NOFX “Seeing Double at the Triple Rock” | Why Is This Song So Good?
This episode of Why Is This Song So Good? is a little different.
There is no talking in this one. No breakdown. No long explanation. No sitting at the table trying to explain why a two-minute punk song works better than it has any right to.
Instead, I play it.
This is a visual full-band cover of NOFX’s “Seeing Double at the Triple Rock,” with me playing the two guitar parts, bass, and drums along to the original recording.
Basically, I cloned myself into a very small punk band.
In This Episode
NOFX “Seeing Double at the Triple Rock”
A visual version of “Why Is This Song So Good?”
Guitar cover
Bass cover
Drum cover
Full-band playthrough
Two guitar parts, bass, and drums
Playing along to the original NOFX recording
A three-Cody visual trick, because apparently one was not enough
About the Video
This one is not meant to be a traditional tutorial.
You are hearing the original NOFX recording, and I am playing along visually so you can see how the parts fit together: the guitars, bass, drums, rhythm, movement, and arrangement.
That is the whole idea.
Instead of explaining why the song works, this one shows it.
The song is fast, tight, melodic, simple, and over before it has a chance to get annoying. Which is kind of the whole point. Some songs do not need to be complicated. They just need to show up, punch you in the face for two minutes, and leave.
Very respectful, honestly.
Song
“Seeing Double at the Triple Rock”
NOFX
From Wolves in Wolves’ Clothing
Quick Takeaways
This is part of the “Why Is This Song So Good?” series.
There is no spoken breakdown in this episode.
It is a visual playthrough and cover.
I play both guitar parts, bass, and drums.
The audio is the original NOFX recording.
The goal is to show how the parts work together.
Sometimes the answer to “why is this song so good?” is easier to see than explain.
Written by:
Fat Mike – lead vocals, bass guitar, producer
El Hefe – guitar, backing vocals
Eric Melvin – guitar, backing vocals, additional engineering
