That is the purpose of 暗剑 stealth drones!
They are linked with J-20 computer to form a combat fleet / group by command of software + pilot + remote command centers.
They are cheap stealth shells with AI computer electronics, radar and LOTS OF INTERNALLY HIDDEN MISSILES - they are ammo banks and wing man for J-20. They form a array of radar antennas which joint up to be a huge antenna which team together become AWAC. J-20 command them to release missiles. Meaning a single J-20 now can have a few truck loads of missiles, one J-20 can alone kill several squadrons of enemies!
It is more than 10 tons, flies MACH2, can maneuver over 12G, Ramjet-Turbine engine, 1.5 tons payloads, 3200km range.
The legality of one such fleet / group is sufficient to wipe out whole air force of a tiny country like RSAF.
https://mil.news.sina.com.cn/jssd/2019-04-11/doc-ihvhiqax1687983.shtml
歼20若配20架暗剑无人机是什么效果：可横扫小国空军
歼20若配20架暗剑无人机是什么效果：可横扫小国空军
77
“暗剑”无人机
美军正在研制的一种低成本无人机将作为“忠诚的僚机”，与有人驾驶战斗机（如F-35）协同作战，研发人工智能（AI）僚机“有可能极大地改变空中作战的游戏规则。”专家们赞扬了美国空军研制新型“无人僚机”的工作。
澳大利亚、中国和日本也在研发研发人工智能（AI）僚机。2018年年中，一张未注明日期的照片在网上流传，首次公开展示了中国30英尺长的“暗剑”无人机的模型或原型。2016年末，日本《航空周刊》首次发布了一份技术路线图，其中透露了日本自己的“战斗支援无人机”僚机概念。
2019年2月，波音澳大利亚子公司推出了所谓的“空中力量合作系统”。新系统最引人注目的部分是一架38英尺长、喷气动力的无人机，波音公司表示，该无人机可以携带武器和传感器，与有人驾驶飞机编队飞行2000英里。
随着时间的推移，我们可能看到各色各样的各种形状和大小的研发人工智能（AI）僚机。
美军前空军上将、现任弗吉尼亚州米切尔航空航天研究所院长的戴维·德普图拉说，这种无人机可以陪同载人飞机进入战场，研发人工智能（AI）僚机“有可能极大地改变空中作战的游戏规则”。
长机和僚机是空战中的战术队形。 一般情况下，空战都要进行编组，如采用“双机制”编组，通常分为“长机和僚机”。
长机作战经验要比僚机丰富些，长机对敌机进攻时，僚机负责观察、警戒和掩护。但当僚机所处位置更为有利时，由僚机负责攻击，而长机负责观察、警戒和掩护。 战机一般是双机编队（也有特殊的三机编队，即一长机配双僚机结构）。 长机为主，僚机为辅。
研发人工智能（AI）僚机的想法是，它可以与有人驾驶的飞机保持同步，但承担的部分任务是你不会让人类队友去做的。
这并不是说这些无人驾驶飞机适合所有任务，空中打击有许多任务需要有人驾驶飞机。
歼20与无人机
随着时间的推移，未来可能每20架无人驾驶飞机对应一架有人驾驶飞机，比如一架歼20配20架“暗剑”无人机，可以横扫一个小国空军没有问题。
位于俄亥俄州的空军研究实验室正在监督三个相关的项目，几年之后，这些项目可能会制造出一架随时准备战斗的人工智能（AI）僚机，美国空军希望在2023年前完成项目。
研发人工智能（AI）僚机
研发人工智能（AI）僚机项目不包括机身。但是，美军已经研制出一种小型XQ-58隐形喷气动力无人机，可以与研发人工智能（AI）僚机控制系统兼容。
这架约28英尺长、喷气动力的XQ-58演示机于2019年3月5日首次飞越亚利桑那州尤马市。
据美国空军称，XQ-58A能够在短时间内达到0.9马赫的速度，拥有2800公里的航程，并且能够携带至少两枚GBU-39小直径炸弹”，它将具有“极端敏捷”的导弹躲避功能。造价也相对便宜：前99架售价300万美元，如果超过100架，成本下降，售价200万美元。
XQ-58A总共飞行了76分钟，表现完全符合预期。预计将进行五次试飞。研发人工智能（AI）僚机的合同指定了一种“能够低空静默飞行、高空巡航、防御性防空演习、进攻性防空演习以及压制和摧毁敌人防空系统”的无人机。
人工智能（AI）僚机
美国空军在最初的要求中提到的一个特点是：XQ-58A是“跑道独立的”。“研发人工智能（AI）僚机是从海上平台或者卡车和船只的后部发射的。一旦他们的任务结束，弹出降落伞，落回地球进行回收。这意味着XQ-58A（或任何最终由它开发出来的飞机）可以既能保护它们免受攻击，又能腾出跑道供载人飞机使用。
XQ-58A似乎是隐形的，后排气喷嘴埋在机身内，以掩盖其雷达和红外信号。再加上能够携带多达600磅的内部弹药，比如一对250磅的小直径炸弹，研发人工智能（AI）僚机可能非常接近于一架真正的可部署飞机。
人工智能（AI）僚机
XQ-58与研发人工智能（AI）僚机的低成本技术项目相吻合，该项目旨在开发快速生产大量小型战斗型无人机的技术和流程，每架无人机的成本不超过300万美元。
相比之下，一架新的F-35载人战斗机的成本约为1亿美元。所以美军的设想是将来由F-35引领一群人工智能（AI）僚机参加空战，可大大降低成本又可提高空战效果。
人工智能（AI）僚机
考虑到无人机作为单独侦察在军事领域的流行，这种研发人工智能（AI）僚机的任务很有意义，而且似乎是不可避免的。波音的做法是否会在世界各国空军中得到推广，当然取决于执行情况，因此，我们将在2020年再次讨论这个问题，届时这种智能无人僚机将真正起飞。（作者署名：蜀中行讲武堂）
歼20 What is the effect of 20 drone drones: sweeping the small air force
歼20 What is the effect of 20 drone drones: sweeping the small air force
77
"Dark Sword" drone
A low-cost UAV being developed by the US military will serve as a "loyal downtime", and will cooperate with manned fighters (such as the F-35) to develop artificial intelligence (AI) downtime. "It is possible to dramatically change the rules of the game in air combat." Experts praised the work of the US Air Force to develop a new type of "unmanned aircraft."
Australia, China and Japan are also developing R&D artificial intelligence (AI) downtime. In mid-2018, an undated photo was circulated online, showing for the first time the model or prototype of a 30-foot "dark sword" drone in China. At the end of 2016, Japan’s Aviation Weekly released a technical roadmap for the first time, which revealed Japan’s own “combat support drone” concept.
In February 2019, the Boeing Australian subsidiary launched the so-called "Air Force Cooperation System." The most striking part of the new system is a 38-foot-long, jet-powered drone that Boeing says can carry weapons and sensors and fly 2,000 miles with manned aircraft.
Over time, we may see a variety of R&D artificial intelligence (AI) downtimes of all shapes and sizes.
David Deputura, former US Air Force general and current dean of the Mitchell Institute of Aeronautics and Astronautics in Virginia, said that the drone can accompany the manned aircraft into the battlefield and develop artificial intelligence (AI) downtime. May greatly change the rules of the game in air combat."
The long plane and the downtime are tactical formations in air combat. Under normal circumstances, air combat must be organized, such as the use of "dual mechanism" grouping, usually divided into "long machine and downtime."
Long-distance combat experience is more abundant than taking advantage of the opportunity. When the long-range aircraft attacks the enemy aircraft, the downtime is responsible for observation, warning and cover. However, when the position of the downtime is more favorable, the aircraft is responsible for the attack, while the long machine is responsible for observation, warning and cover. The fighter plane is generally a two-machine formation (there is also a special three-machine formation, that is, a long machine with a double-tower structure). The long machine is the main one, and the machine is supplemented.
The idea behind the development of artificial intelligence (AI) downtime is that it can keep pace with manned aircraft, but part of the task is that you won't let human teammates do it.
This is not to say that these drones are suitable for all missions, and there are many missions in the air strike that require someone to fly the aircraft.
歼20 and drone
Over time, in the future, every 20 drones may correspond to a manned aircraft, such as a 歼20 with 20 "dark sword" drones, which can sweep a small country air force without problems.
The Air Force Research Laboratory in Ohio is overseeing three related projects. A few years later, these projects may create an artificial intelligence (AI) crash that is ready to fight. The US Air Force hopes to complete the project by 2023.
Research and development of artificial intelligence (AI) downtime
The development of artificial intelligence (AI) downtime projects does not include the fuselage. However, the US military has developed a small XQ-58 stealth jet powered drone that is compatible with the development of artificial intelligence (AI) downtime control systems.
The 28-foot-long, jet-powered XQ-58 demo plane flew over the first time on March 5, 2019 in Yuma, Arizona.
According to the US Air Force, the XQ-58A can reach a speed of Mach 0.9 in a short period of time, has a range of 2,800 kilometers, and can carry at least two GBU-39 small-diameter bombs. It will have an "extremely agile" missile avoidance function. The cost is also relatively cheap: the first 99 is priced at $3 million. If it exceeds 100, the cost is reduced and the price is $2 million.
The XQ-58A flew for a total of 76 minutes and performed exactly as expected. It is expected that five test flights will be conducted. The contract for the development of artificial intelligence (AI) downtime specifies a drone that is capable of low-altitude silent flight, high-altitude cruising, defensive air defense exercises, offensive air defense exercises, and suppression and destruction of enemy air defense systems.
Artificial intelligence (AI) downtime
One feature that the US Air Force mentioned in its initial request was that the XQ-58A was "runway independent." “R&D artificial intelligence (AI) downtime is launched from the rear of offshore platforms or trucks and ships. Once their mission is over, the parachute pops up and falls back to Earth for recycling. This means XQ-58A (or whatever is ultimately developed by it) The aircraft coming out can protect them from attack and free up the runway for manned aircraft.
The XQ-58A appears to be invisible, with a rear exhaust nozzle buried in the fuselage to cover up its radar and infrared signals. Coupled with the ability to carry up to 600 pounds of internal ammunition, such as a pair of 250-pound small-diameter bombs, the development of artificial intelligence (AI) downtime may be very close to a real deployable aircraft.
Artificial intelligence (AI) downtime
The XQ-58 is in line with a low-cost technology project for the development of artificial intelligence (AI) downtime, which aims to develop technologies and processes for the rapid production of large numbers of small combat drones, each costing no more than $3 million. .
In comparison, the cost of a new F-35 manned fighter is about $100 million. Therefore, the US military's vision is that the F-35 will lead a group of artificial intelligence (AI) downtime to participate in air combat, which can greatly reduce costs and improve air combat effects.
Artificial intelligence (AI) downtime
Considering the popularity of drones as a separate reconnaissance in the military field, the task of developing artificial intelligence (AI) downtime is meaningful and seems inevitable. Whether Boeing’s practice will be promoted in the world’s air forces depends of course on implementation. Therefore, we will discuss this issue again in 2020, when the intelligent unmanned aircraft will take off. (Author's signature: 蜀中行讲武堂)
They are linked with J-20 computer to form a combat fleet / group by command of software + pilot + remote command centers.
They are cheap stealth shells with AI computer electronics, radar and LOTS OF INTERNALLY HIDDEN MISSILES - they are ammo banks and wing man for J-20. They form a array of radar antennas which joint up to be a huge antenna which team together become AWAC. J-20 command them to release missiles. Meaning a single J-20 now can have a few truck loads of missiles, one J-20 can alone kill several squadrons of enemies!
It is more than 10 tons, flies MACH2, can maneuver over 12G, Ramjet-Turbine engine, 1.5 tons payloads, 3200km range.
The legality of one such fleet / group is sufficient to wipe out whole air force of a tiny country like RSAF.
https://mil.news.sina.com.cn/jssd/2019-04-11/doc-ihvhiqax1687983.shtml
歼20若配20架暗剑无人机是什么效果：可横扫小国空军
歼20若配20架暗剑无人机是什么效果：可横扫小国空军
77
“暗剑”无人机
美军正在研制的一种低成本无人机将作为“忠诚的僚机”，与有人驾驶战斗机（如F-35）协同作战，研发人工智能（AI）僚机“有可能极大地改变空中作战的游戏规则。”专家们赞扬了美国空军研制新型“无人僚机”的工作。
澳大利亚、中国和日本也在研发研发人工智能（AI）僚机。2018年年中，一张未注明日期的照片在网上流传，首次公开展示了中国30英尺长的“暗剑”无人机的模型或原型。2016年末，日本《航空周刊》首次发布了一份技术路线图，其中透露了日本自己的“战斗支援无人机”僚机概念。
2019年2月，波音澳大利亚子公司推出了所谓的“空中力量合作系统”。新系统最引人注目的部分是一架38英尺长、喷气动力的无人机，波音公司表示，该无人机可以携带武器和传感器，与有人驾驶飞机编队飞行2000英里。
随着时间的推移，我们可能看到各色各样的各种形状和大小的研发人工智能（AI）僚机。
美军前空军上将、现任弗吉尼亚州米切尔航空航天研究所院长的戴维·德普图拉说，这种无人机可以陪同载人飞机进入战场，研发人工智能（AI）僚机“有可能极大地改变空中作战的游戏规则”。
长机和僚机是空战中的战术队形。 一般情况下，空战都要进行编组，如采用“双机制”编组，通常分为“长机和僚机”。
长机作战经验要比僚机丰富些，长机对敌机进攻时，僚机负责观察、警戒和掩护。但当僚机所处位置更为有利时，由僚机负责攻击，而长机负责观察、警戒和掩护。 战机一般是双机编队（也有特殊的三机编队，即一长机配双僚机结构）。 长机为主，僚机为辅。
研发人工智能（AI）僚机的想法是，它可以与有人驾驶的飞机保持同步，但承担的部分任务是你不会让人类队友去做的。
这并不是说这些无人驾驶飞机适合所有任务，空中打击有许多任务需要有人驾驶飞机。
歼20与无人机
随着时间的推移，未来可能每20架无人驾驶飞机对应一架有人驾驶飞机，比如一架歼20配20架“暗剑”无人机，可以横扫一个小国空军没有问题。
位于俄亥俄州的空军研究实验室正在监督三个相关的项目，几年之后，这些项目可能会制造出一架随时准备战斗的人工智能（AI）僚机，美国空军希望在2023年前完成项目。
研发人工智能（AI）僚机
研发人工智能（AI）僚机项目不包括机身。但是，美军已经研制出一种小型XQ-58隐形喷气动力无人机，可以与研发人工智能（AI）僚机控制系统兼容。
这架约28英尺长、喷气动力的XQ-58演示机于2019年3月5日首次飞越亚利桑那州尤马市。
据美国空军称，XQ-58A能够在短时间内达到0.9马赫的速度，拥有2800公里的航程，并且能够携带至少两枚GBU-39小直径炸弹”，它将具有“极端敏捷”的导弹躲避功能。造价也相对便宜：前99架售价300万美元，如果超过100架，成本下降，售价200万美元。
XQ-58A总共飞行了76分钟，表现完全符合预期。预计将进行五次试飞。研发人工智能（AI）僚机的合同指定了一种“能够低空静默飞行、高空巡航、防御性防空演习、进攻性防空演习以及压制和摧毁敌人防空系统”的无人机。
人工智能（AI）僚机
美国空军在最初的要求中提到的一个特点是：XQ-58A是“跑道独立的”。“研发人工智能（AI）僚机是从海上平台或者卡车和船只的后部发射的。一旦他们的任务结束，弹出降落伞，落回地球进行回收。这意味着XQ-58A（或任何最终由它开发出来的飞机）可以既能保护它们免受攻击，又能腾出跑道供载人飞机使用。
XQ-58A似乎是隐形的，后排气喷嘴埋在机身内，以掩盖其雷达和红外信号。再加上能够携带多达600磅的内部弹药，比如一对250磅的小直径炸弹，研发人工智能（AI）僚机可能非常接近于一架真正的可部署飞机。
人工智能（AI）僚机
XQ-58与研发人工智能（AI）僚机的低成本技术项目相吻合，该项目旨在开发快速生产大量小型战斗型无人机的技术和流程，每架无人机的成本不超过300万美元。
相比之下，一架新的F-35载人战斗机的成本约为1亿美元。所以美军的设想是将来由F-35引领一群人工智能（AI）僚机参加空战，可大大降低成本又可提高空战效果。
人工智能（AI）僚机
考虑到无人机作为单独侦察在军事领域的流行，这种研发人工智能（AI）僚机的任务很有意义，而且似乎是不可避免的。波音的做法是否会在世界各国空军中得到推广，当然取决于执行情况，因此，我们将在2020年再次讨论这个问题，届时这种智能无人僚机将真正起飞。（作者署名：蜀中行讲武堂）
歼20 What is the effect of 20 drone drones: sweeping the small air force
歼20 What is the effect of 20 drone drones: sweeping the small air force
77
"Dark Sword" drone
A low-cost UAV being developed by the US military will serve as a "loyal downtime", and will cooperate with manned fighters (such as the F-35) to develop artificial intelligence (AI) downtime. "It is possible to dramatically change the rules of the game in air combat." Experts praised the work of the US Air Force to develop a new type of "unmanned aircraft."
Australia, China and Japan are also developing R&D artificial intelligence (AI) downtime. In mid-2018, an undated photo was circulated online, showing for the first time the model or prototype of a 30-foot "dark sword" drone in China. At the end of 2016, Japan’s Aviation Weekly released a technical roadmap for the first time, which revealed Japan’s own “combat support drone” concept.
In February 2019, the Boeing Australian subsidiary launched the so-called "Air Force Cooperation System." The most striking part of the new system is a 38-foot-long, jet-powered drone that Boeing says can carry weapons and sensors and fly 2,000 miles with manned aircraft.
Over time, we may see a variety of R&D artificial intelligence (AI) downtimes of all shapes and sizes.
David Deputura, former US Air Force general and current dean of the Mitchell Institute of Aeronautics and Astronautics in Virginia, said that the drone can accompany the manned aircraft into the battlefield and develop artificial intelligence (AI) downtime. May greatly change the rules of the game in air combat."
The long plane and the downtime are tactical formations in air combat. Under normal circumstances, air combat must be organized, such as the use of "dual mechanism" grouping, usually divided into "long machine and downtime."
Long-distance combat experience is more abundant than taking advantage of the opportunity. When the long-range aircraft attacks the enemy aircraft, the downtime is responsible for observation, warning and cover. However, when the position of the downtime is more favorable, the aircraft is responsible for the attack, while the long machine is responsible for observation, warning and cover. The fighter plane is generally a two-machine formation (there is also a special three-machine formation, that is, a long machine with a double-tower structure). The long machine is the main one, and the machine is supplemented.
The idea behind the development of artificial intelligence (AI) downtime is that it can keep pace with manned aircraft, but part of the task is that you won't let human teammates do it.
This is not to say that these drones are suitable for all missions, and there are many missions in the air strike that require someone to fly the aircraft.
歼20 and drone
Over time, in the future, every 20 drones may correspond to a manned aircraft, such as a 歼20 with 20 "dark sword" drones, which can sweep a small country air force without problems.
The Air Force Research Laboratory in Ohio is overseeing three related projects. A few years later, these projects may create an artificial intelligence (AI) crash that is ready to fight. The US Air Force hopes to complete the project by 2023.
Research and development of artificial intelligence (AI) downtime
The development of artificial intelligence (AI) downtime projects does not include the fuselage. However, the US military has developed a small XQ-58 stealth jet powered drone that is compatible with the development of artificial intelligence (AI) downtime control systems.
The 28-foot-long, jet-powered XQ-58 demo plane flew over the first time on March 5, 2019 in Yuma, Arizona.
According to the US Air Force, the XQ-58A can reach a speed of Mach 0.9 in a short period of time, has a range of 2,800 kilometers, and can carry at least two GBU-39 small-diameter bombs. It will have an "extremely agile" missile avoidance function. The cost is also relatively cheap: the first 99 is priced at $3 million. If it exceeds 100, the cost is reduced and the price is $2 million.
The XQ-58A flew for a total of 76 minutes and performed exactly as expected. It is expected that five test flights will be conducted. The contract for the development of artificial intelligence (AI) downtime specifies a drone that is capable of low-altitude silent flight, high-altitude cruising, defensive air defense exercises, offensive air defense exercises, and suppression and destruction of enemy air defense systems.
Artificial intelligence (AI) downtime
One feature that the US Air Force mentioned in its initial request was that the XQ-58A was "runway independent." “R&D artificial intelligence (AI) downtime is launched from the rear of offshore platforms or trucks and ships. Once their mission is over, the parachute pops up and falls back to Earth for recycling. This means XQ-58A (or whatever is ultimately developed by it) The aircraft coming out can protect them from attack and free up the runway for manned aircraft.
The XQ-58A appears to be invisible, with a rear exhaust nozzle buried in the fuselage to cover up its radar and infrared signals. Coupled with the ability to carry up to 600 pounds of internal ammunition, such as a pair of 250-pound small-diameter bombs, the development of artificial intelligence (AI) downtime may be very close to a real deployable aircraft.
Artificial intelligence (AI) downtime
The XQ-58 is in line with a low-cost technology project for the development of artificial intelligence (AI) downtime, which aims to develop technologies and processes for the rapid production of large numbers of small combat drones, each costing no more than $3 million. .
In comparison, the cost of a new F-35 manned fighter is about $100 million. Therefore, the US military's vision is that the F-35 will lead a group of artificial intelligence (AI) downtime to participate in air combat, which can greatly reduce costs and improve air combat effects.
Artificial intelligence (AI) downtime
Considering the popularity of drones as a separate reconnaissance in the military field, the task of developing artificial intelligence (AI) downtime is meaningful and seems inevitable. Whether Boeing’s practice will be promoted in the world’s air forces depends of course on implementation. Therefore, we will discuss this issue again in 2020, when the intelligent unmanned aircraft will take off. (Author's signature: 蜀中行讲武堂)
