467 Royalty-Free Audio Tracks for "Unit"

Icu intensive care unit - hallway ambience. Some machine beeps, steps, nurses working in background. Some moaning of patients. Chatter in portuguese (indistinct). Television sound in background (indistinct). Recorded with iphone13. Use freely on your personal commercial and non-commercial projects. Don't put this raw sounds/files on youtube or anywhere else. You can use them in creative way as a part of art-form, but not "re-distribute" as (royalty free) stock material.

August, 2nd 2013. About eight and a half minutes worth of summer evening ambience, with crickets and cicadas leading the evening songs. Nothing too eventful, but a nice finish to a great day. Recorded at 48khz, 24 bit. Stereo pair of behringer c-2s (cardioid). The mics have an on-board 3-position switch, with labels "flat," "low-cut," and "-10db. " the switch was set in the -10db position (whoops!). It is unclear if this position also activates the low-cut. Additionally, a 24db/oct low-cut applied in pro-tools at 80hz to clean up a slight wind ruffle. Since it was late at night, and the rest of the family was in bed, i opened my window and placed the microphones (almost) right up against the screen. The a/c unit you can hear is directly below the window. Around the 4:45 mark, the digital thermostat hit a programming mark and kicked the air conditioner back on. Roughly one minute later, i adjusted the thermostat to turn the unit back off. Location: suburbs of atlanta. Free to use whenever and wherever! i'd be interested to hear/see where you use it!.

This was recorded in my kitchen next to a railway, late at night when there was maintenance going on on the line. A heavy unit called a tamper went past, tamping down the ballast (stones) that go under the tracks. Lots of sub-bass as the whole building gets vibrated and at -04:29 a balanced teapot lid puts itself onto the teapot. Zoom h4n, 24/48 wav exported to flac in audacity.

Rain & distant thunder around 8pm in warren, michigan (suburb of detroit). Recorded on a zoom h1n. Some faint traffic sounds & a bit of white noise coming from an air-conditioner unit. Zoom h1n was placed in my porch light compartment about 2 feet below our rain gutter. Most of the original hour long recording was ruined due to wind gust, but i edited it down to the only continuous 11 minutes without the gust of wind.

Checked-in to a hotel in raleigh, north carolina with my wife to catch a flight early the next morning out of rdu. Suddenly, a storm rolled in to the area and, since we were going to bed anyway, i placed my zoomh4npro (120 degree setting) on the air conditioning unit below the window. I slid the window open just enough for clear audio without getting the microphones wet. Enjoy!. Christopher.

Gem pathescope 9. 5mm projector, unit #1191, made in england. Recorded on a marantz pmd661 with a rode nt4 stereo mike. The gem is a variable speed projector, controlled by a rheostat. Speed for this recording begins at about 12 fps. Microphone was facing the non-roller side of the projector, 30 cm away. Audio begins with power being turned on, ends with power being turned off. The end of the film leaves the gate at 4. 37 and becomes free of the last roller at 4. 40, when the motor speeds up. The speed and audio-level variations during recording occurred naturally.

Gem pathescope 9. 5mm projector, unit #1191, made in england. Recorded on a marantz pmd661 with a rode nt4 stereo mike. The gem is a variable speed projector, controlled by a rheostat. Speed for this recording is about 16 fps. Microphone was facing the roller side of the projector, 30 cm away. Audio begins with power being turned on, ends with power being turned off. The end of the film leaves the take-off reel at 4. 05 and becomes free of the last roller at 4. 09, when the motor speeds up. The speed and audio-level variations during recording occurred naturally.

I asked for a fabric shredder because i couldn't find one, and i knew my dearest would knock himself out trying to. He didn't either but he did have one made, probably at considerable expense. It's a cute little portable unit, i think made of a modified paper(?) shredder, powered by a geared motor from a battery-operated power tool. It's probably a dangerous little work of art. So we're getting dressed in the bedroom after opening gifts on christmas morning, and i decided to try out my new toy. Good conversation, mechanical whir.

Gem pathescope 9. 5mm projector, unit #1191, made in england. Recorded on a marantz pmd661 with a rode nt4 stereo mike. The gem is a variable speed projector, controlled by a rheostat. Speed for this recording was about 9 fps. Microphone was facing the gate of the projector, 10 cm away. Audio begins with power being turned on, ends with power being turned off. The end of the film leaves the take-off reel at 7. 10, exits the gate at 7. 22, and becomes free of the last roller at 7. 30, when the motor speeds up. The speed and audio-level variations during recording occurred naturally.

Formatted for use in the make noise morphagene eurorack module. These recordings were taken from 28 self generating custom unit patches i designed on the er301 eurorack module called autogen301. The sounds have elements of glitch, church organs, melodic phrases, zaps, abstract clicks and alien sounds inspired by buchla, serge and ciat lonbarde instruments. For users of the er301, the complete custom patches can be freely downloaded and edited as well as viewing instagram videos of the patch sounds here - https://forum. Orthogonaldevices. Com/t/autogen301-a-collection-of-self-generating-custom-units/1959/72?u=mudloggeri record music as "mudlogger" using buchla easel/200e, serge 4u and eurorack instruments and as "hoan kiem chess team" using ciat lonbarde instruments. Https://mudlogger. Bandcamp. Comhttps://hoankiemchessteam. Bandcamp. Com/.

Electric machine engine, rumble, large air-conditioner. Recording device: roland r-26 portable digital recorder. Microphone: built-in directional xy stereo microphone. Sample rate: 44100 hz. Rec format: wav 16-bit. Edited in: adobe audition (adjusted gain slightly, for a good signal level). Date and location: november 2015, a rather large air conditioning unit in a public parking garage, in sweden. Other: this is an original recording, by myself, which i make available to all via freesound. Org under a creative common 0 (zero) license, i. E. I am putting it into the public domain. You do not have to ask me for permission or credit, attribute, or reimburse me. I hope the sound effect, or parts of it, can be of some use to someone somewhere. Good luck with your projects!kent. Ps. Please comment and rate. .

Sound created from using the rings of saturn as a spectral source to a series of filters. When a 1 pixel high image of the rings is extracted it looks like a spectrogram (original: https://en. Wikipedia. Org/wiki/file:saturn%27s_rings_dark_side_mosaic. Jpg). The ring spectrogram was divided into three color planes, and the color intensity values were transformed into resonant filter cutoff frequencies. In essence one filter unit (per color plane) has 256 sounds playing simultaneously. The individual filters are placed along the x-axis so, that the stereo image consists of 256 steps from left to right. In this sound of the series the spectrum was compressed to a range of 20 - 1000 hz. A small variation in certain divider factor per color plane is introduced for a slight chorus like effect.

This racing vehicles recording 2 track. It might be viable for use in racing and driving video games. But over the past few years, games emerged as some of the top-selling products in video and computer gaming. The main focus in such a project would be on generating a score by merging a few sounds in the background of the soundtrack (such as bumping or breaking) with specific vehicle sound effects (such as braking). Loops would be used to affect pre-composed music, using live data to change the mix and instrumental direction (such as the dynamics, texture or timbre), or even the pitch, rhythm or tempo), moreover, the musical soundtrack for racing vehicle gameplay could be stored in a memory card to use in digital sport car sounds unit that convenient sound effects according to the processes, which is essential to participate in the training driver by granting the user with more information. In real life, the driver has more sensory information.

This sound is a 1-sample long impulse at 48 khz. It covers the whole frequency range with equal power. This is a perfect sample for exciting your guitar amp or reverb unit to capture it's impulse response (ir). You can also play it through a speaker in a reverbant room to capture it's reverb characteristics. Remember that the ir sample will be no flatter than your speaker's performance multiplied by your microphone's performance (frequency response characteristics). The sample has exaclty 1 second of silence, then the impulse, then another second of silence to ensure the impulse will be played clean and untruncated on any sound system or device. My test with ir lv2 convolution plugin have proven, that this sample has absolutely flat frequency response - convolved signal was identical to the source signal. After normalization and sample-alignment of the sound clips i have inverted the polarisatin of one of them and summed them - result was absolute silence, even no hiss was present as a result. This shows the accuracy of the convolution process and proves this sound to be perfect for sampling ir. The impusle was generated with c* dirac ladspa plugin. Created using audacity.

It's recording of a passenger train's on duty. You can hear the train's motors, the wheels rumbling against the rails, the wagon connectors hitting each other, when the train stops also people chatting. Near the end of the recording the room acoustics change, because a woman entered the area between wagons where i was standing with my recorded pointed down. I was standing in a narrow passage, where two wagons were joined, between two closed slide-doors. She have opened those so the overall sound has radically changed and i decided to end the recording. Through the entire recording the unit is moving forward, decelerating, stopping, staring and accelerating again repeatedly as it travels stopping at several stations. The recording was done with a hand-held zoom h2. Rear mics used pointed to the ground. I was in the loudest area in the whole train. I was using "low" gain (h2 has three mic gain levels to choose from: l/m/h). Viewed and converted to flac using audacity, the file hasn't been altered in any other way. Originally recorded as a 96khz/24-bit stereo wav file.

I made this sound in september 2003 - i used a fairlight mfx 3 - a direct descendant of the first sampler ever made - and the best ever to this day editing software for ground breaking features and functions. Clip based eq and level which you could cross fade between made the use of automation almost redundant in precise to picture editing. It also had a unique alternative jog function. You could loop 1 frame or so as you chose of sound at the orginal pitch which made it easy to find transient points. I then 'grind' the play head over a solo'd sound and play this into a reverb unit. I have many of these accidental experiments and one day i shall make the fairlight pack!. Until then enjoy this alien - from mars with love :). Ps - you can do this experiment today! i found that i can use sound flower as an out put in audio finder. If you open a sample in the sample editor - you can recreate the fairlight jpg by grabbing the playback head in play. You may then route sound flower thru an input channel and get some unusual effects that are difficult to achieve. . If you can improve on this method let me know!.

Studio technologies - stereo simulator (generation ii). Https://studio-tech. Com/products/generation-ii-stereo-simulator/. The generation ii stereo simulator from studio technologies creates a convincing stereo imagefrom a mono audio source. The fully mono-compatible signal simulates space withoutreverberation by using random, non-recursive filter techniques. The mode switch (found on the hardware unit) controls the overall sound of the generation ii. In the music position, the full audio bandwidth of the input signal is simulated. This mode isappropriate for audio material with little or no voice-only content. In the music & voice position, the input signal is sent through a band-reject filter prior togetting sent to the simulator circuits. This creates stereo simulation over the low and highfrequency range, while limiting simulation in the voice band. This mode is appropriate for audiomaterial that contains voice-only content, such as a film track or television show. The stereo intensity control determines the amount of stereo simulation that is produced. Inthe fully counterclockwise position (ir files “0” – included for process comparison), no simulatedstereo is produced. The mono input signal is sent equally to the left and right outputs. As thecontrol is turned clockwise (ir files “1 – 6”), the amount of stereo simulation increases.