Tuesday, July 14, 2015

PLA Daily's OpEd on the new Y-8GX6 (Y-8Q) ASW Aircraft

Expert: "Gaoxin-6" improves China’s anti-submarine capability greatly

(Source: China Military Online)   2015-07-10


"Gaoxin-6" fixed-wing anti-submarine patrol aircraft. (Profile picture)

   The first fixed-wing anti-submarine patrol aircraft made in China began to serve in the naval air force of Chinese People's Liberation Army (PLA), according to recent news. This patrol aircraft is named "Gaoxin-6" and it is independently developed and manufactured by China.

  "Gaoxin-6" will make China a major anti-submarine power

   Anti-submarine aircraft is considered the most important means in anti-submarine warfare. All naval powers in the world attach great importance to the development of anti-submarine aircraft.

  Since 2000, China has developed a number of "Gaoxin" special aircraft including early warning aircraft, electronic warfare aircraft and long-range reconnaissance aircraft based on "Y-8" aircraft. The "Gaoxin-6" fixed-wing anti-submarine patrol aircraft is developed to replace "Y-8" maritime patrol aircraft of the last century.

  The new anti-submarine patrol aircraft is equipped with new turboprop engine which has improved its power, range and endurance. In 2012, "Gaoxin-6" fixed-wing anti-submarine patrol aircraft had its first flight.

  A modern large-scale land-based anti-submarine patrol aircraft requires various high-techs. It requires complicated development technology but it has long service period. After the World War II, even the United States has only has two generations of land-based anti-submarine aircraft. Therefore, a large anti-submarine aircraft has been an important symbol of a major military power.

   Currently, the commission of "Gaoxin-6" into service marked that China has become a world power in terms of large-scale anti-submarine patrol aircraft.

  4 highlights of "Gaoxin-6"

  The performance of "Gaoxin-6" is very similar to US P-3C.

  1. Fast cruising speed and wide search range.

   "Gaoxin-6" uses advanced 6-leaf sweepback turboprop engine. It has a fast cruise speed and can take off in a field airport. It is also fuel-efficient and stable. Its cruising speed and maximum takeoff weight are similar to that of P-3C anti-submarine aircraft.

  2. Strong detection capability.

   A "gill" shaped fairing is installed on the nose position of "Gaoxin-6". Combined with a 360 degree large sea search radar, it can effectively detect submarines. A "magnetic anomaly detector" is installed in its tail used to detect submarines. The antenna of "Gaoxin-6" is longer than that of the P-3C and therefore, some experts believe that "Gaoxin-6" has better detection capability.

  3. Detection and strike capabilities

   "Gaoxin-6" is equipped with anti-submarine weapons including torpedoes, depth charges, mines and air-to-submarine missiles. It can carry a crew of over 10 people. It can detect the target and provide an indication for air-to-submarine missiles as well.

  4. Self-defense capability

   "Gaoxin-6" is equipped with advanced self-defense warning system and air-to-air missiles. It can respond to threats from the air and this ability to self-defense is similar to that of P-3C.

  Some analysts believe that "Gaoxin-6" has reached the level of P-3C in terms of system and hardware. There’s no great technical generation gap of anti-submarine capabilities between "Gaoxin-6", Japan’s P-1 and US P-8A.

   However, "Gaoxin-6" only filled in China’s blank of not having fixed-wing anti-submarine patrol aircraft. Compared with advanced anti-submarine aircraft, "Gaoxin-6" has some gaps in terms of software.

   Therefore, some experts suggest that in the future, China can develop a new generation of anti-submarine aircraft based on China’s own large aircraft C919 and Y-20 and other platforms in order to achieve better high-speed performance, better low-speed performance, long range and reasonable price.

  "Gaoxin-6" improves China’s anti-submarine capability greatly

   For a long time, the development of China’s anti-submarine equipment was slow, especially the air anti-submarine equipment that is capable of performing fast patrol and rapid response in large area and wide waters.

  The service of "Gaoxin-6" has filled this blank. "Gaoxin-6" can cover and control large areas. It can arrive in anti-submarine area in a short time to quickly and efficiently conduct anti-submarine search in suspicious waters.

  "Gaoxin-6" has enabled China to have the same anti-submarine capability as the US. "Gaoxin-6" also helped China become a leader among its neighboring countries in anti-submarine technology for quite a long time.

   It also helped China expand the anti-submarine monitoring range and defense line thousands of kilometers ahead to the second island chain. Thus, the Chinese navy's underwater control range has been greatly extended.

  The service of "Gaoxin-6" filled the last equipment gap of the Chinese navy. It reflects China’s determination in improving its open ocean combat capability. It is a major improvement of Chinese navy’s wide anti-submarine capability and another sign of Chinese navy’s march to the vast ocean.

  By Xie Cheng and Li Wei from National Defense University

Editor:Dong Zhaohui







Tuesday, June 23, 2015

PLAN commission of the day: Y-8GX6 (Y-8Q) ASW Aircraft (High New 6) commissioned with the North Sea Fleet

To some, the lacking of a dedicated turboprop anti-submarine like the US P-3 Orion is the area of greatest deficiency for the PLAN, especially in the neighborhood filled with advanced nuke and AIP equipped subs. If High New 6 platform is proven to be successful, we expect to see more of them in the future. After all, the PLAN has three fleets and they can all use additional ASW assets.


Out-of-focus foreground Y-8 is the ASW High New 6 (note the magnetic anomaly detector "MAD" boom)




Monday, December 31, 2012

Photo of the day: Y-8GX6 (Y-8Q) ASW Aircraft (High New 6)

All of a sudden, really, really big chin is back in fashion.


Sunday, July 12, 2015

CCTV screen capture of the day: Launching Zubr LCAC from 868

Without the piggyback of a Mobile Landing Platform (MLP) such as the 868, the Zubr Class reaches 480 KM from shore on its own. When paired with a MLP, that 480KM limitation is no longer an issue.  As to what purpose such a pairing serves, your guess is as good as mine.





















Saturday, July 04, 2015


Photos of the day: On board PLAN's Mobile Landing Platform (MLP) 868

Since PLAN's Yuzhao class LPD is not large enough to house Zubr LCAC,  it makes sense for the PLAN to utilize the MLP to launch those "European bison". 







Final rehearsal of the 179th Special Landing "Linfen" Brigade, 12th GA, Nanjing Mililtary Region before heading to "Stride 2015• Zhurihe A" Red vs Blue confrontational drill

Note the mixed Type50D and Type88G in a same unit -- There are roughly 1500 Type59 still in PLA service, which means many outfits such as the 179th still have to solider old with some of those old workhorse MBTs.













Monday, June 08, 2015

Stride-2015: Bigger Longer & Uncut

 Nine changes in Stride-2015 Zhurihe series exercise
( Source: China Military Online  )         2015-June-3 16:36

  HOHHOT, June 3 (ChinaMil) -- The curtain of the PLA's trans-military area command (MAC) actual-troop confrontation training in 2015 has risen with the "Stride 2015• Zhurihe A" series exercise kicking off at the Zhurihe training base in North China's Inner Mongolia Autonomous Region on June 1.

  According to a person from the exercise commanding team, the "Stride 2015 • Zhurihe" series exercise has nine new changes compared with last year.

  Larger scale: ten combined brigades of the PLA Army will participate in the "Stride 2015 • Zhurihe" while the number of the brigades in last year's exercise was seven.

  More rounds of confrontation: compared with last year's single round of positional battle of attacking and defending, this year's confrontation has three more rounds of troops' advancing and deploying, positional battle of attacking and defending, and seizure of city landmarks.

  Intensified operational commanding training: the "Stride 2015 • Zhurihe" highlights building up of strategic mindset, application of IT-based commanding system, planning of precision operations, improvement of combat tactics, and asymmetrical combat fighting method innovation and practice.

  Intensified systemic confrontation: according to operational requirements, new strength including air force, army aviation force, special troops, technical reconnaissance troops, electronic countermeasure troops and psywar units will coordinate the participating land forces in the "Stride 2015 • Zhurihe" .

  Higher difficulty and intensity: the battlefield maneuvering distance of wheeled vehicles in the exercise is increased by 100km, and 10km is added to the march distance in the long-range raid. Participating troops will come cross difficult situations including dangerous terrain conditions, complex electromagnetic environment, air reconnaissance, long-range strike, harassing attack by special operation forces, nuclear and biochemical attacks in the exercises while they are given less time for launching a combat than last year.

  Verification of operational experiments highlighted: the participating troops are scheduled to use the operation testing system in the combined operation experiment center of the training base to verify their combat schemes before the actual troop confrontation begins.

  Night combat training enhanced: It is stipulated that the maneuver distance at night in the periods of long-distance force projection and battlefield maneuver shall be no less than 100 km. The number of night-time targets for live ammunition shooting training was increased, and aviation was also dispatched at night to carry out reconnaissance and attack for battlefield maneuvering and on evacuation areas.

  Realizing air-to-ground simulated confrontation: The air force actual-troop combat system is improved and the interconnection between the actual-troop combat systems of the ground and air forces has become possible for the first time, which ensures the preliminary integration of the ground and air battle situations.

  Stringent avoidance system: The group armies to which the participating troops belong are not allowed to interfere in the operational commanding in the exercise. The members of the exercise directing team coming from the PLA's military area commands shall not participate in the directing and evaluating of the exercises conducted by the troops from their own military area commands.