央视网消息：7月7日，海军山东舰航母编队圆满结束为期5天的访问活动返航离开香港。本次访问活动中，国产新型舰载机歼-15T首次在航母甲板对公 众开放，备受瞩目。那么歼-15系列舰载机有何特点？近日，记者来到辽宁沈阳，独家探访了歼-15T的机库。歼-15总设计师孙聪也在采访中表示，未来我国 的舰载机将会更智能。 总台央视记者 李宁：这就是一架舰载弹射版的歼-15T，它在歼-15的基础上对性能进行了提升。尽管从外观来看，它和歼-15没有特别大的区别，但是在 一些地方还是体现了它弹射的一些独特的设计。比如说，我们现在来到前起落架的位置，这就是一个弹射杆。它就是和航母的电磁弹射系统来进行连接。 歼-15T的T是汉语拼音"弹"的首字母，它是针对弹射起飞模式而研制的，那从外观上如何区分这两兄弟呢？答案就是这个装置。 空军特级飞行员 歼-15首飞试飞员 李国恩：这就是歼-15T的典型特点——弹射牵引杆，它配合航母上的弹射机构，拉着它走，最后释放就走了。 舰载机的独门绝技——尾钩 作为一款舰载战斗机，歼-15T还有一个关键设备：尾钩。 中国航空工业集团沈阳所 高级工程师 朱琳：相当于拦阻索就钩在钩头里面，拦阻索拽着咱们的飞机， ...

新华社报道显示，在这次远海实战化训练中，辽宁舰、山东舰航母编队坚持实战实训、联战联训、体系 练兵，联动相关军兵种兵力组织互为条件、互为对手的实战对抗，完成侦察预警、防抗打击、对海突 击、对空防御和舰载机跨昼夜战术飞行等科目研练。 "互为条件，互为对手，这也就意味着我们的两个航母编队可能互为红蓝方在进行实战对抗，这当中还 联动相关军兵种兵力，这展现出联合作战的特点。"军事专家张军社6月30日在接受《环球时报》记者采 访时表示，相关表述意味着，在此次两个航母战斗群的联合训练中，有可能还有空军战斗机加入其中， 配合并支援航母编队，与舰载机编队联合作战，对海上、空中目标实施打击，或者进行制空作战，拦截 作战，"这些都有可能"。 在同步公开的此次远海实战化训练视频则展示了歼-15舰载机昼夜开展了起飞，着舰训练，以及万吨大 驱"延安舰"驰骋大洋的画面，以及"查干湖"综合补给舰为山东舰进行补给的画面。展现出中国航母编队 强大的体系作战能力。 一位匿名军事专家6月30日向《环球时报》记者表示，航母战斗群在我军的体系作战能力中发挥重要作 用，但与此同时航母战斗群也是一个独立的作战单元。此次两个航母战斗群开赴远海开展实战对抗，也 ...

【环球时报报道 记者 郭媛丹】6月10日，中国海军新闻发言人王学猛海军大校表示，日前，中国海军辽宁舰、山东舰航母编队赴西太平洋等海域开展训练， 检验部队远海防卫和联合作战能力。接受《环球时报》采访的军事专家表示，这是中国海军两艘航母首次在西太平洋开展双航母编队演练，这表明航母编队 体系作战能力又上了一个新台阶。 据张军社介绍，双航母编队在远海联合作战的指挥控制程序更复杂、侦察预警能力要求更高、通信联络更繁忙。中国海军能顺利组织双航母作战演练，说明 对航母的使用更加熟练，能更好地检验和提高航母编队体系作战能力。同时，双航母编队作战不仅可以提高航母编队的海上生存能力，还可以大幅提升航母 编队的远程攻防作战能力。 张军社分析说，"双航母编队的作战编成可适应中小规模海上冲突需要，在应对海上突发事件及远海防卫作战任务中，会发挥更重要的作用。双航母作战能 力的形成，有利于提高捍卫国家主权和领土完整的决心与能力。" 此外，张军社表示，双航母编队在西太开展的训练符合国际法和国际惯例，这种联合演练不针对任何国家。但同时也在向外界传递信号：中国海军海上联合 作战、远海防卫作战能力在增强，保家卫国的能力在增强，未来可在更远的距离打 ...

Core Viewpoint - The J-10C fighter jet represents a significant advancement in China's military aviation capabilities, featuring improved avionics, radar, engine, and weapon systems compared to its predecessors, the J-10A/B, making it a key asset for the Chinese Air Force in various combat roles [1][2][3]. Group 1: Overview of J-10C - The J-10C is classified as a fourth-generation multi-role fighter, designed for advanced performance at a relatively low cost, fulfilling diverse missions such as air defense, air superiority, and ground attack [2][3]. - It is regarded as the third strongest main battle aircraft in the Chinese Air Force, following the stealthy J-20 and the heavy multi-role J-16 [3]. Group 2: Operational Process - The operational process of the J-10C involves several stages, including pre-flight preparations, takeoff, mission execution, and return, all requiring close coordination among operational, command, and support chains [4][30]. - Pre-flight checks include comprehensive inspections of the aircraft's systems and the loading of appropriate weapons based on mission requirements [6][5]. - The J-10C can achieve a combat radius of approximately 1,500 kilometers and a range of about 3,900 kilometers when equipped with three external fuel tanks [6]. Group 3: Technical Specifications - The J-10C features a canard-delta wing design that enhances its maneuverability and control, allowing for high angles of attack without stalling [34][40]. - It is equipped with a domestically developed KLJ-10A AESA radar, which offers a detection range of up to 200 kilometers and the ability to track multiple targets simultaneously [80]. - The aircraft's WS-10B "Taihang" engine provides a thrust-to-weight ratio close to 1:1, significantly improving its climb and acceleration capabilities [58][60]. Group 4: Combat Capabilities - In air-to-air combat, the J-10C can engage targets at long ranges using the PL-15 missile, which has a reported range of around 200 kilometers [18][19]. - The aircraft has demonstrated superior performance in simulated engagements against advanced fighters, including the Su-35 and J-16, showcasing its agility and combat effectiveness [19]. - For ground attack missions, the J-10C can deploy precision-guided munitions, relying on data from reconnaissance assets to identify targets [21][22]. Group 5: Information Warfare and Network-Centric Operations - The J-10C integrates advanced electronic warfare capabilities, including radar warning receivers and electronic countermeasures, enhancing its survivability in contested environments [81][84]. - It is capable of operating within a network-centric warfare framework, sharing real-time data with other aircraft and ground forces through tactical data links [88][89]. - The aircraft's ability to conduct coordinated attacks and share situational awareness significantly enhances its operational effectiveness in modern combat scenarios [92][95]. Group 6: Stealth Features - While not a fifth-generation stealth fighter, the J-10C incorporates design elements aimed at reducing its radar cross-section (RCS) and infrared signature, such as the DSI (Ducted Supersonic Inlet) design [96][99]. - The use of composite materials and radar-absorbent coatings contributes to its reduced visibility to enemy radar systems [71][72]. - These stealth measures allow the J-10C to operate more effectively in environments where it may face advanced adversary radar systems [100][101].

Group 1 - The Taiwanese military is set to conduct the first live-fire test of the "HIMARS" multiple launch rocket system at the Jiupeng base next week [1][3] - The "HIMARS" system was transported to the Jiupeng base, which is known for its advanced military equipment and high confidentiality [3][4] - The Taiwanese military has allocated a budget of approximately NT$32.5 billion for the procurement of 29 "HIMARS" systems, along with 84 ATACMS tactical missiles and other training equipment [3][4] Group 2 - The first batch of 11 "HIMARS" systems was secretly delivered to Taiwan in October of last year, with 16 ATACMS missiles delivered in January [4] - The ATACMS missiles have a range of 300 kilometers, enhancing Taiwan's capability for "counter-strike" operations [4] - The live-fire test coincides with U.S.-Philippines joint military exercises, indicating Taiwan's intent to demonstrate its capabilities in controlling key maritime routes [5]