132 Royalty-Free Audio Tracks for "Testing Testing"

Old epson printer has this ink-check procedure if one of cartridges is missing. The head goes back and forth while integrated circuits inside are testing cartridge response. I couldn't let this one go.

Testing the sennheiser mke 2002 binaural microphones (circa 1973), playing bongos resting on my lap. The microphones are designed to be mounted either on a dummy head or - as i use them here - a user's own ears. Binaural recordings require headphones for full effect.

Using an analog "buttset" or test-set telephone, clipping the leads from an exfomaxtester device and hearing the tones from testing a line, at a terminal/crossbox location (roadside). Cut some low frequencies and added 2s, 5s, then 3s digital-delay effects automated and a reverb effect.

Created this by saying something like, "testing the mic" in ableton, right clicking and converting that audio. Midi > into melody. . Then adding some stock sound and some reverbs and what not. . Try it yourself.

Start-up sound of a u. S. Army m1a1 tank - gas turbine engine. Recorded during civilian parade, tanks for display. Us army testing and displaying m1a1 tank for public. Demonstration of turn on turbine ignition of the m1a1 tank. Originally recorded with accompanying video from device.

This is a recording made in the room of my apartment in the province of rieti in italy, while i'm testing a professional dji drone, the mavic air 2, purchased the day before yesterday at the trony shop. This recording was done with my iphone connected to the shure mv88 plus microphone.

A bird created by whistling. Recorded with a (blue microphones, snowball ice) the sound was postprocessed to make the bird sound more unique, for jungle soundscapes. Used audacity for both recording and processing. Recorder: realtek high definition audio soundcardmicrophone: blue microphones, snowball iceprocessing: testing different effects for the right result.

This is a recording made in the room of my apartment while i am testing an eachine e130 radio controlled helicopter, during the recording even a small helicopter crash is heard at one point. Recorded with the shure mv88 plus digital stereo microphone connected to my iphone 12 pro.

This recording was made in italy in the province of rieti, inside the room of my apartment, where i am testing a twister ninja 250 mini single-rotor helicopter, where during the recording a small accident is also heard. Recorded with the shure mv88 plus digital stereo microphone connected to my iphone 12 pro.

Testing/documenting my bartonmusicalcircuits (bmc21) full wave dual rectifier. "this is an all analog synthesizer module used to alter the timbre and create new harmonic content. " using the fact that it's a dual. 2 sinus waves through both of the rectifiers, through a filter and a little spring reverb.

A school bus passing from left to right with very squeaky air brakes on a quiet residential street. Recorded as i was testing a new rig on august 14, 2007 -- zoom h4 and a pair of cad m179 microphones on a home-made jecklin disk.

Audio sample: steel guitar rag (leon mcauliffe) made with guitartempus testing the virtual steel string acoustic guitar.

An mp3 recording of several musicians testing their instruments and playing musical passages, while the audience chats and converses. Results in quite a discordant/tumultuous sound. Taken with a black sony ic voice recorder, at the boettcher concert hall with the denver young artists orchestra. Use however you'd like. God bless!.

One lonesome bird that lives in a tree on the neighbour's court. I recorded the tweets early in the morning from my balcony testing a røde videomc pro. There was some far away plane noise that i've filtered down quite heavily, so that now the bird sounds kind of 'isolated' and maybe somehow synthetic. Additionaly i passed an eq and a compressor (in audacity).

A guitar chord, probably a d. Recorded for the purpose of testing out guitar dsp effects. Recording details:. Gibson les paul junior, p90 pickup, mahogany neck, ernie ball beefy slinky 11-54, dunlop 88mm. Recorded through the instrument input of a focusrite saffire pro 24. Edited in ableton live, no processing other than gain and fade.

Audio sample: 'festa in autumn' (folk okinawa) testing virtual koto, shamisen and shakuhachi vst presets with shamikoto and dal flute.

Testing/documening my bartonmusicalcircuits (bmc21) full wave dual rectifier. "this is an all analog synthesizer module used to alter the timbre and create new harmonic content. ". Sound:1. Sine wave not going throught rectifier2. Sine wave though rectifier3. Triangle though rectifier4. Square through rectifier5. Saw through rectifier. An lfo is modulating the bias.

Bartonmusicalcircuits 2lfosh (bmc 017). Manual wiggling. First it acts like a sample and hold and lfo. S/h connected to a vco and the lfo to a filter. Then i'm testing the lfos. After that you hear the two oscillators. Great module. 3 in one. Lfo, sample and hold and oscillators. Square, triangle wave and a mixed waveform!.

An mp3 recording of several musicians testing their instruments and playing musical passages, while the audience chats and converses. Starts with a solitary violin, and more and more instruments take the stage. Results in quite a discordant/tumultuous sound. Recorded with a black sony ic voice recorder, at the boettcher concert hall with the denver young artists orchestra. Use however you'd like. God bless!.

Fire alarm as used in sunderland royal hospital. This damn thing was tested over a dozen times, whilst i was sitting in the urology department waiting to have the p***taken out of me. I happened to be testing the voice recording capabilities of my sansa clip zip mp3 player, at the time. I'll think you'll agree this is exceptional quality for such a tiny microphone and only minimal background noise removal.

I accidentally sneezed while testing audio levels but it happened to be self-contained with the right volume for an isolated sound effect! recorded on my new blue yeti nano with noise reduction applied. I wasn't really prepared when it happened so there might be some minor clicking/noise and i couldn't really remove it. Free for anyone to use and i'd love to know if anyone includes it in their projects!.

Testing/documening my nonlinearcircuits timbre!. "this is basically a clone of the buchla timbre found in the easel. ". Sound:1. Sine wave not going throught wave folder2. Sine wave though wave folder3. Triangle though wave folder4. Square through wave folder5. Saw through wave folder. An lfo is modulating the bias. No, when going through the folder the there is never a sinus wave. . . Next time. . . Also it is a matter of calibration. I should check it out.

These are trap warbles that i made by using my dad's sound testing equipment i tried using them for a beat but it didn't work out this is my 1st pack uploaded to here! enjoy! i will upload all work from my failed projects from here on out i do a lot more than just trap i rap to all kinds of beats! you do not have ti credit me but please message me your project so i can check it out! thanks!.

Testing csound's cross-synthesis opcodes on some field recordings. Orch:. Sr =44100kr = 4410ksmps = 10nchnls = 2. Zakinit 2, 2. Instr 1. A1, a2 soundin "drags. Wav"a3, a4 soundin "listerine. Wav". Aconv1 cross2 a1, a3, 4096, 8, 99, 1aconv2 cross2 a2, a4, 4096, 8, 99, 1aconv1 diff aconv1aconv2 diff aconv2. Zaw aconv1, 1zaw aconv2, 2. Outs aconv1*(p4), aconv2*(p4). Endin. Instr 2. A1, a2 soundin "crush. Wav"a3 zar 1a4 zar 2. Aconv1 cross2 a1, a3, 4096, 8, 99, 1aconv2 cross2 a2, a4, 4096, 8, 99, 1aconv1 diff aconv1aconv2 diff aconv2outs aconv1, aconv2. Endin. Score:. ;gaussian windowf99 0 4096 20 6 1. I1 0 34 1i1 34 34 0i2 34 34. E.

Sparrows flying from branch to branch in a bare rose bush. Unintentional capture of sound as i was just out walking testing new equipment. This recording was made using a sound devices mixpre6ii and a stereo pair of fel em172 mics. Low cut on the sd which in basic mode is 80hz (i think). There is no processing to this recording other than to ‘normalize’ the levels. I do not require any credit or attribution. If any of these sounds have been of help, and you are feeling charitable, please do consider donating to freesound to help keep the site running (a link is also on the home page). Any donations are greatly appreciated!.

Coucou !. Some day in octobre 2020 i had to perform as a musicianfor an iraqi theatre play of adel jarallah,they asked me gently & politely to also dosome voice over or guiding voice of the protagonistat a certain moment in the play. . . Which i gladly did, with, you'll never guessthe philips 50's oldschool vintage microphone, that's right !. That sound is something else. I connected the mike to my pedals & amplified itthrough a nice, vintage oldschool farfisa tube guitar ampi had been getting from charleroi, some week before. Charleroi what a city ! farfisa what a sound !. - - - here i'm just testing out the sound devices mix prepreamps together with the philips 50s mike - - - with theexact monologue of the theatre play. / / /// // // ////// / /// // //// /// //// // /// //// // /. 11 december 2020,jj il pensatore.

This is a recording made in the room of my apartment in italy in the province of rieti, while i am testing a drone dji phantom 4 pro clone, purchased 3 days ago on the vova site, only during the test it suffered two accidents. The first 5 minutes for 3 flights everything went well, then on the fourth flight, as the drone was also without para-propellers, the first small accident happened, on landing he fell to the ground from the bed, then resumed flying for another two times. On the third flight there was a second bigger accident: first he started spinning the propellers against the wall for a while, then he fell to the ground rolling until he hid under the bed. This time, however, even after this great accident, the drone resumed flying normally as if nothing had happened. This recording was done with my iphone connected to the shure mv88 plus microphone.

An unintended recording of me and a passerby walking through very thick and wet mud on the walthamstow marshes. I was out testing new gear and couldn't remove the mics from my rucksack strap to avoid picking up the rustle of my clothing or my occasional heavy breathing. This recording was made using a sound devices mixpre6ii and a stereo pair of fel em172 mics. Low cut on the sd which in basic mode is 80hz (i think). There is no processing to this recording other than to ‘normalize’ the levels. I do not require any credit or attribution. If any of these sounds have been of help, and you are feeling charitable, please do consider donating to freesound to help keep the site running (a link is also on the home page). Any donations are greatly appreciated!.

Recording of parakeets being loud in springfield park in easy london at 7:30am in november. This was an unintentional recording as i was testing out some new gear, this meant that i wasn't able to unclip the mics from my rucksack straps and avoid picking up the rustle of my clothes and some breathing. A train and canal boat engines can be heard in the background. This recording was made using a sound devices mixpre6ii and a stereo pair of fel em172 mics. Low cut on the sd which in basic mode is 80hz (i think). There is no processing to this recording other than to ‘normalize’ the levels. I do not require any credit or attribution. If any of these sounds have been of help, and you are feeling charitable, please do consider donating to freesound to help keep the site running (a link is also on the home page). Any donations are greatly appreciated!.

I recorded this in my living room with mics in an x-pattern on the couch very close together, using a tascam dr-70d and behringer dyynamic microphones with patch cables for optimal volume. I recorded this at maximum gain on the tascam as two stereo files, then conjoined them to a 6-channel audio file properly and mixed the front two channels to a monaural center channel for added effect. The final result is what can be downloaded here. Tghe music in the background is part of the star trek: generations expanded complete score, and is coming from my computer to the rear of the recording, which lasts just over a minute in length, and the music was just background noise for testing purposes only. No copyright infringement was intended. Credit for the music goes to the now late jerry goldsmith and also dennis mccarthy, who is still alive. I hope you like this audio demonstration, and find it useful when considering rigs like the holophone, or comparible 5. 1 surround sound microphones / rigs. I take no credit for this recording, as it was done for demonstration purposes only. Have fun!.

I have built a nonlinearcircuits sloth lfo, the regular version. Sloth is a chaotic lfo. The output is based on the lorenz system. It is a system of ordinary differential equations. It is notable for having chaotic solutions for certain parameter values and initial conditions. In particular, the lorenz attractor is a set of chaotic solutions of the lorenz system which, when plotted, resemble a butterfly or figure eight (very much from wikipedia). The sloth has two outputs x and y. Think of them as coordinate pairs. The output will probably never repeat itself but there is a pattern. I have built the regular sloth it usually takes approx 15 seconds to make a rough figure 8, one cycle in the “butterly”. Now i’m testing the module in different ways. In this sound i have connected white noise to a filter. The filter frequency is controlled by sloth (x output). In this patch i have set the initial frequency low. That’s why there is a low humming wind noise between the “tops”. The output sound from filter goes to reverb. The sound is more a study of sloth behavior than an attempt to create a great wind sound.

I have built a nonlinearcircuits sloth lfo, the regular version. Sloth is a chaotic lfo. The output is based on the lorenz system. It is a system of ordinary differential equations. It is notable for having chaotic solutions for certain parameter values and initial conditions. In particular, the lorenz attractor is a set of chaotic solutions of the lorenz system which, when plotted, resemble a butterfly or figure eight (very much from wikipedia). The sloth has two outputs x and y. Think of them as coordinate pairs. The output will probably never repeat itself but there is a pattern. I have built the regular sloth it usually takes approx 15 seconds to make a rough figure 8, one cycle in the “butterly”. The knob changes the chaotic pattern. At some settings the signals will spend more time in one strange attractor than the other. Now i’m testing the module in different ways. In this sound i have connected white noise to a filter. The filter frequency is controlled by sloth (x output). In this patch i have set the initial frequency at 12 o'clock. . . The output sound from filter goes to reverb.