After I finished writing the last post I sat down to read through it and listened to ‘Heroes’ again. And again. Beyond the beauty of the song itself I was intrigued by a lot of the recording technique in it. I did a little searching on the internet and came across an article on the recording of ‘Heroes’ in Sound On Sound where they cover the recording of different ‘classic’ tracks. I really recommend reading the entire article. It’s not just nuts and bolts tech info; they cover the production of the song and how the recording ideas came about. I won’t rehash the whole article as I’ve attached a link to it. But since we were speaking of vocals the info on them was pretty amazing. The entire vocal part was written and recorded in five hours. The main vocal was recorded on a single track in one take (with a few splice ins here and there). For the main vocal there were three mics: one close, one about 15 feet away and a third at the other end of the very large room they were recording in. The close mic had heavy compression; the other two mics were gated and only opened up as the volume hit a certain level. As the vocal gets louder another mic in the room would open. So towards the end when the vocals are almost ‘shouted’ all three mics have opened up and all the reverb is natural from the room – and all three mics were recorded to the same track. Truly Amazing. Genius always finds a way.
Also check out how Robert Fripp got those high guitar feedback parts (they almost sound like a synth) by measuring the distance he stood from the amp to get the perfect feedback sound on each individual note.
Here’s the link to the Sound On Sound article:
Here’s another link to ‘Heroes’ sound you don’t have to go back to the last post to hear it:
We’ve covered many different avenues of the recording process in previous posts. I’ve come across two different items that present an inside look at recording before the ‘digital revolution’. The first is a recording of the Queen song ‘Under Pressure’. Most people have probably heard the song before. What’s recently been released is the vocals of the song minus all the music. The amazing factor in this is how crisp and ‘real’ the vocals sound. No digital manipulation, no ‘autotune’ (maybe an effect here and there). Just listen to Freddie Mercury and David Bowie give life to the vocal sound. Clean, clear, amazing. A big treat is Mercury’s vocal in the middle of the song where he holds a note then keeps raising it higher. If you listen in the background you can sometimes hear the music bleeding through their headphones.
The second clip shows The Rolling Stones mixing the song ‘Little Queenie’ from the live ‘Get Yer Ya-Ya’s Out’ album. Some stuff to watch in this: The mixing booth is pretty small and plain – function is more important than looks. No automated faders – at times it takes three people working the board to test the changes they want. Finally, they’re mixing by sound, not over concerned with watching meters – eyes closed and listening – the band was very involved in the mixing process. Also enjoy the sound of two inch analog tape being rewound when they go back to certain parts of the song.
There are many great things about today’s recording tech, but the simplicity of the past also had some advantages.
Music tech advances as fast as you can blink. Check out this video from Beck covering David Bowie’s ‘Sound And Vision’. The interpretation is cool enough, but the tech behind it is remarkable. It’s the recreation of a 360 degree immersive environment using state of the art recording and an old but not that well known recording technique called binaural recording. Binaural is very different from stereo recording because it takes in to consideration the natural way a human head hears sound. The Sound and Vision project takes your ears in to that natural recording space as well as letting you travel through the video visually. You can now be in the concert space without leaving your home. It won’t be able to replace the full body experience of live music, but boy are they getting close.
Here’s the video:
I’ve also included an article discussing the tech involved: