Hendrik_2000
Lieutenant General
From the previous Henri K article that he updated . Apparently Institute 702 is now working on new "Submarine detector(Scanner in french parlance) that will detect submarine up to 3000m depth. It is still experimental
November 18, 2016, (613 Institute), a subsidiary of the Chinese group AVIC aeronautics and specialized in optronics, we learn that one of their teams conducted the third test of the year on new Buoys that this design office is developing.
The test took place from 9 to 12 November in a lake whose name was not revealed. The team assessed performance in location capability, angular location accuracy and distance measurement for 3 types of sonar buoys - omnidirectional passive sonar buoy, directional passive sonar buoy and networked buoy, and buoy Sonar active omnidirectional.
The results are, according to the text, satisfactory and will make it possible to launch the continuation of the tests at sea which will take place "soon".
The third test at the lake in 2016 of sonar buoys developed by AVIC Optronics (Source: AVIC Optronics)
In addition to armaments, there has also been considerable investment in the submarine sector in recent years in fundamental research, the construction of acoustic measurement vessels, and the installation of -marines around China. These topics, all as exciting as they are complex, will certainly be the subject of other dossiers in the months to come.
Here is a small foretaste of , currently in development at the Chinese Academy of Sciences and the Institute of Naval 702 CSIC group.
Lake trial of 3,000m underwater scanner system (Source: 海洋 地质 研究所)
The case to follow.
Henri K.
November 18, 2016, (613 Institute), a subsidiary of the Chinese group AVIC aeronautics and specialized in optronics, we learn that one of their teams conducted the third test of the year on new Buoys that this design office is developing.
The test took place from 9 to 12 November in a lake whose name was not revealed. The team assessed performance in location capability, angular location accuracy and distance measurement for 3 types of sonar buoys - omnidirectional passive sonar buoy, directional passive sonar buoy and networked buoy, and buoy Sonar active omnidirectional.
The results are, according to the text, satisfactory and will make it possible to launch the continuation of the tests at sea which will take place "soon".
The third test at the lake in 2016 of sonar buoys developed by AVIC Optronics (Source: AVIC Optronics)
In addition to armaments, there has also been considerable investment in the submarine sector in recent years in fundamental research, the construction of acoustic measurement vessels, and the installation of -marines around China. These topics, all as exciting as they are complex, will certainly be the subject of other dossiers in the months to come.
Here is a small foretaste of , currently in development at the Chinese Academy of Sciences and the Institute of Naval 702 CSIC group.
Lake trial of 3,000m underwater scanner system (Source: 海洋 地质 研究所)
The case to follow.
Henri K.
