Location: Szod -borderland - Hungary
Device: ZOOM H4n - built in stereo mics on 120*
Bitrate: 24bit
Resolution: 44.1khz

Birds&bells

Recorder: ZOOM F4  with spaced JrF contact mics

Ice sounds

Listening with headphones recommended! Recorded in 4-channel surround sound from within the circle and the loft above. Video: https://youtu.be/aLPOiKQsl40
~
Everything speaks. Everything is language, consciousness, shapes, conveyance, encoded reason. We are conductors of perception and play in reality, physical orchestrators of communications channeling, bridging worlds which meet through our cognizance. Improviser = composer = improviser = composer… Our practice is exploration, duration, hold, threshold, space, choice, interaction, non interaction, dynamics, energy, body. Amounts of things. Touch. There is no turning back from the experiences and exposures which evolve the love and flow and articulation of our being and awareness. We continually curate the galleries of our mind, this dream we each are in the universe. A seance of world premiere meetings. Such is meditation too. It is beyond words, and yet we know it. How far can we go? We honor life, this opportunity of existence and healing we’re given. We use it and sing it through. Our life is cosmic synchronicity made manifest.

Video

14-speaker live nature music sound collage meditation

A binaural recording of gusts of wind and rain as heard inside a tent in at the foot of a mountain. You can hear the rustling of tree branches and leaves blowing around you, as raindrops and other debris fall on top of the tent.

Recorded with a pair of DPA4060 microphones into a Zoom F3.

Wind And Rain - Binaural Recording

Location: FaureciaAutomotiveLtd.-Banbury/UK Final Assembly Backrest
Date/Time: 25-05-2011 0:10 am
Devices: ZOOM H4n,Audio-Technica ATR25 stereo microphone
Bitrate: 24bit
Resolution: 44.1khz


The sound of a production line

2x Panavia Tornado ECR Jets - takeoff climb
- 6 Stormo Italian Air Force 

Original recorded in 32 bit 96khz audio-stereo
Photo: Carl Perkins

Full sets: aerobluesounds.bandcamp.com/

Original location recordings from the world of aviation.
High quality recordings with minimal background distractions.

Panavia Tornado Jets - Italian Air Force

Saab JAS 39C Gripen Jet- takeoff
Czech Air Force

Original recorded in 32 bit 96khz audio-stereo
Photo: Carl Perkins

Full sets: aerobluesounds.bandcamp.com/

Original location recordings from the world of aviation.
High quality recordings with minimal background distractions.

JAS 39C Gripen Jet- Czech AF

The Indian Pacific is an Australian passenger rail service that operates between Sydney, on the Pacific Ocean, and Perth, on the Indian Ocean, with Adelaide, on the Southern Ocean, as a midway station: a journey of 4,352 kilometres (2,704 miles) and four to five days. This recording was made at night, at around 23:30, in the countryside, one to two hours out of Adelaide: here, the Indian Pacific is en route to Perth. Traversing a long stretch of straight track, the train was travelling at a fairly brisk pace.

The recordings were made with microphones that I've been using for years: a pair of MKH 8020 omni microphones in AB 63 cm (i.e., parallel to each other and spaced 63 cm apart) and a pair of MKH 8040 cardioid microphones in ORTF (i.e., divergent at a 110° angle and 17 cm apart), all mounted on the same mic support bar, at a distance of 9 steps (approx. 5.5 - 6 m) from the railway tracks, simultaneously recorded the passing of the train into a MixPre-6 II. The preamp gain for the 8020s was 35 dB, and for the 8040s it was 40 dB. Even so, the signal level of the 8040s was far below that of the 8020s. Not surprising, given the omni polar pattern of the 8020s, and their greater sensitivity.

The comparative sensitivity of these microphones is as follows (according to the manufacturer's specifications): MKH 8020s -30 dBV/Pa, MKH 8040s -34 dBV/Pa. Although fairly close, the very different polar patterns (omni vs cardioid) of the two microphones make this small difference in sensitivity quite significant. ['Sensitivity' refers to the amount of output that a microphone provides for a given input. Microphone sensitivity is typically measured with a 1 kHz sine wave at a 94 dB sound pressure level (SPL), or 1 pascal (Pa) pressure. Thus, a -30 dBV/Pa output is a more 'sensitive' (and 'louder') response than a -34 dBV/Pa output.]

No processing has been used on the samples presented, other than the following simple adjustments: both samples were normalised to -1.00 dB, and then precisely the same gain envelope adjustments were made to both samples to rebalance the overall temporal gain levels after normalisation. The original files are 96 kHz/32-bit float; the resampled version presented here is 44.1 kHz/16 bit.

The most evident and most significant point of difference between the two recordings, from the recordist's perspective, is that between the stereo imaging/spatial staging of the same event as recorded from the same position. Of course, it would be quite meaningless to suggest that one image is 'more true' or 'more faithful' than the other. There are also some more subtle differences in the timbral detail and texture of the two recordings, due to the subtly different frequency response contours and polar patterns of the two types of microphone. It would be very interesting to make further comparisons with reference to a parallel binaural recording rig.

Track image: Comparative spectrograms of both clips at 96/32. Drone aerial photograph of Indian Pacific from https://www.journeybeyondrail.com.au/indian-pacific/.

2025.01.30 Indian Pacific Transcontinental Train: MKH 8020s and 8040s Parallel Samples.

Mario at the window

2025.11.12 Dawn at Cudlee Creek. Spring. (Excerpt. ORTF.)

Bandcamp

End of Days

Ongoing experiments, tests, and comparisons involving field recording gear and rigs, made for my personal practical experience and use. In case they might also be helpful or useful for other field recordists, I will be posting them here.

2025.11.12 Dawn at Cudlee Creek. Spring. (Excerpt. ORTF.)

Field Recording: Experiments and Comparisons

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