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Putin use very economical and smart tactic to down several US Drones in Syria! = Jet Exhaust FART!

tun_dr_m

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Yes! Putin! Bravo!

The Russian jets just need to go at high speed with their powerful jet engines and ZOOM past the drones very close just alike in aero-acrobatic performance, the flimsy drones will be damaged by strong turbulence which are as strong as a blast. The overwhelming exhaust is extremely hot and lack oxygen, they will kill the US drone's engine by preventing it to breath. Engines need fresh cool oxygen like human, high temperature exhaust which oxygen already burnt out within when blasted into the air intake of engine will stop the engine instantly.

Instant Mechanical damages to drones also very likely, because these drones are actually alike Ikea knock-down furniture, that are taken apart easily for shipment as air cargo in their special boxes. They are not permanent assemblies and are flimsy and fragile. Fart a strong jet exhaust at it, will break it apart. Wing or tail came off @ mid-air!




http://www.sohu.com/a/313044958_357495?spm=smpc.home.mil-news.3.1557467046931aF1uP8p




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美多架军机在叙利亚坠毁,最后时刻传回画面,俄战机在前方对准自己

2019-05-10 11:05 叙利亚 /军机 /美军

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美国多架MQ-9“死神”无人攻击机在叙利亚连续坠毁的谜团似乎解开了。据美国《防务博客》网站5月9日报道,一个认证信息为“俄罗斯飞行员”的账号在国际社交媒体(Instagram)公布了一段视频,显示一架俄军苏-30SM战斗机正从MQ-9无人机的前方高速转弯飞机。俄战机带起的巨大气浪令美军无人机剧烈晃动,画面随后陷入黑屏。分析认为,这可能是俄军在叙利亚采取新战术对付美军无人机,以不开火的方式让美机失控坠毁。

报道称,美军在叙利亚、伊拉克和也门等中东国家大量使用了MQ-9无人机。该型飞机配备较为强大的武装,可搭载2枚GBU-12激光制导炸弹和4枚AGM-114“海尔法”空地导弹,或是227公斤联合直接攻击弹药(JDAM)和113.5公斤小直径炸弹(SDB)。主要任务除了为地面部队提供近距离空中支援,还可以在山区和危险地区执行持久监视与侦察任务。MQ-9装备电子光学设备、红外系统、微光电视和合成孔径雷达,并能在作战区域停留数小时,更加持久地执行任务。

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对驻叙利亚俄军来说,同一战区内的美军大批MQ-9无人机是非常难缠和危险的对手。美国《军事时报》此前曾报道,美国领导的国际联军以无人攻击机对俄叙联军进行过多次空袭,摧毁了叙利亚政府军的大量坦克和战车,并造成俄军特种部队人员伤亡。因此,驻叙俄军确实对如何消除美军无人机的袭击和干扰多有研究。鉴于俄美在明面上还没有“撕破脸”,两军也并非处于交战状态,所以俄军只能采取一些超常规方法拦截和驱离危险接近的美军无人机。

《防务博客》网站对国际社交媒体上出现的视频进行了仔细研究,确认驻叙俄军的苏-27、苏-30和苏-35战机都对美军无人机进行过拦截,俄军飞行员还将MQ-9称为“我的小家伙”,并在无线电中向地面指挥中心报道称对方在“躲猫猫”。在视频的最后,一直在MQ-9无人机下方、侧后方贴近飞行的俄军苏-30SM战机突然加速向前,并在距离MQ-9机头仅几十码的距离进行急转弯,随后对准了MQ-9。在疑似MQ-9拍摄的画面里,镜头开始剧烈抖动,可以看出无人机被俄战机产生的强大气流冲击得失去了平衡,并开始翻转。

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美媒体无法确定拍摄视频的这架MQ-9无人机最终情况如何,但却援引消息人士的话报道称,美军已有多架无人机在叙利亚坠毁的记录,并且它们最后传回的画面都显示有俄军战机出现。军事专家表示,像MQ-9这样由后方地面控制中心操控的无人机最怕受到强大的不规则气流近距离干扰,在面对这种情况时,被“遥控”的无人机坠毁的概率远大于有人驾驶飞机。虽然俄军方未对此报道做出任何回应,但美媒体却认定俄军有意对美军无人机采取了“不开火击落”的新战术。

与美国方面的指责相类似,俄罗斯国防部也多次指责美军派出大型军机指挥无人机攻击驻叙俄军基地。俄副防长福明此前表示,美国海军P-8A反潜巡逻机经常在俄军塔尔图斯海军基地和赫梅米姆空军基地附近飞行,并多次指挥无人机攻击俄基地,每次出动的无人机数量为10多架。对此,俄防空部队以“铠甲-S1”“道尔-M1”等防空导弹系统果断还击,每次都将来袭无人机一架不剩地全部击落。

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不过俄军方在发布公告时从未承认导致过美军飞机的坠落,仅表示多次派战机拦截异常接近俄罗斯边境和俄军海外基地的美军飞机,并且多数为有人驾驶的RC-135V侦察机和P-8A反潜巡逻机。返回搜狐,查看更多


Junwu

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The US military plane crashed in Syria, and the last moment returned to the picture. The Russian fighter plane pointed at itself in front.
2019-05-10 11:05 Syria / Military Aircraft / US Army

The mystery of multiple US MQ-9 "Death" unmanned attack aircraft crashing in Syria seems to have been solved. According to the US "Defense Blog" website reported on May 9, an account with the certification information "Russian Pilot" posted a video on the international social media (Instagram), showing that a Russian Su-30SM fighter is being removed from MQ-9. High-speed turning aircraft in front of the man-machine. The huge air waves brought by the Russian warplanes caused the U.S. military drones to violently shake, and the picture then fell into a black screen. The analysis believes that this may be the Russian military's new tactics in Syria to deal with the US military drones, so that the US plane lost control and crashed without firing.

The report said that the US military used a large number of MQ-9 drones in Middle Eastern countries such as Syria, Iraq and Yemen. The aircraft is equipped with more powerful armor and can carry two GBU-12 laser-guided bombs and four AGM-114 "Haierfa" air-to-ground missiles, or 227 kilograms of combined direct attack ammunition (JDAM) and 113.5 kilograms of small-diameter bombs ( SDB). In addition to providing close air support for ground forces, the main mission is to perform persistent surveillance and reconnaissance missions in mountainous and hazardous areas. The MQ-9 is equipped with electro-optical devices, infrared systems, low-light TVs and synthetic aperture radars, and can stay in combat areas for hours to perform tasks more permanently.

For the Russian military in Syria, a large number of US military MQ-9 drones in the same theater are very difficult and dangerous opponents. The US "Military Times" previously reported that the US-led international coalition forces carried out numerous air strikes against the Russian-Russian coalition forces with unmanned attack aircraft, destroyed a large number of tanks and tanks of the Syrian government forces, and caused casualties of Russian special forces. Therefore, the Russian troops stationed in Syria have indeed studied how to eliminate the attacks and interferences of US military drones. In view of the fact that Russia and the United States have not "teared their faces" on the bright side, the two armies are not in a state of war, so the Russian military can only take some unconventional methods to intercept and drive away US military drones that are close to danger.

The "Defense Blog" website has carefully studied the videos appearing on international social media, confirming that the Su-27, Su-30 and Su-35 fighters of the Russian-Russian Army have intercepted the US military drones, and the Russian military pilots also The MQ-9 is called "My Little Guy" and reports to the ground command center on the radio that the other party is "hiding cat". At the end of the video, the Russian Su-30SM fighter, which has been flying close to the rear side of the MQ-9 drone, has suddenly accelerated forward and made a sharp turn at a distance of only a few tens of yards from the MQ-9 nose. Aligned with MQ-9. In the picture suspected of MQ-9 shooting, the lens began to shake sharply. It can be seen that the drone was lost by the powerful airflow generated by the Russian fighter and began to flip.

The US media could not determine the final situation of the MQ-9 drone that filmed the video, but quoted the source as saying that the US military had a record of several drones crashing in Syria, and the pictures they finally returned were It shows that Russian military aircraft appeared. Military experts say that drones like the MQ-9, which are controlled by the rear ground control center, are most afraid of being subjected to strong irregular airflow close-range interference. In the face of this situation, the probability of being "remote-controlled" drones crashes. Far greater than someone flying a plane. Although the Russian military did not respond to this report, the US media determined that the Russian military intended to adopt a new tactic of "not firing down" on US military drones.

Similar to the accusations of the United States, the Russian Defense Ministry has repeatedly accused the US military of sending large military aircraft to command drones to attack the Russian military bases. Russian Deputy Defense Minister Fu Ming has previously stated that the US Navy’s P-8A anti-submarine patrol aircraft often flies near the Russian Army’s Tartus Naval Base and Hemetim Air Base, and has repeatedly directed drones to attack Russian bases. The number of drones dispatched is more than 10. In response, the Russian air defense units responded decisively with the anti-aircraft missile systems such as the "Army-S1" and "Dor-M1". Every time they attacked the drones, they all shot down.

However, the Russian military never admitted to causing the fall of the US military aircraft when it issued the announcement. It only said that it repeatedly sent fighters to intercept US aircraft that were close to the Russian border and the Russian military overseas base, and most of them were manned RC-135V reconnaissance aircraft and P-8A anti-submarine patrol aircraft. Go back to Sohu and see more
 
Using a jet fighter to zoom pass a drone within few meters will be sufficient to throw it off the sky! No guns! No shots! No missiles! Slow weak drones will flip tumble and break apart instantly. Fall from sky out of control.





 
They will use batteries and electric motor next time.


It is a size weight strength bully also. If you row a small canoe in sea you will know that you will be flipped over capsized if a powerful speed boat just come rapidly near by you and zoom past deliberately. If your boat was a flimsy bamboo raft assembled weakly it will not only capsize but fall apart into pieces of bamboo sticks. Light weak drones cannot withstand the powerful jet exhaust. If the pilot want to give hell, he can give you a sonic boom by crossing the sound barrier @MACH1 near by can cause weak drone to explode their guts inside out.









 
Chinese comments say Russians are Si Beh Jee Seow! LOL! Sabo-King!


https://mil.news.sina.com.cn/jssd/2019-05-10/doc-ihvhiews1070082.shtml

俄战机逼近“戏耍”美军MQ-9 喷射尾流就能让它坠毁

俄战机逼近“戏耍”美军MQ-9 喷射尾流就能让它坠毁



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日前,一个自称为俄罗斯飞行员的Instagram账号发布了一段有趣的视频。视频内容显示,一架在叙利亚上空飞行的美国MQ-9“收割者”无人机空中遭遇一架俄罗斯战斗机,俄战机的型号疑为苏-30SM。俄罗斯战斗机快速逼近MQ-9,之后在无人机前方进行了转向。该账号并未公布视频拍摄的具体时间,事件的更多细节亦无从得知。
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美军MQ-9无人机
实际上,俄罗斯飞行员的这种“戏耍”行为极有可能导致MQ-9坠毁。战斗机会产生喷射尾流,对附近飞机构成安全威胁,更何况一架无人机。
9dfe-hwsffzc3055515.gif
俄战机逼近MQ-9
MQ-9“收割者”是一架专为长续航能力、高空监视任务而设计的武装无人机,配备一具霍尼韦尔TPE331型涡桨发动机,输出功率为900轴马力(671千瓦)。该机巡航速度为313千米/小时,最高时速仅为482千米。苏-30SM的机长是MQ-9的两倍,能以两马赫的速度飞行。至于武装方面,MQ-9最多可携带4枚AGM-114“地狱火”空对地导弹及2枚GBU-12“宝石路II”激光制导炸弹。此前有消息称,MQ-9已进行AIM-92“毒刺”空对空导弹测试。这似乎预示着该机已具备有限的空对空作战能力。
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俄战机在MQ-9下方转向
可在俄罗斯当前最先进的多用途战斗机面前,MQ-9这种“轻小慢”目标只能沦为俄战机的玩物。不知道事发当时,MQ-9无人机飞行员究竟作何感想?值得一提的是,美军已经在叙利亚战场损失了数架MQ-9无人机。
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MQ-9飞行员,千里之外进行杀戮游戏
当然了,这种对比并不“科学”。毕竟MQ-9可以在7500米的目标区域上空徘徊,续航时间长达14个小时,而每小时操作成本仅为649美元,和战斗机相比这个数字不值一提。这也是无人机的优势所在!
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MQ-9打包好装进C-130机舱

MQ-9“收割者”可以拆卸并装载到集装箱内,以便在全球范围内部署。整个系统可以由C-130“大力神”运输机或体型更大的飞机运输。该任务涉及远程分离操作,在前方作业地点设立起降控制站,负责起降作业,而驻扎在美国本土的机组人员则通过超视距链接执行对剩余任务的指挥和控制。远程分离行动能够减少部署到前方地点的人员数量,集中到一个地点进行飞行控制,从而简化指挥和控制职能以及武器系统的后勤供应。(作者署名:拦阻着舰)


Https://mil.news.sina.com.cn/jssd/2019-05-10/doc-ihvhiews1070082.shtml


The Russian warplane approached the "playing" US military MQ-9 jet wake to make it crash


The Russian warplane approached the "playing" US military MQ-9 jet wake to make it crash



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A few days ago, an Instagram account that claimed to be a Russian pilot released an interesting video. The video shows that a US MQ-9 Reaper drone flying over Syria encountered a Russian fighter jet in the air. The model of the Russian fighter was suspected Su-30SM. The Russian fighter quickly approached the MQ-9 and then turned in front of the drone. The account did not announce the specific time of the video capture, and no more details about the event were known.
US military MQ-9 drone US military MQ-9 drone

In fact, this “playing” behavior of Russian pilots is very likely to cause the MQ-9 to crash. Combat opportunities create jet wakes that pose a security threat to nearby aircraft, not to mention a drone.
Russian fighters approaching MQ-9 Russian fighters approaching MQ-9

The MQ-9 Reaper is an armed drone designed for long-range and high-altitude surveillance missions. It is equipped with a Honeywell TPE331 turboprop engine with an output of 900 shaft horsepower (671 kW). . The aircraft has a cruising speed of 313 km/h and a top speed of only 482 km. The Su-30SM is twice as powerful as the MQ-9 and can fly at two Mach speeds. As for the armed side, the MQ-9 can carry up to four AGM-114 "Hellfire" air-to-surface missiles and two GBU-12 "Gem Road II" laser-guided bombs. Earlier, it was reported that the MQ-9 had been tested by the AIM-92 "Stinger" air-to-air missile. This seems to indicate that the aircraft has limited air-to-air combat capability.
Russian fighters turned to the Russian fighter under the MQ-9 and turned under the MQ-9

In the face of Russia's current state-of-the-art multi-role fighters, the MQ-9's "light and slow" target can only be used as a plaything for Russian fighters. I don't know what happened to the MQ-9 drone pilot at the time of the incident. It is worth mentioning that the US military has lost several MQ-9 drones in the Syrian battlefield.
MQ-9 pilot, killing game MQ-9 pilot thousands of miles away, killing games thousands of miles away

Of course, this contrast is not "scientific." After all, the MQ-9 can be idle over the target area of 7,500 meters, with a battery life of up to 14 hours, and an hourly operating cost of only $649, which is not worth mentioning compared to fighters. This is also the advantage of drones!
MQ-9 packaged into the C-130 cabin MQ-9 packaged into the C-130 cabin

The MQ-9 Reaper can be disassembled and loaded into containers for deployment on a global scale. The entire system can be transported by the C-130 Hercules transporter or larger aircraft. The mission involves a remote separation operation, setting up a landing control station at the front location, responsible for take-off and landing operations, while crew members stationed in the United States perform command and control of the remaining missions through over-the-horizon links. The remote separation operation can reduce the number of personnel deployed to the front location and concentrate on one location for flight control, simplifying the command and control functions and the logistics supply of the weapon system. (Author's signature: Blocking the ship)
 
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