|This article does not cite any references or sources. (December 2009)|
Double tracking or vocal doubling is an audio recording technique in which a performer sings or plays along with their own prerecorded performance, usually to produce a stronger or "bigger" sound than can be obtained with a single voice or instrument. It is a form of overdubbing; the distinction comes from the doubling of a part, as opposed to recording a different part to go with the first. The effect can be further enhanced by panning one of the performances hard left and the other hard right in the stereo field.
The first cited use of the process was pioneered by Walt Disney in 1950's Cinderella. When Ilene Woods had completed recording "Sing Sweet Nightingale", Disney listened and asked her if she could sing harmony with herself. She was apprehensive about the idea, as it was unheard of, though she ended up singing the double recording, including second and third part harmonies. Patti Page also made use of the technique, soon after.
Artificial or automatic double tracking, also known as ADT, was developed at Abbey Road Studios by engineers recording The Beatles in the 1960s. It used variable speed tape recorders connected in such a way as to mimic the effect created by double tracking. ADT produced a unique sound which could be imitated but not precisely duplicated by later analog and digital delay devices, which are capable of producing an effect called doubling echo.
John Lennon, who particularly enjoyed using the technique for his vocals while in the Beatles, also referred to his home-studio overdubbing technique as "double tracking", but this is not standard usage, since he recorded new parts. Lennon's post-Beatles albums frequently employed doubling echo on his vocals in place of the ADT. Some critics complained that the effect gave the impression that Lennon recorded all his vocals in a bathroom, but some performers, like Black Francis and Paul Simon, value the rich echo chamber sound that it produces.
- Ilene, Woods. "Interview". Retrieved 7 September 2012.
|This sound technology article is a stub. You can help Wikipedia by expanding it.|