加油,中國海軍,迎頭趕上,美國海軍,

一決雌雄.決戰太平洋,切勿畫餅充飢,

中國海軍與美國海軍最終決戰於2030年代?..

U.S. Navy Submarine Fleet To Be Overtaken By China Before 2030.

The U.S. Navy has a larger submarine force than China. 68 submarines compared to an estimated 66. This makes the U.S. Navy the second largest submarine force in the world, after North Korea. Our estimate for North Korea is 71 subs, although they are barely comparable to the other countries on the list. So China is currently third, and Russia forth with 64. 

CHINA NAVY 094 SSBN.數量不足夠使用對抗美國海軍SSBN/SSN.

隨者中國強勢崛起,也為其海軍加速建設水下武力的發展,那就是核子攻擊型潛艦及核子戰略型潛鑒的發展,為要抗衡美國海軍優勢的核子潛艦部隊,中國海軍全面努力以赴,齊心協力發展,更新一級的核子潛艦095-SSN.096-SSBN.

如今傳聞計劃趕不上變化,中國海軍有意購買1艘,俄羅斯北風之神戰略核子潛艦,充門面加強海軍的陣容,以便在中國南海有效的抵抗美國海狼級攻擊型核子潛艦及維吉尼亞級戰略核子潛艦的入侵,因為稍有不慎,擦槍走火,中國與美國開戰或是美國按捺不住,先行攻擊中國,這樣一來中國海軍可以在海底下進行2次核打擊的反抗,換句話說就是尚有還手打擊的機會,西方國家的軍事戰略專家分析,美國不會無緣無故的倉促從阿富汗撤兵,回防亞太地區,尤其是西太平洋的中國南海,美國的戰略計劃已經改變,從圍堵中國,扼阻中國,逐漸改變為挑釁中國及激怒中國,發動兩國的戰爭,甚至於挑起海峽兩岸的戰爭,因為拖延戰術的時間對於中國發展海軍有利,反之對於美國海軍就是傷害不利 ,Red Star Over The Pacific.一書早已分析說明,美國與中國海軍的優勢與劣勢,如果時間延伸至2030年代,那麼中國海軍的優勢就是壓制美國海軍的劣勢,難怪美國海軍與中國海軍決戰於太平洋,會慘敗求和.

中國海軍近年來積極發展095-SSN.096-SSBN.核子潛艦系列,但是計劃趕不上變化,因此有意購買俄羅斯北風之神戰略核子潛艦,充實海軍陣營以便抵抗美國海軍.

俄羅斯北風之神級核子動力彈道飛彈潛艦..Borei class，Project 955.

因為局勢對於中國不利,因此中國海軍緊急應變,求助於俄羅斯海軍,希望割愛1艘即將竣工的BCP955.以解燃眉之急.

(俄羅斯缺少外匯,中國缺少核子潛艦SSBN.)

名

傳聞中國有意花費20億美元,購買1艘俄羅斯北風之神級核子潛艦?

潛射彈道飛彈彈及漁雷等武器價碼另訂,每枚3億美元? 漁雷奉送?

如果情報屬實,中國海軍業已派遣人員,前往俄羅斯接艦,參加海試等相關作業,預期2023年成軍服役,如此一來中國海軍潛艦實力大增,在亞太地區排名第二,僅次於美國.

..

The Borei class, alternate transliteration Borey, Russian designation Project 955 Borei and Project 955A Borei-A, (Russian: Борей, lit. Boreas, NATO reporting name Borei), also referred to as Dolgorukiy class, are series of nuclear-powered ballistic missile submarines being constructed by Sevmash for the Russian Navy. The class is projected to replace the Soviet-era Delta III, Delta IV and Typhoon classes in the Russian Navy service.

Despite being a replacement for many types of SSBNs, Borei-class submarines are much smaller than those of the Typhoon class in both volume^[] and crew (24,000 tons opposed to 48,000 tons and 107 personnel as opposed to 160 for the Typhoons). In terms of class, they are more accurately a follow-on for the Delta IV-class SSBNs

16座D-30垂直飛彈發射筒 16發R-30圓錘/SS-NX-30彈道飛彈 (每枚六彈頭)

16 × RSM-56 Bulava SLBMs with 6-10 MIRVed warheads (project 955 and 955A)[ 6 × 533 mm torpedo tubes RPK-2 Viyuga anti-submarine/ship missiles

Class overview
Name	Borei class
Builders	Sevmash, designed by Rubin
Operators	Russian Navy
Preceded by	Delta IV class, Typhoon class
Cost	US$713 million[citation needed]
Built	1996–present
In commission	2013–present
Planned	10[1]
Building	5
Completed	5
Active	4
General characteristics
Type	Ballistic missile submarine
Displacement	14,720 t (14,488 long tons) surfaced 24,000 t (23,621 long tons) submerged
Length	170 m (557 ft 9 in)
Beam	13.5 m (44 ft 3 in)
Draught	10 m (32 ft 10 in)
Propulsion	1 × ОК-650V nuclear reactor 1 × AEU steam turbine 1 × pump-jet
Speed	Submerged: 33 knots (61 km/h; 38 mph)[5] Surfaced: 15 knots (28 km/h; 17 mph)
Range	Unlimited; (1yr+) endurance restricted by food stores
Test depth	planned 950m
Complement	107 total crew
Armament	16 × RSM-56 Bulava SLBMs with 6-10 MIRVed warheads[2] (project 955 and 955A)[3][4] 6 × 533 mm torpedo tubes RPK-2 Viyuga anti-submarine/ship missiles

.Chinese navy puts two new nuclear submarines into service.

Over the past three years, China’s sea-based nuclear deterrent capability has noticeably improved, beginning with the first service deployment of a nuclear-armed ballistic missile submarine in 2014. Most recently, geospatial analysis conducted by AllSource Analysis has recently revealed four Jin-class (Type 094) ballistic missile submarines (SSBNs) at Longpo Naval Base on Hainan Island, supporting United States Department of Defense reports that China has at least four Type 094 SSBNs in service.  Available evidence shows that China’s development of a sea-based nuclear deterrent has been incremental, fits within generally accepted norms of nuclear deterrence strategy, and faces certain technical and geographic constraints that will most likely limit China’s nuclear deterrence patrols in the near future.

 

China’s SSBNs have apparently entered into service with its South China Sea Fleet as China has improved and expanded its political administration and military occupation of maritime territory throughout the South China Sea. This has included the creation of islands with deep-water ports, runways, and various other administrative and storage facilities throughout the Spratly Islands along the western edge of the South China Sea. While this South China Sea territorial expansion has several effects—extending claims on energy resources and protecting critical sea-lanes—the most important outcome is that it facilitates unimpeded deployment of its SLBM force. As China’s SSBN force continues to expand and receive upgrades, this could have the eventual—and unprecedented— intent of China deploying a global nuclear deterrent from within the South China Sea.

 

 

China’s SLBM Program .China initiated its SLBM research during 1958 with the code name “1060” (later renamed Julang Yihao, or JL-1, 巨浪; in 1964), and received technical assistance and equipment from the Soviet Union towards this project. China constructed a naval base at Qingdao and a shipbuilding facility at Huludao as part of its early submarine development. [3] As research and development on SLBM systems continued during the late 1960s and into the 1980s, China conducted submarine nuclear propulsion trials at Hulu Dao shipyard, tested rocket components at Wuzhai Missile Test Facility, and conducted missile ejection tests in the Bohai Strait in association with nearby Xiaoping Dao and Lushun submarine bases

.

Development of China’s SLBM program was intermittent during China’s Mao-era political leadership (1949–1976) due to budgetary constraints, historical events (such as the Great Leap Forward, the Sino-Soviet split, and the Cultural Revolution), restricted access to oceans, and periodic strategic reassessments. [5] After the leadership ascension of Deng Xiaoping in 1978, China’s SLBM program received new emphasis, and 1982 marked the first successful test-launch of a JL-1 missile from a submerged Xia-class (Type 092) SSBN, China’s first generation of operational SSBNs. The Type 092 entered into service in the 1980s, yet probably did not conduct nuclear deterrence patrols given certain technical, geographic, and international security constraints. China’s current SSBN program, the Jin-class (Type 094), was initiated in the 1980s and carries the JL-2 missile with a range of approximately 7,200 kilometers (DOD, 2016). The first Type 094 SSBN entered into service by 2014, roughly 60 years after the initiation of China’s SLBM program, 35 years after China’s first successful test launch of a ballistic missile from a submerged submarine, and about 30 years after the initiation of the Type 094 SSBN program, underscoring the incremental pace of development for China’s SLBM capability.......................................

中國海軍缺少SSBN-戰略型核子潛艦,希望購買俄羅斯PROJECT 955 .SSBN.........