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xizhimen

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It isn't clear, but the base could do some drone conversions for older fighter types, as well. The most interesting airframes seen are elongated delta-winged jets that are painted a burnt orange color. These are likely J-8 Finbacks have been converted to full-scale target drones, similar to the QF-4 and QF-16s in the United States.

Yanliang Air Base truly sits at the center of China's most important aircraft developments and the immense activity there serves as yet another glaring reminder that Beijing's military might seems to be on a nearly exponential growth curve.

https://www.thedrive.com/the-war-zo...-seen-at-chinese-aircraft-plant-and-test-base
 

xizhimen

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Soon You'll See This Chinese Fighter Flying All Over Africa and Central America
The L-15 Falcon is modeled after its western predecessors.

by Sebastien Roblin
January 2, 2020

China's willingness to sell L-15 at cutrate prices across the world signifies its growing power projection.


Flying a high-performance jet fighter is a physically and mentally demanding skill that requires a lot of practice—but each hour flying a warplane can cost tens of thousands of dollars in fuel and maintenance expenses. That's why air forces employ lighter, easier-handling Lead-In Fighter Trainers (LIFTs) to give pilots a chance to accumulate real-life experience with supersonic flight, air combat maneuvers, and weapons launch before they take the stick of a possibly finicky high-performance jet fighter.

The thing is advanced jet trainers like South Korea’ T-50 Golden Eagle are quite capable of basic combat duties short of high-intensity conflict while costing half or a third as much as a brand new warplane. For example, Filipino FA-50s and Nigerian Alpha Jet trainers have played a major role in combating brutal insurgencies in 2017, though both were involved in tragic friendly fire incidents.

The U.S. Air Force is looking to purchase 350 new LIFT jets following its T-X competition and is evaluating several designs costing between $30 and $40 million per airframe. However, China has already been phasing into service its own very slick and speedy LIFT, costing the equivalent of only $10 to $15 million, which has attracted interest in Africa and Latin America.

Built by Hongdu in Nanchang, China, the L-15 Falcon resembles an adorably abbreviated Super Hornet or F-16. The Falcon’s two Ukrainian-built AL-222 turbofans afford the trainee and instructor a backup should one engine fail, while multi-function displays in the ‘glass cockpit’ and the hands-on-throttle-and-stick controls give trainees a chance to work with the kinds of instruments typical to fourth-generation fighters.

The Falcon' leading edge extensions on the front of its wings and a high G-load tolerance of 8.5 allow it to perform tight maneuvers and achieve high angles of attack up to 30 degrees above the vector of the plane. Quadruple-redundant fly-by-wire controls on three axes allow for precise maneuvers. These traits are used to prepare pilots for the diverse family of famously supermaneuverable twin-engine Flanker multi-role jets operated by China’s People’s Liberation Army Air Force and Navy.

The L-15 prototypes first flew in March 2006 and entered service in limited numbers in 2013 as a subsonic Advanced Jet Trainer designated the JL-10. This basic model boasts six hardpoints to carry bombs, rockets and short-range air-to-air missiles, but lacks a radar to target long-range munitions.

However, Hongdu later exhibited a supersonic L-15B model with afterburning turbofans, allowing the Falcon to attain speeds of up to Mach 1.4. The L-15B also has a lengthened nose to accommodate a Passive Electronically Scanned Array radar with a reported detection range of -seven or seventy miles (sources differ) which can scan both air and surface targets (photo here). A Radar Warning Receiver added in the tail gives it a fighting chance to dodge missile attacks, while an IFF antenna could help avoid friendly fire incidents.

The L-15B also has its payload capacity beefed up to nearly four tons of weapons loaded on nine hardpoints: six underwing, one belly pylon and two wingtip rails. The instructor's seat can instead be used by a Weapon Systems Officer to manage guided weapons. One photo depicts an L-15 lugging 23-millimeter cannon in a belly pod, PL-5E heat-seeking air-to-air missiles (distantly related to the AA-2 and Sidewinder), LT-2 laser-guided bombs, and LS-6 GPS-guided bombs with fold-out wings that allow it to glide to targets up to thirty-seven miles away. Reportedly, more modern PL-10 and PL-12 beyond-visual-range radar-guided missiles (range sixty-two miles) could also be carried as well as other air-to-ground munitions.


The L-15B can even lug jamming pods to serve as a cut-price electronic warfare jet. However, while the jet can theoretically fly up to 52,000 feet high and over distances of up to 1,900 miles, when fully combat-loaded its effective radius is reduced to just 350 miles.

Of course, the diminutive L-15B doesn’t boast the speed, defenses, sensors and heavy payload of a full-fledged fourth-generation multi-role fighter like the F-16 or Su-35. But for developing countries that don't expect to fight a major military power, jets like the Falcon could perform basic air defense and precision ground-attack missions, all on a platform that will be cheaper, easier to maintain, and used for training pilots.


The Zambian Air Force so far has acquired six L-15Zs for its No. 15 squadron for $100 million, plus simulators and various guided weapons. In 2015, Venezuelan Admiral Carmen Mirandez announced plans to acquire one or two dozen L-15s to help pilots transition to Su-30MK2 and F-16 fighters. However, cash-strapped Caracas has put the deal on hold. The Uruguayan Air Force has also expressed interest in acquiring eight L-15s to replace its A-37B Dragonflies, one of which suffered an accident in 2016. Pakistan, a close ally of China, is another potential operator of the L-15B, but the jet would conflict with plans to acquire two-seat JF-17B jets, which are a Pakistani-Chinese collaboration.

The L-15 also has a rival supersonic domestic jet trainer, the Guizhou JL-9. A heavily modified two-seat derivative of the legendary MiG-21 with cranked delta wings, the turbojet-powered JL-9 is less sophisticated and has only five weapons hardpoints, but is cheaper at $8.5 million each—and the basic model comes with afterburners, an Italian pulse-doppler radar and a built-in 23-millimeter cannon. JL-9s and carrier-landing capable JL-9Hs serve with the People’s Liberation Army and PLA Naval Air Force (PLANAF), and six export models called the FTC-2000 Shanying ("Mountain Eagle") were delivered to Sudan in May 2018. Sudan is infamous for using its warplanes to bombard villages in rebel-held territory, and Russia and China are amongst of the few major arms exporters from which Khartoum can obtain modern weapons.

Meanwhile, China operates between 130 and 150 L-15s in nine squadrons, presumably mostly the subsonic L-15A. In general, Chinese fighter pilots fly a decent number of hours annually but lack adequate training under realistic combat conditions; presumably, weapons-capable and radar-equipped jet trainers could help address that deficiency. Intriguingly, an L-15 was photographed in 2018 with PLANAF markings (it has been dubbed the JL-10H) suggesting a possible JL-10 variant for training carrier-based pilots. However, some in the Chinese media have expressed doubt that the Falcon's rear fuselage is strong enough to mount a tail hook to practice carrier landings.

The market for trainer/light attack planes is relatively crowded with competitors such as the Russian Yak-130, Italian MB.346, China’s subsonic K-8, T-50 Golden Eagle or possibly Boeing’s T-X. It is too early to tell whether L-15 and JL-9 will prove a major export success—but sales of cut-price supersonic trainer/fighters could become an interesting signifier of Beijing’s expanding influence in Africa, Asia and Latin America in years to come.


https://nationalinterest.org/blog/b...ng-all-over-africa-and-central-america-110396
 

Bhurki

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Second 075 ... Island is visible on the left..
Could be launched by march end...
PLN Type 075 LHD no. 2 - 20200117.jpg
 

Bhurki

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China is Coming Part #1 | Tribute to Chinese Armed Forces 2020

This thread is supposed to entail military updates and development, not fan videos..
Don't clutter the thread with this., there are thousands of videos like this on youtube....
 

Bhurki

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It is definitely not universal as there are no vent slats. Everything from that launcher will be cold launched.
Both Hot/cold launch.
Missiles are internally canistered in concentric form... Gas escape occurs from corner sections.
Total VLS of this kind right now - 2500
25 x 64 (052d) = 1600
8 x 112 (055) = 896
 

Armand2REP

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Both Hot/cold launch.
Missiles are internally canistered in concentric form... Gas escape occurs from corner sections.
Total VLS of this kind right now - 2500
25 x 64 (052d) = 1600
8 x 112 (055) = 896
There are no vent slats on that launcher.
 

Bhurki

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There are no vent slats on that launcher.
I just told you, the gas for each individual cell escapes from its own cavity rather than a unified ejector like slats, just like russian uksk.

UVLS launches in both modes.

Here is a photo of it hot launching Yj18a
images (4).jpeg


And cold launching hq9b
DVSYPbVVwAEfbU-.jpeg
 
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Armand2REP

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I just told you, the gas for each individual cell escapes from its own cavity rather than a unified ejector like slats, just like russian uksk.
Do you not see the problem with this?

 

Armand2REP

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That is a superimposed shot, so i'm not sure what you mean.
But who cares?
It works


It is actually a still shot of the yj18 launch. It shows no venting of exhaust and the missile taking the full heat and pressure of gases. This is how a UVLS launch is supposed to look.



Notice the proper venting of gases to safely launch the missile. The Chinese have created a death trap.
 

Bhurki

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It is actually a still shot of the yj18 launch. It shows no venting of exhaust and the missile taking the full heat and pressure of gases. This is how a UVLS launch is supposed to look.



Notice the proper venting of gases to safely launch the missile. The Chinese have created a death trap.
Mk41 cant launch cold launched missiles.

The purpose is to launch the missile into the air.. Who cares how they do it.
USSR has these kind of launchers in tons of ships, yet there hasnt been any reported mishap. The Uksk(m) systems are widely deployed on every new frigate, corvette, missile boat. (That photo is from a buyan m boat)

As compared to US missile boosters which are single phase, the Chinese and Russians missiles use dual boost phases.
The first phase is low force booster that propels the missile about 200 feet in the sky, then it turns horizontal and fires its actual booster motor.
So, the direct force exerted by the 1st booster on the launch system and missile isnt probably strong enough to do any damage.
rpW8-fwnpcns2950773.gif
 

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