
option.
A special type of spring is the slinky spring. (The spring
that can walk down stairs). You can stick the first ± 10 rings in between the
string field and the body on a pickup (same preparation as with the regular
string) and let the spring hang down and wiggle it in the fundamental vibration
modus of the slinky spring. When lesser ring are hanging (fixing more rings to
the body with for instance iron dread, the fundamental vibration of the slinky
becomes faster. The sound is like laser shooting in a Star Wars movie or the
sounds you hear on LiarsÕ DrumÕs Not Dead. (Onomatopea: Tsjiiooww!) You can
also fix it to a solid object a few meters away from the guitar, in such a
situation it hangs in the room. When you hit the slinky at the rear most far
away from the guitar pickup with a solid object, for instance with a spoon, you
again hear the Star Wars lasers, but this time you can play them in any rhythm
you prefer. The sound is a bit close to the sound of a spring reverb, present
in a lot of amps, which you can hear when you hit those amps. But at the slinky
is longer and lower in tone. What you hear is not really caused by the helix
shape of the string, but because of a transversal idiophonic tone of the metal.
A copper slinky sounds neglectable different than an iron slinky, because of
the very high pitch of it. The tone is the speed of the sound in the material
(around 5000 Hz). The tone also occurs at train stations, when a train arrives.
You can hear the tones coming from the electricity cables attached to the
arriving train.
2.5.3 Ð Experimental String Instruments with Clasped
Objects
A home-made instrument example with sound alterations based
on this preparation is The Well-Prepared Guitar.
Go to Chapter
2 Ð Prepared Guitar Techniques, 2.6 Motors
Back to How to Prepare a
GuitarÕs Starting Page
Back to Chapter 1 Ð Introduction
Back to Chapter 2 Ð Prepared Guitar Techniques,
2.1 Third Bridge
Back to Chapter 2 Ð Prepared Guitar Techniques,
2.2 Weaved Bridge
Back to Chapter 2 Ð Prepared
Guitar Techniques, 2.3 Seesaw Bridge
Back to Chapter 2 Ð
Prepared Guitar Techniques, 2.4 Buzzing Objects
Back to home
Back to the table of contents