3523 results - From newest to oldest
2 cars passing at 90 km/h
Two cars passing at a speed of around 90 km/h. UCS Category: VEHCar. Length: 00:12.
Chambord Castle, France #2
Soundscape inside the Château de Chambord. Audience noise, not in the stairwells, etc. UCS Category: AMBPubl. Length: 03:17.
Water Blop #2
Sound of water when I immerse a hydrophone in water. UCS Category: WATRLap. Length: 00:02.
Rope #2
Creaking of a rope recorded in a treetop adventure course. UCS Category: ROPECreak. Length: 00:02.
Rope #2
Creaking of a set of rope nets in a treetop adventure course. UCS Category: ROPECreak. Length: 01:12.
Car honking at 90 km/h #1
A car passing by, honking its horn while driving at 90 km/h. UCS Category: VEHCar. Length: 00:18.
4 cars passing at 90 km/h
4 cars passing at a speed of approximately 90 km/h, from left to right. UCS Category: VEHCar. Length: 00:16.
Chambord Castle, France #1
Soundscape inside the Château de Chambord. Audience noise, not in the stairwells, etc. UCS Category: AMBPubl. Length: 02:59.
Underwater
Underwater recording of a waterfall, with a hydrophone. UCS Category: WATRFlow. Length: 01:01.
Water Blop #1
Sound of water when I immerse a hydrophone in water. UCS Category: WATRLap. Length: 00:01.
Rope #1
Creaking of a rope recorded in a treetop adventure course. UCS Category: ROPECreak. Length: 00:01.
Rope
Creaking of a set of rope nets in a treetop adventure course. UCS Category: ROPECreak. Length: 02:04.
Passage of a train #5
Small passenger train with 4 TER-type wagons. UCS Category: TRNElec. Length: 00:31.
Spaceship passage #6
The passage of a spaceship. In reality, sound needs air to move: In the absence of air in space, no sound. Except at the cinema.. UCS Category: SCIShip. Length: 00:10.
Heidelberg printing press #5
Sound of a Heidelberg printing press, empty, without paper. Recorded at “La Platine,” a traditional print shop in Marseille (France) founded nearly 25 years ago by Odile Coulange and sadly closed in 2024..
Captured during the printing of the book Carnaval by illustrator Rémi, this sound file was generously donated to the Museum of Lost Sounds on BigSoundBank by Mireille B.
Some footage of the machine. UCS Category: MACHInd. Length: 00:31.
Heidelberg printing press #4
Sound of a Heidelberg printing press. Recorded at “La Platine,” a traditional print shop in Marseille (France) founded nearly 25 years ago by Odile Coulange and sadly closed in 2024..
Captured during the printing of the book Carnaval by illustrator Rémi, this sound file was generously donated to the Museum of Lost Sounds on BigSoundBank by Mireille B.
Some footage of the machine. UCS Category: MACHInd. Length: 00:15.
Evacuation Alarm #3
Sound of the evacuation siren in a concert hall, triggered by an electrical issue. I looped a very short passage. Each such sequence is normally interspersed with a message in French and English, urging people to leave the building, but I have removed it. UCS Category: ALRMElec. Length: 00:17.
Heidelberg printing press #3
Sound of a Heidelberg printing press. Recorded at “La Platine,” a traditional print shop in Marseille (France) founded nearly 25 years ago by Odile Coulange and sadly closed in 2024..
Captured during the printing of the book Carnaval by illustrator Rémi, this sound file was generously donated to the Museum of Lost Sounds on BigSoundBank by Mireille B.
Some footage of the machine. UCS Category: MACHInd. Length: 00:26.
Evacuation alarm #2
Sound of the evacuation siren in a concert hall, triggered by an electrical issue. Each such sequence is normally interspersed with a message in French and English, urging people to leave the building, but I have removed it. UCS Category: ALRMElec. Length: 00:05.
Heidelberg printing press #7
Sound of a Heidelberg printing press. Recorded at “La Platine,” a traditional print shop in Marseille (France) founded nearly 25 years ago by Odile Coulange and sadly closed in 2024..
Captured during the printing of the book Carnaval by illustrator Rémi, this sound file was generously donated to the Museum of Lost Sounds on BigSoundBank by Mireille B.
Some footage of the machine. UCS Category: MACHInd. Length: 01:26.
Heidelberg printing press #2
Sound of a Heidelberg printing press. Recorded at “La Platine,” a traditional print shop in Marseille (France) founded nearly 25 years ago by Odile Coulange and sadly closed in 2024..
Captured during the printing of the book Carnaval by illustrator Rémi, this sound file was generously donated to the Museum of Lost Sounds on BigSoundBank by Mireille B.
Some footage of the machine. UCS Category: MACHInd. Length: 00:09.
Evacuation Alarm #1
Sound of the evacuation siren in a concert hall, triggered by an electrical issue. Each such sequence is normally interspersed with a message in French and English, urging people to leave the building, but I have removed it. UCS Category: ALRMElec. Length: 00:05.
Heidelberg Printing Press #6
Sound of a Heidelberg printing press. Recorded at “La Platine,” a traditional print shop in Marseille (France) founded nearly 25 years ago by Odile Coulange and sadly closed in 2024..
Captured during the printing of the book Carnaval by illustrator Rémi, this sound file was generously donated to the Museum of Lost Sounds on BigSoundBank by Mireille B.
Some footage of the machine. UCS Category: MACHInd. Length: 00:40.
Heidelberg printing press #1
Sound of a Heidelberg printing press. Recorded at “La Platine,” a traditional print shop in Marseille (France) founded nearly 25 years ago by Odile Coulange and sadly closed in 2024..
Captured during the printing of the book Carnaval by illustrator Rémi, this sound file was generously donated to the Museum of Lost Sounds on BigSoundBank by Mireille B.
Some footage of the machine. UCS Category: MACHInd. Length: 00:24.
Key # in DTMF
The audible signal when the # key on a telephone is pressed, in "DTMF".
DTMF stands for "Dual-Tone Multi-Frequency." It is a technology used for tone dialing. Each key on a telephone keypad emits a unique combination of two sound frequencies (one low and one high), allowing the telephone system to easily detect which key has been pressed. UCS Category: COMTelph. Length: 00:01.
Key * in DTMF
The audible signal when the * key on a telephone is pressed, in "DTMF".
DTMF stands for "Dual-Tone Multi-Frequency." It is a technology used for tone dialing. Each key on a telephone keypad emits a unique combination of two sound frequencies (one low and one high), allowing the telephone system to easily detect which key has been pressed. UCS Category: COMTelph. Length: 00:01.
Key 0 in DTMF
The audible signal when the 0 key on a telephone is pressed, in "DTMF".
DTMF stands for "Dual-Tone Multi-Frequency." It is a technology used for tone dialing. Each key on a telephone keypad emits a unique combination of two sound frequencies (one low and one high), allowing the telephone system to easily detect which key has been pressed. UCS Category: COMTelph. Length: 00:01.
Key 9 in DTMF
The audible signal when the 9 key on a telephone is pressed, in "DTMF".
DTMF stands for "Dual-Tone Multi-Frequency." It is a technology used for tone dialing. Each key on a telephone keypad emits a unique combination of two sound frequencies (one low and one high), allowing the telephone system to easily detect which key has been pressed. UCS Category: COMTelph. Length: 00:01.
Key 8 in DTMF
The audible signal when the 8 key on a telephone is pressed, in "DTMF".
DTMF stands for "Dual-Tone Multi-Frequency." It is a technology used for tone dialing. Each key on a telephone keypad emits a unique combination of two sound frequencies (one low and one high), allowing the telephone system to easily detect which key has been pressed. UCS Category: COMTelph. Length: 00:01.
Key 7 in DTMF
The audible signal when the 7 key on a telephone is pressed, in "DTMF".
DTMF stands for "Dual-Tone Multi-Frequency." It is a technology used for tone dialing. Each key on a telephone keypad emits a unique combination of two sound frequencies (one low and one high), allowing the telephone system to easily detect which key has been pressed. UCS Category: COMTelph. Length: 00:01.
Key 6 in DTMF
The audible signal when the 6 key on a telephone is pressed, in "DTMF".
DTMF stands for "Dual-Tone Multi-Frequency." It is a technology used for tone dialing. Each key on a telephone keypad emits a unique combination of two sound frequencies (one low and one high), allowing the telephone system to easily detect which key has been pressed. UCS Category: COMTelph. Length: 00:01.
Key 5 in DTMF
The audible signal when the 5 key on a telephone is pressed, in "DTMF".
DTMF stands for "Dual-Tone Multi-Frequency." It is a technology used for tone dialing. Each key on a telephone keypad emits a unique combination of two sound frequencies (one low and one high), allowing the telephone system to easily detect which key has been pressed. UCS Category: COMTelph. Length: 00:01.
Key 4 in DTMF
The audible signal when the 4 key on a telephone is pressed, in "DTMF".
DTMF stands for "Dual-Tone Multi-Frequency." It is a technology used for tone dialing. Each key on a telephone keypad emits a unique combination of two sound frequencies (one low and one high), allowing the telephone system to easily detect which key has been pressed. UCS Category: COMTelph. Length: 00:01.
Key 3 in DTMF
The audible signal when the 3 key on a telephone is pressed, in "DTMF".
DTMF stands for "Dual-Tone Multi-Frequency." It is a technology used for tone dialing. Each key on a telephone keypad emits a unique combination of two sound frequencies (one low and one high), allowing the telephone system to easily detect which key has been pressed. UCS Category: COMTelph. Length: 00:01.
Key 2 in DTMF
The audible signal when the 2 key on a telephone is pressed, in "DTMF".
DTMF stands for "Dual-Tone Multi-Frequency." It is a technology used for tone dialing. Each key on a telephone keypad emits a unique combination of two sound frequencies (one low and one high), allowing the telephone system to easily detect which key has been pressed. UCS Category: COMTelph. Length: 00:01.
Key 1 in DTMF
The audible signal when the 1 key on a telephone is pressed, in "DTMF".
DTMF stands for "Dual-Tone Multi-Frequency." It is a technology used for tone dialing. Each key on a telephone keypad emits a unique combination of two sound frequencies (one low and one high), allowing the telephone system to easily detect which key has been pressed. UCS Category: COMTelph. Length: 00:01.
Download all results from this page
This action can be VERY long depending on your connection and the size of the files!