PLA pilots' new ultra light weight flight helmets relief risk stress at Hi-G maneuvers better than U

[tun_dr_m]

https://photo.sina.cn/album_8_193_63431.htm?ch=8&vt=4&pos=108&his=0&hd=1


我军歼20首次海训疑曝全新头盔
2018-05-10 08:31:19

1/11中国空军新闻发言人申进科大校5月9日发布消息，由中国自主研制的新一代隐身战斗机歼-20，近日首次开展海上方向实战化军事训练，进一步提升空军综合作战能力。根据央视画面可见，本次歼20海上方向训练公开的新头盔和之前的头盔差别明显，带有头部定位和显示。（来源：央视军事报道 沉默的山羊 电波震长空XYY ）

2/11顾名思义，TK-31是一种轻量化头盔，未经证实的消息称该头盔在制造上大量采用碳纤维材料，整体重量比上一代的TK-10A头盔大幅下降。对于战斗机飞行员来说，头盔重量越轻，在大过载机动中颈部承受的压力就越小，所以轻量化头盔对防止飞行员的各种颈部伤害有着显而易见的好处。

3/11从TK-31较大的宽度和凸起的两侧看，这种头盔还有较好的重量分布，在大过载机动中不会出现头盔滑动的现象。俄罗斯英雄试飞员谢尔盖·波格丹曾抱怨苏-27的Zsh-7型头盔在过载较大时会向前牵扯头部，令飞行员非常难受，而这种头盔的国产型号就是TK-12。

4/11目前看来，TK-31头盔的定位相当于美国空军的HGU-55/P COMBAT EDGE轻量化头盔。后者小、中、大号的重量分别是1.013千克、1.076千克、1.126千克，专为满足战斗机的全方位大过载机动而研制。

5/11HGU-55/P的壳体采用碳纤维/芳纶材料制造，在保证足够强度的同时大幅降低了重量，降低了对飞行员颈部的压力，适用于持续9G大过载机动，有助于防止由过载引起的意识丧失（GLOC）。该头盔是美国空军F-15和F-16战斗机飞行员的标准装备。

6/11此外，TK-31也是一种优秀的头盔平台，可作为先进头盔瞄准/显示器的基础。美国空军就利用HGU-55/P头盔，在增加了头盔显示器和相关光学零件、迷你CRT、磁性接收机单元、迷你照相机、自动亮度控制传感器、以及微控制器后，发展出了JHMCS头盔显示器。

7/11JHMCS系统可以让飞行员在不需调转机头指向的情况下将武器瞄准目标，并能在遮光镜上显示关键的目标信息。第二代的JHMCS II头盔更是进化到能显示图像和平显内容，大幅提高飞行员的态势感知能力。所以TK-31在增加了显示组件之后，也能摇身变为优秀的头盔显示系统。

8/11对于战斗机头盔显示系统来说，整套系统在1.5千克上下是最为理想的，不会过于影响飞行员的大过载表现。而F-35战斗机装备的高大上HMDS头盔显示器的重量即使是第三代头盔也高达2.3千克，一直遭受诟病。

9/11相比之下，JHMCS II连氧气面罩在内的重量仅为1.95千克，虽然不具备夜视功能，但具有头盔显示器其他一切基本功能。

10/11因此，我国TK-31为基础打造一种战斗机用轻量化头盔显示器是可能的也是可行的，可以绕开HMDS之类头显的高重量和高研制风险，为歼-20提供一种急需的轻量化头显系统。（图为之前曝光的歼20头盔，与本次公开的头盔有明显区别）（作者署名：傲气菜鸟）


The first time in the military training of our army歼20 exposed new helmets

2018-05-10 08:31:19



1/11 Chinese Air Force spokesman Shen Jinke issued a message on May 9 that a new generation of stealth fighter aircraft J-20, independently developed by China, has recently launched military training for the first time in the maritime direction to further enhance the Air Force's comprehensive combat capabilities. According to CCTV's picture, the new helmet that was open at the 20th sea training was obviously different from the previous helmet, with head positioning and display. (Source: CCTV Military Report Silenced Goats Electromagnetic Waves Long Space XYY)



2/11 As the name implies, the TK-31 is a lightweight helmet. Unconfirmed information indicates that the helmet is heavily used in the manufacture of carbon fiber materials and its overall weight is significantly lower than that of the previous generation TK-10A helmet. For fighter pilots, the lighter the weight of the helmet, the lower the pressure on the neck during heavy overload maneuvers, so lightweight helmets have obvious advantages in preventing the pilot's various neck injuries.



3/11 From the larger width and raised sides of the TK-31, this type of helmet has a better weight distribution and there is no helmet slip during large overload maneuvers. Russian hero test pilot Sergei Bogdan once complained that the Su-27's Zsh-7 helmet will pull its head forward when it is overloaded, making the pilot very uncomfortable. The domestic model of this helmet is TK-12. .



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4/11 Currently, the positioning of the TK-31 helmet is equivalent to the US Air Force's HGU-55/P COMBAT EDGE lightweight helmet. The weights of the latter small, medium and large are 1.013 kg, 1.076 kg and 1.126 kg, respectively, which are specially developed to meet the full range of large overload maneuvers of fighter aircraft.



The shell of the 5/11HGU-55/P is made of carbon fiber/aramid material, which ensures sufficient strength while greatly reducing the weight and reducing the pressure on the pilot's neck. It is suitable for continuous heavy-duty maneuvers of 9G and helps to prevent Loss of consciousness caused by overload (GLOC). The helmet is standard equipment for United States Air Force F-15 and F-16 fighter pilots.



6/11 In addition, the TK-31 is also an excellent helmet platform that can be used as the basis for advanced helmet targeting/displays. The U.S. Air Force used the HGU-55/P helmet to develop the JHMCS head-mounted display after adding head-mounted displays and related optical components, a mini-CRT, a magnetic receiver unit, a mini-camera, an automatic brightness control sensor, and a microcontroller.



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The 7/11 JHMCS system allows the pilot to aim the weapon at the target without turning the nose, and it can display critical target information on the lens. The second-generation JHMCS II helmet evolved to display images and display content, significantly improving the pilot's situational awareness. Therefore, after adding the display components, the TK-31 can also be transformed into an excellent helmet display system.



8/11 For a fighter helmet display system, the entire system is ideally under 1.5 kilograms and will not overly affect the pilot's large overload performance. The weight of the HMDS helmet display on the tall F-35 fighter equipment is as high as 2.3 kg even in the third-generation helmet, and has been criticized.



Compared to the 9/11, the JHMCS II weighs only 1.95 kilograms, including an oxygen mask. Although it does not have night vision, it has all the basic functions of a helmet monitor.



After 12 years of hard work, the Three Kingdoms 11 finally released a mobile version! Or the feeling of the year!



10/11 Therefore, it is possible and feasible to build a lightweight helmet display for fighter aircraft based on TK-31 in China, which can bypass the high weight and high development risk of HMDS and provide a kind of 歼-20. A much-needed lightweight head-display system. (The picture shows the previous exposure of the 歼20 helmet, there is a clear difference with the helmet disclosed this time) (Author's signature: proud gas rookie)



11/11 "Sheath" full content can be scanned image QR code concerned Sina military official WeChat first view (see details, please search WeChat public number: sinamilnews), "Sheath" is in the Sina military official WeChat complete starting every day, reading past "Sheath" please see Sina military official WeChat history news, search "sheath" article please reply keyword search, such as viewing this issue of "sheath", reply to Putin, view the previous "sheath", reply to the Russian Navy.

 

[Truth_Hurts]

I hope the USA steals the ah tiong technology..give them a taste of their own medicine

 

[tun_dr_m]

With dozens of sensors sensing brain waves and pupples of PLA pilots, the flight helmet actually let pilot command fighter and weapons via thoughts and eyesights with minimum finger movements. Extreme cutting edge technologies way more advanced than USAF.

http://mil.news.sina.com.cn/jssd/2018-05-10/doc-ihaichqz3952980.shtml

中国歼20战机AR头盔首次曝光 可360度感知用眼神作战
中国歼20战机AR头盔首次曝光 可360度感知用眼神作战

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　　中国空军5月9日宣布，国产四代隐身战机歼-20首次开展了海上方向实战化军事训练。在官方发布的画面中，一款完全不同于以往样式的飞行员头盔首次曝光。这款头盔前部光滑，没有以前歼-20飞行员头盔的棱角和凸起部分，而且面罩面积更大，几乎遮到飞行员的嘴部。从此前航展上出现过的类似国产头盔来看，歼-20飞行员装备的新头盔应该是一款应用了增强现实（Augmented Reality，简称 AR）技术的先进飞行头盔，技术水平可能达到甚至超过F-35战机的HMDS头盔显示系统。

　　歼20飞行员新头盔前部光滑。

　　歼20飞行员旧头盔前部有一整块明显凸起。

　　在近两年举行的航展和防务展上，我国军工单位已数次展出的自行研发新型国产AR战机飞行头盔。实物和介绍资料显示，头盔上安装了摄像头、微型投影装置、超广角大视场高清显示面罩等设备。通过摄像头采集的来自战机分布式传感器的图像数据，经过机载电脑处理后叠加相关参数，再投影到超广角大视场高清显示面罩上，可以让飞行员获得更逼真、全面的飞行态势景象，并以肉眼实时看到与飞行相关的参数。

　　这种集合高科技、新材料的先进飞行头盔，F-35隐身战机已有采用。资料显示，一顶应用了HMDS头盔显示技术的F-35专用头盔，售价高达40万美元，约合255万元人民币。HMDS头盔显示具备360度综合态势感知能力，也就是来自战机四面八方的空情态势，敌我目标高度、速度、航向等关键信息，都可以在头盔上显示。

　　歼-20新头盔后部布满传感器。感谢截图网友。

　　F-35飞行员头盔后部也布满传感器。

　　可以看出，歼-20战机新型头盔从外形、传感器分布来看，与F-35战机HMDS头盔十分相似。结合我国近年来在电子、光电、智能、显示等领域取得的巨大技术进步，可以推断歼-20的新头盔至少拥有与F-35头盔一样的性能。歼-20战机的公开图片也可以看出，除了机头装有大直径有源相控阵雷达，座舱下、机身、机尾等处，也都有布置传感器。

　　这种四代隐身战机开始采用的全机分布式传感系统，正式AR新型头盔技术得以应用的技术。歼-20战机外360度范围的雷达探测信息、图像信号，就来自这一分布式传感系统。这些信息和信号，经过机载电脑处理后汇集到飞行员佩戴的AR头盔，可以使飞行员在操纵飞机时无需低头看机内平面显示器、抬头显示器等，仅需移动目光读取头盔超大面积面罩上的关键信息即可。

　　歼-20战机“大象漫步”。

　　这样，飞行员不但对敌我空中态势掌握得更即时、更全面，也减少了频繁观察机内显示器的次数，降低了操纵负担，可以更专注于空战。除了能够360度感知，歼-20战机新型AR头盔应该还有高清夜视功能，因为此前展出的品种就有这一功能。因此该头盔也使歼-20飞行员具备全天候、复杂气象条件下的作战能力。

　　在感知、夜视以外，新型AR头盔应该也继承了此前歼-20战机头盔的瞄准系统。也就是在进入空战模式后，歼-20战机的空空导弹可以直接依据头盔显示器的数据进行发射。简单来说，就是歼-20飞行员“看向”哪里，导弹就可以射向哪里。而飞行员肉眼看到的，却是经过终端处理的机载火控雷达探测数据，所以不会限制空空导弹的打击距离。

　　歼-20战机在跑道上滑行。

　　相反，直接用眼神“锁定”打击目标，而不是根据显示屏数据信息发射导弹，大大缩短了空空导弹的发射反应时间，减少了对方战机逃逸的机会。可以说，歼-20战机头盔显示系统与国产四代红外成像PL-10空空导弹形成的“绝配”，是非常致命的空战武器。

　　歼-20战机飞行员在装备这款超广角大视场AR头盔后，飞行和战斗能力将再次获得提升，空中态势感知、中近距格斗能力将力压很多型号的先进战机。（作者署名：百战刀）



The first exposure of China's Jian 20 fighter AR helmet can be used for 360-degree eyesight combat
The first exposure of China's Jian 20 fighter AR helmet can be used for 360-degree eyesight combat
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The Chinese Air Force announced on May 9 that for the first time, the domestically produced four-generation stealth aircraft, the J-20, has carried out practical training in the maritime direction. In the official release of the picture, a pilot helmet with a completely different style than the original exposure. The front of the helmet is smooth, without the corners and bulges of the helmet of the previous J-20 pilot, and the mask is larger, almost covering the pilot's mouth. Judging from similar domestically produced helmets that appeared on the air show before, the new helmet of the J-20 pilots should be an advanced flying helmet that uses Augmented Reality (AR) technology. The technical level may reach or even exceed F. -35 fighter HMDS helmet display system.

The 20 pilots had a new helmet with a smooth front.

The pilot of the 20th pilot had a single prominent bulge in the front of the old helmet.

At the air show and defense exhibition held in the past two years, China's military units have exhibited several new self-developed domestic AR fighter helmets. Physical and introductory data show that helmets are equipped with cameras, miniature projection devices, ultra-wide-angle large-field high-definition display masks and other equipment. The image data collected from the fighter aircraft distributed by the camera is overlaid with relevant parameters after being processed by the on-board computer, and then projected onto an ultra-wide-angle and large-field high-definition display mask, allowing the pilot to obtain a more realistic and comprehensive flight situation. Visually see flight related parameters in real time.

This advanced flight helmet that combines high-tech and new materials has been adopted by the F-35 stealth fighter. According to the data, an F-35 helmet with HMDS helmet display technology costs as much as 400,000 U.S. dollars, or about 2.55 million U.S. dollars. The HMDS helmet display has 360-degree comprehensive situational awareness, which is the airborne situation from all sides of the fighter plane. The key information such as target height, speed, and heading can be displayed on the helmet.

The 歼-20 new helmet is full of sensors on the back. Thanks for screenshot users.

The rear of the F-35 pilot’s helmet is also full of sensors.

It can be seen that the new helmet of the J-20 fighter aircraft looks very similar to the F-35 fighter HMDS helmet in terms of appearance and sensor distribution. Combining the enormous technological advances China has made in recent years in electronics, optoelectronics, intelligence, display, etc., it can be inferred that the new helmet of the J-20 has at least the same performance as the F-35 helmet. The public image of the F-16 fighter can also be seen to have sensors installed in addition to the large-diameter active phased-array radar in the nose, the cockpit, the fuselage, and the tail.

This four-generation stealth fighter began to use the whole machine distributed sensing system, the application of formal AR new helmet technology. The radar detection information and image signals in the 360-degree range outside the F-16 fighter plane come from this distributed sensing system. These information and signals are collected by the on-board computer and then assembled into the AR helmet worn by the pilot. This allows pilots to look at the large-area masks of helmets without looking down at the plane display, head-up display, etc. The key information can be.

J-20 fighter "An Elephant Walk".

In this way, the pilot not only has a more immediate and comprehensive view of the enemy's airspace, but also reduces the frequency of frequent observations of the monitors in the aircraft, reduces the burden of manipulation, and can focus more on air combat. In addition to being able to sense 360 degrees, the new AR helmets of the J-20 fighter should have high-definition night vision, as the previously exhibited varieties have this function. Therefore, the helmet also enables the J-20 pilots to have all-weather and complex meteorological conditions.

In addition to perception and night vision, the new AR helmet should also inherit the sighting system of the previous S-20 fighter helmet. That is, after entering air combat mode, the J-20 fighter's air-to-air missile can be launched directly from the helmet display. In simple terms, it is where the J-20 pilots “see” where the missiles can be directed. What the pilot sees with the naked eye is the airborne fire-control radar detection data processed by the terminal, so it does not limit the air-to-air missile strike distance.

The J-20 fighter taxied on the runway.

On the contrary, direct use of eyes to "lock in" the target, instead of launching missiles based on information on the display screen, greatly reduces the launch reaction time of air-to-air missiles and reduces the opportunity for fighter jets to escape. It can be said that the "destination" formed by the J-20 fighter helmet display system and the domestically produced fourth-generation infrared imaging PL-10 air-to-air missile is a very deadly weapon of air combat.

After the J-20 fighter pilots equipped this super wide-angle AR field helmet, the flying and combat capabilities will once again be improved. The air situational awareness and mid-distance combat capability will force many models of advanced fighters. (Author's signature: Bai Zhan Dao)

 

[tun_dr_m]

You can look at a certain object on your screen and THINK "CLICK THIS" and it is done! No fingers!

You can select which missile by thinking and fire by thinking also. Keep your hands on other controls!

already used for civilian mobile message apps


Already tested in space

 

[tun_dr_m]

http://mil.news.sina.com.cn/jssd/2018-05-10/doc-ihaichqz4347913.shtml


中国歼20出海这款设备亮相 近距格斗能力或超美F22
中国歼20出海这款设备亮相 近距格斗能力或超美F22

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　　中国空军歼-20首次佩戴头盔显示/瞄准系统公开亮相

　　此前中国空军歼-20战斗机飞行员佩戴只是普通飞行头盔

　　近日中国空军歼-20战斗机进行海上实战化军事训练，在这个次训练之中歼-20飞行员头带国产新一代头盔显示/瞄准系统首次公开亮相，它与国产PL-10红外成像制导格斗空空导弹构成歼20近距空战系统，具备当今顶尖水平。

　　需要指出的是F-22战斗机虽然装备了AIM-9X红外成像制导格斗空空导弹，但是还没有装备头盔显示/瞄准系统，因此近距能力要低于歼-20战斗机。

　　从相关图片可以看到歼-20飞行员头盔上分布着非常多突起，这表明它采用了电磁定位技术，这是新一代头盔显示/瞄准系统普遍采用的定位技术，例如F-35战斗机头盔显示/瞄准系统，它的优点就是头部运动范围不受限制，可以最大限度发挥头盔显示/瞄准系统效能，可以更好支持新一代近距格斗空空导弹使用。

　　美国空军普遍采用的JHMCS头盔显示/瞄准系统，不过它的显示还比较简单

　　它可以最大限度支持空空导弹离轴攻击能力

　　中国从上世纪80年代开始研制第三代格斗空空导弹，三代格斗空空导弹离轴发射角度较大，普通平显已经难以支持导弹大离轴攻击能力，所以相关单位也开展了头盔显示/瞄准系统的研究，头盔显示/瞄准系统将显示屏系统安装在飞行员头盔之上，能够突破光学系统限制，最大限度支持导弹离轴攻击能力，不过受到当时国内经济技术水平和工业基础影响，一时难以突破相关技术难题，所以研制工作处于停滞不前姿态。

　　上世纪90年代，中国从俄罗斯引进了苏-27SK战斗机，配套飞行员头盔瞄准系统也一同引进到国内，相关单位对俄罗斯头盔瞄准系统进行分析和研究，发现它采用了光电定位方法，它在头盔上面加装光敏探测器，平显两侧加装定位基准信号，利用两者相们差对头盔进行定位，优点是技术相对成熟，结构也比较简单，当然受到背景干扰、座舱空间狭窄等因素限制，光电定位视野受到限制，从相关资料来看，俄罗斯头盔瞄准系统离轴范围大约在60度左右，显示范围比较有限，只能显示比较简单武器瞄准信息，另外精度、动态响应速度与西方国家新一代头盔显示/瞄准系统也有差距，考虑到国内当时实际情况，中国空军决定先国产化光电头盔瞄准具，经过努力，中国相关单位在新世纪完成光电头盔瞄准具国产化工作，装备在中国空军歼-11、歼-10战斗机上面，它们与PL-8空空导弹一起构成中国空军第三代近距空战系统，完全可以压制周边国家和地区空军的AIM-9L格斗空空导弹，有效提高了中国空军作战能力。

　　F-35头盔显示/瞄准系统

　　它显示图像，可以看到它显示信息非常多

　　进入新世纪之后，第四代红外制导空空导弹出现，它采用了红外成像制导、推力矢量技术，离轴发射角度已经达到90度，光电头盔瞄准系统已经难以适应要求，在这种情况下，新一代头盔显示/瞄准系统就出现了，例如美国JHMCS，它采用电磁定位系统，运动范围更大，定位精度更高，可以更好支持第四代红外成像制导空空导弹进行近距空战，F-35战斗机头盔显示/瞄准系统更加先进，它综合有夜视系统，可以昼夜向飞行员显示更多战术信息，甚至可以配合分布式光学系统提供飞行员全向战场态势感知。

　　中国早期头盔显示/瞄准系统

　　后期经过改进的型号，可以看到它的综合程度已经大为提高

　　歼-20飞行员头盔显示/瞄准系统，注意头盔上传感器

　　进入新世纪中国空军决定研制第四代隐身战斗机歼-20，它象F-35战斗机一样，也配备有分布式光学孔径系统，另外机载武器配套研制了PL-10红外成像制导空空导弹，这样现有光电头盔瞄准具已经难以满足要求，随着国家经济技术实力增强，工业基础水平提高，中国相关单位也攻克了相关技术难题，研制成功新一代头盔显示/瞄准系统，此次飞行员佩戴的就是新一代头盔显示/瞄准系统，从相关资料来看，它主要战术技术指标与国外新一代头盔显示/瞄准系统相当，具备昼夜显示能力，能够配合分布式光电系统为飞行员提供全向战场态势感知，可以最大限度发挥PL-10红外成像制导格斗空空导弹离轴攻击能力。（作者署名：小飞猪观察）

　　F-22战斗机还没有头盔显示/瞄准系统

　　可能要在2020年之后才会集成Visionix头盔显示/瞄准系统


China's 20 ships to the sea, this equipment debut close combat ability or ultra-US F22
China's 20 ships to the sea, this equipment debut close combat ability or ultra-US F22
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Chinese Air Force J-20 Debuts Helmet Display/Sighting System for the First Time

Previously, the Chinese Air Force J-20 fighter pilots wore only ordinary flying helmets

Recently, the Chinese Air Force J-20 fighters conducted marine combat training. During this training, the J-20 pilot headband made a new generation of helmet display/targeting system for the first time in public in Korea. It is in line with the domestic PL-10 infrared imaging guided combat air to air missile. It constitutes the close-range air combat system of the 歼20 and has the top level of today.

It should be pointed out that although the F-22 fighter is equipped with the AIM-9X infrared imaging guided combat air-to-air missile, it is not yet equipped with a helmet display/aiming system, so the short-range capability is lower than that of the J-20 fighter.

From the related picture, we can see that the J-20 pilot has a very large number of protrusions on the helmet, which indicates that it uses electromagnetic positioning technology, which is a commonly used positioning technology for a new generation of helmet display/targeting systems, such as the F-35 fighter helmet display/ Targeting system, its advantage is that the head movement range is not limited, can maximize the effectiveness of the helmet display / aiming system, can better support the use of a new generation of close combat air-to-air missiles.

The JHMCS helmet display/targeting system commonly used by the U.S. Air Force, but its display is relatively simple

It can support the maximum off-axis attack capability of air-to-air missiles.

China began developing third-generation fighting air-to-air missiles from the 1980s. Three-generation fighting air-to-air missiles have large off-axis launch angles. Ordinary Hyundai has been unable to support missiles with large off-axis attacks, so related units have also developed helmet display/targeting systems. In the study, the helmet display/targeting system installed the display system on the helmet of the pilot, which could break through the limitation of the optical system and maximize the off-axis missile attack capability. However, due to the impact of domestic economic and technological level and industrial base at that time, it was difficult to break through the relevant Technical difficulties, so the development work is stagnant.

In the 1990s, China introduced Su-27SK fighter jets from Russia, and the pilot pilot helmet targeting system was also introduced to the country. Related units analyzed and studied the Russian helmet targeting system and found that it used the photoelectric positioning method. Installation of photosensitive detectors, flat display on both sides to install the positioning reference signal, the use of the difference between the two helmet positioning, the advantage is relatively mature technology, the structure is relatively simple, of course, by the background interference, cabin space constraints and other factors, Photoelectric positioning field of vision is limited, according to relevant data, Russia helmet targeting system off-axis range of about 60 degrees, the display range is relatively limited, can only show relatively simple weapon sighting information, in addition to accuracy, dynamic response speed and a new generation of Western countries There is also a gap in the helmet display/targeting system. Considering the actual situation at that time in China, the Chinese Air Force decided to first produce an optoelectronic helmet sight. After efforts, China’s relevant units completed the localization of optoelectronic helmet sights in the new century. 11. J-10 fighters above Together with the PL-8 air-to-air missile, they constitute the third generation of the Chinese Air Force's close-range air-to-air system, which can completely suppress the AIM-9L combat air-to-air missiles of neighboring countries and regions, effectively improving the combat capabilities of the Chinese Air Force.

F-35 Helmet Display/Sighting System

It shows an image and you can see it shows a lot of information

After entering the new century, the fourth generation of infrared guided air-to-air missiles emerged. It uses infrared imaging guidance and thrust vector technology. The off-axis launch angle has reached 90 degrees. The photoelectric helmet targeting system has been difficult to meet the requirements. In this case, the new A generation of helmet display/targeting systems emerged. For example, JHMCS in the United States uses an electromagnetic positioning system to provide greater range of motion and higher positioning accuracy. It can better support fourth-generation infrared imaging guided air-to-air missiles for close-range air battles. F-35 The fighter helmet display/targeting system is more advanced. It incorporates a night vision system that can display more tactical information to pilots day and night, and can even provide pilots with omnidirectional battlefield situational awareness in conjunction with distributed optical systems.

China Early Helmet Display/Sighting System

Later improved models, you can see that its comprehensive degree has been greatly improved

歼-20 Pilot Helmet Display/Sighting System, Attention Helmets Sensor

Entering the new century, the Chinese Air Force decided to develop the fourth-generation stealth fighter 歼-20, which, like the F-35 fighter jet, is also equipped with a distributed optical aperture system. In addition, the PLA-10 infrared imaging guided air-to-air missile was developed for airborne weapons. The existing photoelectric helmet sights have been difficult to meet the requirements. With the strengthening of the country's economic and technological strength and the improvement of the industrial basic level, relevant Chinese units have also overcome relevant technical problems and developed a new generation of helmet display/targeting systems. The pilots wear the A new generation of helmet display/targeting system, from the relevant data, its main tactical technical indicators and a new generation of foreign helmet display / targeting system is equivalent, with day and night display capabilities, with the distributed optical system for pilots to provide omnidirectional battlefield situational awareness, It can maximize the off-axis attack capability of PL-10 infrared imaging guided combat air-to-air missiles. (Author's signature: Observed by Flying Pig)

F-22 fighter has no helmet display/aiming system yet

Potential to integrate Visionix helmet display/aiming system after 2020