J-10A "Vigorous Dragon" Late Variant: The Republic's Pride (Copy)

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Introduction to the J-10A

The J-10A is a third-generation, single-engine multirole fighter aircraft developed by Chengdu Aircraft Industry Group (CAC), a subsidiary of the Aviation Industry Corporation of China (AVIC). It entered formal service in 2004. The early production batches (2004–2008) were the initial mass-produced variants of the J-10 series, primarily tasked with replacing aging Chinese Air Force aircraft such as the J-7 and J-8II, focusing on air superiority missions.


Modernization and Subsequent Production Batches

To enhance the combat capabilities and extend the service life of early J-10A units, the Chinese Air Force initiated modernization upgrades for over 200 J-10A fighters starting in the 2010s. Later production batches of the J-10A were also built to this upgraded standard (often unofficially referred to as the J-10A+ or J-10A MLU, though the official designation remains J-10A). Key improvements include avionics systems, weapon compatibility, electronic warfare capabilities, and propulsion systems.

Major Upgrades

Avionics Systems

  • Radar Upgrade: Installation of the JKL-24 Active Electronically Scanned Array (AESA) Radar.
    • Detection range:
      • Against typical fighter targets (RCS=5 m²): 200–220 km (head-on mode).
      • Against stealth targets (RCS=0.1 m²): 70–90 km (optimized mode).
    • Tracking and engagement:
      • Simultaneously track 30+ targets and guide missiles against 6–8 high-priority targets.
    • Multi-mode support:
      • Air-to-air, air-to-ground, and air-to-sea modes.
      • Integrated Synthetic Aperture Radar (SAR) imaging, Ground Moving Target Indication (GMTI), and Electronic Countermeasures (ECM).
  • Mission Computer and Data Link:
    • Equipped with high-speed data links and an open-architecture mission computer.
    • Enables real-time information sharing with AWACS and ground command systems.
Image of the AESA Radar Installation

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  • Mission Computer and Data Link:
    Integrated high-speed data links and an open-architecture mission computer, enabling real-time information sharing with AWACS and ground command systems.

Electronic Warfare Systems

  • New Electronic Countermeasure (ECM) Pods and Missile Approach Warning System (MAWS) added to enhance battlefield survivability.

Weapon Compatibility

  • Capable of carrying PL-15 long-range air-to-air missiles and PL-10E infrared imaging-guided close-combat missiles.
    Through incremental upgrades, the J-10A can also deploy air-to-surface missiles such as CM-502KG, CM-704KG, KD-88, and YJ-91, as well as precision-guided bombs like the Lei Shi-6 (LS-6), LS-500J, and FT series, granting it precision strike capabilities against tactical targets, ships, and radar installations. While the multirole upgrades reflect the PLA Air Force’s “one aircraft, multiple roles” development philosophy, only CM-502KG, CM-704KG, and KD-88 air-to-surface missiles are recommended for in-game balancing purposes. If anti-radiation missiles are added to the game in the future, the YJ-91 supersonic anti-radiation/anti-ship missile could be included.
Weapon Loadout Display

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Compound Pylon Display

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Propulsion System

  • Select upgraded batches feature the domestically produced WS-10B turbofan engine, with thrust increased to approximately 14 tons and reliability superior to the earlier Russian AL-31FN engines.

Exterior Changes

  • Vertical Stabilizer Tip: Equipped with a navigation antenna identical to those on the J-10B/C and JF-17 Thunder.
  • VHF/UHF Antenna: Replaced with the same model used on the JF-17 Thunder to improve stable communication in adverse weather.
  • Cockpit Upgrades: Minor enhancements such as improved countermeasure dispenser systems, influenced by design experience and feedback from the JF-17 program.
Images of Visual Differences


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Weapon Introduction

KD-88 Air-to-Surface Missile
  • Background: China’s domestically developed medium-range air-to-surface missile, comparable to Russia’s Kh-38 and the U.S. AGM-84 SLAM-ER.
  • Specifications:
    • Range: 180 km (mid-course INS/GPS correction, terminal IR/TV guidance).
    • Weight: ~600 kg, Warhead: 300 kg HE-penetration.
    • Speed: Subsonic (~0.8 Mach).
  • Guidance:
    • INS + satellite-aided (BeiDou/GPS) with man-in-the-loop retargeting.
    • Terminal IR imaging/TV guidance for high ECM resistance.
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CM-704KG Multi-Role Missile
  • Background: CASIC’s export-oriented modular missile for drones and light fighters.
  • Specifications:
    • Range: 70-130 km (base model), 250 km (glide-extended variant).
    • Weight: 320 kg, Length: 3.2 m, Warhead: 80 kg tandem-shaped charge.
  • Guidance:
    • INS + two-way datalink for mid-course updates.
    • Terminal IR imaging/TV guidance (modular seeker).
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CM-502KG Lightweight Missile
  • Background: Low-cost, high-precision tactical missile for drones and light aircraft.
  • Specifications:
    • Range: 25-30 km (base model), 130 km (extended-range variant).
    • Weight: 100 kg, Length: 2.1 m, Warhead: 25 kg HE/fragmentation.
  • Guidance:
Lei Shi-6 (LS-6) Composite-Guided Bomb
  • Background: China’s JDAM-equivalent, low-cost GPS/INS-guided glide bomb.
  • Specifications:
    • Range: 60 km (unglided), Weight: 500 kg.
    • Guidance: GPS/BeiDou + INS, optional laser terminal correction.
    • Accuracy (CEP): ≤10 m (GPS-only), ≤3 m (laser-aided).
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This is my first time writing a suggestion post. If there are any mistakes, please point them out in the comments! I will keep updating it!

Reference

《军武零距离》 20210807 北疆神鹰_CCTV节目官网-CCTV-7_央视网(cctv.com)
军迷热议:航空工业曝光歼-10A换装新雷达,为朝鲜“量身定制”?_腾讯新闻
我军歼10A战机已进行第4次升级 外观有两个特征(图)|歼-10|飞机|试飞_新浪军事_新浪网
200多架歼10A开始升级,换相控阵雷达,空军正为高烈度战争做准备|歼-10|歼-11|歼10a|f-16战斗机_网易订阅
歼10A中期延寿开始,换装有源相控阵雷达曝光,可制导PL15_战斗机_图片_我国
歼-10 - 维基百科,自由的百科全书
LS-6制导滑翔炸弹 - 其它 - 中国航空工业集团有限公司

24 Likes

中系的很多东西本来就给的非常不严谨。。给你点了,感谢老哥的付出。

7 Likes

非常感谢

你也可以摇点人来,都帮帮忙,努力争取

1 Like

能发个Issue吗?哥们给你点赞

J7D的我点了,老哥帮忙点一点我的。大量详实的期刊和实拍图证明,枭龙座舱视角过低和座舱视角HUD部件错误JF17 pilot Cockpit view is too Low and Wrong HUD part // Gaijin.net // Issues

3 Likes

点了点了

早就点过了

非常感谢!

你新来的吧,这样子报告是不行的知道吗

你必须吧问题分成好几个单一的问题,一个问题一条issue,聚在一起提毛子是不会理你的。

RWR错了需要一条,但是以前有人要求改被否决了
The type 930-4 RWR of J-7D should be omnidirectional // Gaijin.net // Issues

单独挂250燃烧弹需要一条

引擎出力错了需要一条,但我比较怀疑这条能不能改。

极速错了需要一条,这个你要进游戏测,只贴资料卡数据都不够。

缺乏敌我识别IFF需要一条

座舱模型错误需要一条

你需要单独提交6条issue知道吗

1 Like

啊?原来不能一起提交吗

感谢提醒

z-library.rs

你这资料来源网站打不开。什么神奇网站

gaijin说它想要换皮

帖子下方第三个也是,换源了而已

哦哦原来是中国飞机全书上的啊,这个在gaijin这里视为二级资料,也就是说你还需要再找一份独立的二级资料才行。军事杂志,报刊,学术论文,学术书籍之类的。一级资料指实战手册,工厂手册,生产厂家的官网,宣传册等等。

1 Like

完了这下头大了

@不是很能抗压 @南京航空航天大学 前者以前改过很多中系飞机的告警
从游戏性考虑,先着重改告警为全向930-4吧。也许他们有其他杂志

唉还是我们国家保密工作太好了,像歼7歼8这种老装备落后于时代的东西公布的资料都太少了,特别是关于航电系统这种,现在歼7D要争取IFF需要找到关于JL-7A这款雷达的详细数据,但这种东西军博馆倒是可能有,在网络上,以我的能力还是太困难了
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唉,我也想让中系变得更好啊,今天一整天都在忙着找第二资料,头都快破了,像兵器知识,航空知识这种杂志又太过混乱,检索难度很高,而且不一定有相关的信息,现在的希望就是寻找这些相关学术论文,这个更是难于登天,找了一篇关于歼7C,D的回忆录更是没有任何有用的信息,太难了,也不知道航空工业出版社有没有其他类似中国飞机全书这种书籍,能找到能解决很多问题
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1 Like