Georgeclark
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5 on order, 42 plannedJapan has not ordered F-35B, but I suppose it could.
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5 on order, 42 plannedJapan has not ordered F-35B, but I suppose it could.
Wiki :3 @Nihonjin1051 Please helpsource?
Wiki :3 @Nihonjin1051 Please help
I reiterate again , Japan still has the most advanced navy in Asia. Kudos to Nippon. Keep it up.![]()
Most advanced? I don't think so. Chinese warships and subs are more advanced than Japanese warships and subs.
Chinese subs more advanced?![]()
095 is the most advanced sub in Asia. Japan does not have nuclear subs. Yuan is bigger and quieter than Japanese subs.
052D and 055 have AESA. Japanese warships do not have AESA.
Chinese subs more advanced?![]()
095 is the most advanced sub in Asia. Japan does not have nuclear subs. Yuan is bigger and quieter than Japanese subs.
052D and 055 have AESA. Japanese warships do not have AESA.
OPS-24 is the first AESA radar employed on an operational warship, introduced on the JDS Hamagiri (DD-155), the first ship of the latter batch of the Asagiri-class destroyer, launched in 1988.[1] It is also being used on the Murasame and Takanami-class destroyers.
FCS-3:
FCS-3 is an integrated naval weapons system developed by the Japanese Defense Ministry for the Japan Maritime Self-Defense Force.
This system is composed of weapon-direction and fire-control subsystem and multi-function radar subsystem. The multi-function radar subsystem adopted active electronically scanned array (AESA) technology, and there are two sets of antennas: the larger one is a C-band radar for surveillance and tracking, the smaller one is a X-band radar as a fire-control radar.[1]
After a prolonged sea trial on board JS Asuka, this system was introduced in 2007 on the JDS Hyūga (DDH-181). The enhaunced version, FCS-3A, was employed on the Akizuki-class destroyers.,[2] and limited-function version, OPS-50, was also delivered for the Izumo-class helicopter destroyers. The fire-control function are omitted in the OPS-50 system, so they have only one set of antennas operating C-band.[3]
Kawasaki P-1 - Wikipedia, the free encyclopediaSensors on the P-1, such as Toshiba HPS-106 active electronically scanned array using four antennas for 360 degree coverage (AESA), magnetic anomaly detector (MAD), and Infrared/Light detection systems, will be used to detect submarines and small vessels.
OPS-24 - Wikipedia, the free encyclopedia and http://en.wikipedia.org/wiki/FCS-3
Asagiri class (8 active ships, of which 4 with OPS-24)
![]()
Murasama class.(9 active ships, all with OPS-24)
![]()
Takanami class (5 active ships)
![]()
Akizuki-class destroyer (4 active ships, all with FCS-3)
![]()
Plus JDS Hyuga and JDS Izumo,...
![]()
![]()
... makes (at least) 24 active ships with AESA radar(s) in the JMSDF.
Someone needs to start taking some Imodium-Verbal!
Kawasaki P-1 - Wikipedia, the free encyclopedia
OPS-24 - Wikipedia, the free encyclopedia and http://en.wikipedia.org/wiki/FCS-3
Asagiri class (8 active ships, of which 4 with OPS-24)
![]()
Murasama class.(9 active ships, all with OPS-24)
![]()
Takanami class (5 active ships)
![]()
Akizuki-class destroyer (4 active ships, all with FCS-3)
![]()
Plus JDS Hyuga and JDS Izumo,...
![]()
![]()
... makes (at least) 24 active ships with AESA radar(s) in the JMSDF.
Someone needs to start taking some Imodium-Verbal!
Kawasaki P-1 - Wikipedia, the free encyclopedia