Daily Archives: July 17, 2016

China’s Type 094 SSBN

The Type 094 (NATO designation Jin class) nuclear-powered ballistic missile submarine is the second-generation SSBN of the Chinese navy. Its development possibly began in the early 1980s. It is a successor to the unreliable Type 092 or Xia class. The whole project is kept in secrecy.

Speculations have been made, that development of the Type 094 class was assisted by Russian Rubin Design Bureau, however this information was not confirmed. Construction of the lead vessel began in 1999 and it was launched in 2004. It seems that the first boat was commissioned in 2010. Currently at least three hulls of the class have been identified. The second vessel of the class was launched in 2007. Some sources claim, that a total of 5 submarines of this class are projected.

Images show possible new variant of China’s Type 094 SSBN

15 July 2016
This image of a what appears to be modified Chinese Type 094 SSBN reveals a sail that seems to have incorporated changes from the modified Type 093 sail. Source: Via Guancha.com

After the recent revelation that China has a new variant of its Shang-class (Type 093) nuclear-powered attack submarine (SSN), new images suggest there is at least one Jin-class (Type 094) nuclear-powered ballistic missile submarine (SSBN) with similar modifications, called the Type 094A by some Chinese sources.

Revealed in Chinese online forums in late June, the modified SSN – called by some the Type 093B – features a redesigned sail that favours a rounder top area over navigation windows. The boat also features hydrodynamic improvements such as a smooth slope for the front top and the use of a small fillet at the front base of the sail that reduces flow noises.

More recently, two images of what appears to be a Type 094 SSBN featuring similar modifications emerged on the Chinese online forum Haohanfw.com. The background of one of the images also seems to imply that the boat has been deployed to the new Chinese SSBN base at Sanya, on Hainan Island, but this could not be confirmed.

There is also speculation on Chinese online forums that this is the fourth Type 094 SSBN that has been produced. Since 2008 the Pentagon’s annual China military reports have estimated that up to five Type 094s could be produced.

China has great incentive to improve what are believed to be ‘noisy’ SSBNs. In 2009 the US Office of Naval Intelligence produced a chart showing that the Type 094, first launched in 2004, was noisier than the Soviet-era Project 667BDR (Delta III) SSBN, first launched in 1976.

Modifications to the Type 093 and Type 094 point to China’s continued effort to improve its nuclear submarine force, which the Pentagon notes will lead to the third generation Type 095 SSN and Type 096 SSBN in the 2020s.

The latest Pentagon report on China’s military also notes that a new JL-3 submarine-launched ballistic missile (SLBM) may be under development for the Type 096 SSBN.

Original post janes.com

Jin class


The Jin class reportedly will carry twelve JL-2 (NATO designation CSS-N-5 Sabbot) SLBMs. The JL-2 missile has a maximum range of 8 000 km and can carry up to 3 nuclear warheads. It will allow this submarine to hold US territory within missile range, while operating from Chinese costal waters. Hull of the submarine was enlarged to accommodate missile tubes and part of the nuclear reactor. Originally these submarines were planned to carry 16 missiles. Other armament includes six 533-mm torpedo tubes.



Entered service 2010 (?)
Crew ?
Diving depth (operational) ?
Diving depth (maximum) ?
Dimensions and displacement
Length 133 m
Beam ?
Draught ?
Surfaced displacement 8 000 tons
Submerged displacement 9 000 tons
Propulsion and speed
Surfaced speed ?
Submerged speed > 20 knots
Propulsion ?
Missiles 12 x JL-2 SLBMs
Torpedoes 6 x 533-mm bow tubes

Source military-today.com



JL-2 (NATO designation CSS-N-5 Sabbot) SLBMs




Alternate Name:CSS-NX-4
Length:13.0 m
Diameter:2.25 m
Launch Weight:42,000 kg
Payload:1,050-2,800 kg
Warhead:Nuclear, 1 MT or 3-8 MIRV with 20/90/150 kT warheads
Propulsion:Three-stage solid propellant
Range:7,200 km
The JL-2 (CSS-NX-5, or CSS-NX-4) is an intercontinental-range, submarine-launched, three-stage solid propellant ballistic missile under development in the People’s Republic of China (PRC). It is believed to have been developed along with the DF-23 land-based missile, which was later re-designated the DF-31 (CSS-9) after changes in project requirements. The JL-2 is reported to be similar to the DF-31 and it is considered possible for the two missiles to be nearly identical. The JL-2 is designed to launch from the Type 094 submarine, and will eventually replace the aging JL-1 (CSS-N-3) missiles currently in operation aboard a single Xia-class Type 092 missile submarine.
The JL-2 has a minimum range of 2,000 km, a maximum range greater than 7,200 km, and carries a payload of 1,050 to 2,800 kg. This payload can be equipped with either a single 1 MT yield nuclear warhead or between 3 and 8 MIRV warheads. The MIRV warheads probably weigh between 250 and 300 kg and can be set to a nuclear yield of 20, 90 or 150 kT. The missile will likely be capable of being equipped with penetration aids and decoys to decrease the effectiveness of missile defense systems. The JL-2 uses an inertial guidance system with stellar updates and a Global Positioning Satellite (GPS) system. It may employ the Bei Dou navigational satellite system. An accuracy of 300 m CEP has been suggested, but other reports suggest 150 m CEP, which seems to better reflect current guidance technology.
12383203_141nImage @xinhuanet.com

Flight Trials of E-SCAN Radar Begin On Eurofighter Typhoon Jet

Related post:

Kuwait Confirmed as Launch Customer for Typhoon Captor-E (AESA) radar

E-Scan Radar


On 19th November 2014, Defence Ministers from the United Kingdom, Germany, Italy and Spain met in Edinburgh, Scotland to witness the signing of a €1bn contract for the development of a world-leading electronic radar system for the Eurofighter Typhoon.

E-Scan is an electronically scanning radar that allows the pilot to see quicker and further than ever before. More responsive, more agile, and with a greater capability it is the latest in radar evolution.


Using over 1,000 modules E-Scan is steered electronically, repositioning itself within a millisecond. Compared to the the older, mechanically steered M-Scan radar it is a huge step up in Typhoon’s development.


The speed and wider capabilities of E-Scan allows pilots to track more targets and track them more effectively. The agile beam control also gives Typhoon the capability to exploit future weapons like Meteor.

aesa 07

Source baesystems.com

Eurofighter Typhoon: Details