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Audio and sounds files

Astronautic events

Here are audio recordings related to astronautic events, transmissions from satellite and other spacecrafts, as well as reports from astronauts and cosmonauts on orbit. Other space related sound files can be found on Spaceweather, NASA/JPL, NASA sound page including Apollo XI lunar landing audio files on Live365.

websites as well as on dedicated pages from scientists specialized in plasma waves study and space communications.

You will find on this page recordings of QSOs worked by radio amateurs, including with ISS, the sound of different transmission modes and interferences, as well as recordings of historical events.

as well as the sound of different transmission modes that you can hear on shortwaves and recordings of historical events.

You will find on this page numerous scientific recordings like the sound of meteor showers, auroral emissions, geomagnetic storms, solar flares, jupiter hisses and bursts, pulsars, natural phenomena, and more.

You will find on this page commentaries extracted from films, sounds and music samples used on this site to illustrate some subjects.

Check also my animations for hundreds other videos and films.

Formats : WAVMP3 RAM MPEG AVI QT MID WMA

Astronautics

600 KB

Designer Herb Lassen, TRW/Northrop Grumman, speaking about Pioneer 10 spacecraft in 2001 for NASA. Document TRW/Northrop Grumman.

129 KB

NOAA 17 weather satellite, APT signal recorded on Jan 3, 2003 by VK3UKF

180 KB

Soyuz "taxi flight" rendezvous with ISS. Frank Dewinne, ON1DWN, reporting before arrival. Recorded on Nov 1, 2002 at 0628 UTC on 144,490/145,800 MHz. Contact in Russian, Dutch and French

226 KB

ISS, Mark Shuttleworth reporting on 143,625 MHz on April 28, 2002 at 0825 UTC

181 KB

Radio Sputnik RS-12 telemetry recorded on March 23, 2002 in CW by VK3UKF

314 KB

AO-40 PSK telemetry at 400 bauds, recorded in 2001

50 KB

ISS, Bill Sheperd thanking ground staff on 143,625 MHz on Nov 2, 2000 at 1227 UTC

65 KB

Mir telemetry (downlink) recorded in 2000

117 KB

Radar echo (1.5 sec) of Space shuttle Endeavour, mission STS-88, on Dec 4, 1998

717 KB

Russian ALPHA navigation transmitter recorded between 13 kHz and 15 kHz. They are 3 ALPHA transmitters that can sometimes be heard at lower frequencies. They transmit a distinct set of tones that repeat. Document IMAGE/INSPIRE.

679 KB

LORAN navigation signals in the VLF bands. The sound is that of a rapid clicking. Document IMAGE/INSPIRE.

34 KB

US OMEGA navigation transmitter operated by the US Coast Guard (in the U.S.A.) and other countries around the world. In the frequency range above 10 kHz, the signal could be heard as a repeating series of tones. Each of the seven OMEGA stations transmitted a unique pattern of four tones that repeated every ten seconds. OMEGA ceased operation in September 1997, done in by the advent of global positioning system (GPS) technology. Document IMAGE/INSPIRE.

81 KB

Interference due to a LEO satellite on 1471.5 MHz. The bandwidth is 270 Hz and the Doppler shift -25 Hz/min. Recorded on May 10, 1996 in the framework of SETI Project Argus

23 KB

MU-Sat (argentine satellite from AATE on Molnyia orbit) transmitting "Hi Hi DE MUSAT..." in CW (in close loop) on 137,950 MHz on Jan 12, 1997 at 1441 UTC

21 KB

Salyut 6, electro-cardiogram transmitted on the voice channel on 121,750 MHz on May 11, 1979 

13 KB

Cosmos 353, wideband telemetry recorded on 66,2 MHz on 12 July 1970. Document Sven Grahn

45 KB

Cosmos 376, digital telemetry recorded on 19,150 MHz on November 1970. Document Sven Grahn

86 KB

Jul 21, 1969 : Neil Armstrong's (and Buzz Aldrin) small step on the Moon...

38 KB

Cosmos 186, CW-PDM signal recorded on 20,008 MHz on Oct 30, 1967 at 1420 UTC. Document Sven Grahn

91 KB

Vostok 5, Bykovsky talking to Nikita S. Krutchev on June 14, 1966 at 1633 UTC. Recorded on 20,005 MHz by Chris van den Berg

37 KB

Cosmos 114, FSK-PDM signal recorded on 19,995 MHz on April 8, 1966. Document Sven Grahn

19 KB

Luna 10 transmitting the sound of "The International" on 183,5 MHz on April 3, 1966

25 KB

Voskhod 1, Biomedical telemetry recorded on 19,995 MHz on Oct 12, 1964 at 0900 UTC by G.E.Perry (Kettering, UK)

23 KB

Valentina Tereshkova calling Vjezna 1 station on 20,006 MHz on June 1963

5.7 MB

On board recording (Air to ground loop) of John Glenn during Friendship 7 mission on Feb 20, 1962. Launch time L+00:02:00 to L+00:46:03. Recorded by NASA.

Note that these recordings do not contain words like "God Speed John Glenn" as they were not pronounced during downlink ops

5.8 MB

On board recording (Air to ground loop) of John Glenn during Friendship 7 mission on Feb 20, 1962. Launch time L+00:46:03 to L+01:33:44

5.8 MB

On board recording (Air to ground loop) of John Glenn during Friendship 7 mission on Feb 20, 1962. Launch time L+04:43:00 to landing operations

221 KB

"Hi-Hi" signal emitted by Oscar 1, the first amateur satellite. Recorded on 144.983 MHz by Roy Welsh on December 14, 1961 at 0722z using a Tecraft VHF converter and a National NC-300 receiver. The recoding was made at half speed so that the Hi Hi is well readable

111 KB

"Hi-Hi" signal emitted by Oscar 1, same as above but recorded at normal speed

85 KB

Yuri Gagarin talking to Zarya 1 station during the launch phase on April 12, 1961 probably recorded on 143,625 MHz. Compilation of various recordings

72 KB

Score transmitting the "message to the world" from President Eisenhower on 132,435 MHz on Dec 19, 1958 at 2015 UTC

108 KB

Signal emitted by Explorer 1. Recorded at 108 MHz on Feb 11, 1958 at 0100z by Roy Welsh, W0SL, from Dallas using a VHFconverter and a National NC-300 HF receiver

114 KB

Signal emitted by Vanguard 1 in March 1958. Recorded on 108 MHz by Roy Welsh, W0SL, from Dallas using a VHFconverter and a National NC-300 HF receiver

114 KB

Signal emitted by Sputnik 1 on 20,007 MHz on October 1957

111 KB

Signal emitted by the famous Sputnik 1. Recorded at 20,007 MHz on October 7, 1957 at 0457z by Roy Welsh, W0SL (then W5SLL) from Dallas using a military surplus AN/FRR3A HF RTTY receiver. W5SLL used a fixed antenna cut for 108 MHz and a VHF converter. The antenna was a six-element colinear array constructed on a 33x33 cm (13 by 13 ft) wooden frame and suspended above a "chicken wire" reflector. The whole array was placed on the roof of the house heading at about 75 above the southern horizon. Satellites were captured as they flew through the main lobe of the array. W5SLL is considered as the first amateur having provided historical recordings of artificial satellites.

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