2/16
The assault consisted in a small section/platoon-size infantry unit supported by a ZBD-86 IFV and other assets such as sUAV and recon support.
As per usual in the PLA, mock obstacles are used in the main access routes, but are cleared out before reaching them.
3/16
Obstacles seems to be more present this time than in previous occasions, which is a novelty since they normally are inexistent.
Real obstacles such as debris, vehicles and rubble are present outside and inside the buildings.
4/16
Although the 160Heavy CA Bde has ZTZ-96 tanks, the assault was done with a ZBD-86, which is suboptimal. Infantry was used to protect the vehicle forward, behind and along the flanks.
This probably shows the limited heavy vehicles support available in a potential...
5/16
…invasion of Taiwan🇹🇼.
Squad advance. Pairs of infantry soldiers can be seen advancing (also in pairs) covering each other.
Squads also seem to be covering each other & the IFV advance in pairs.
The advance is done through a funnelled point, which is highly discouraged.
6/16
Some of the soldiers are seen advancing through the building, using the Ground floor windows for advance & covering the advance from the First floor windows.
This type of advance without clearing the building first is highly complicated,unlikely&don't reflect realistic TTPs
7/16
The squads advanced covering different angles and the 3 dimensions (up, down, sides, upfront, etc)
They also advance slightly separated from the walls, which is standard practice, but still bunched up.
It seems this has been practiced as it is less visible previously.
8/16
When they advance inside buildings, the unit seems to be training building clearance TTPs advancing in pairs covering each other.
We can see a fair amount of debris in this staircase.
9/16
The advance is also covered, not only by the vehicle & infantry, but also by AT weapons.
There are 2 AT soldiers carrying them covering the advance in pairs.
In the PLA, AT weapons are used to destroy fortified positions or strong points to allow quick advance.
10/16
Although generally missing, different assault gun sights can be seen in this exercise. Seem to be allocated to specialized soldiers covering the advance.
High ratio of assault gun mounted grenade launchers are seen during the assault to favour a speedy assault.
11/16
A sUAV is used as a recon tool, not specified if before, during or after the assault.
The sUAV team is formed by 1 single operator, which is suboptimal.
The number of sUAV (only 1) seems rather insufficient giving the environment recon limitations & assault scale.
12/16
Radio communications were practice from within the urban area and from within buildings to infantry units outside the built-up area, acting as relay.
Further reconnaissance support is requested from a nearby armoured recon unit, equipped with a mast sensor.
13/16
This extra reconnaissance support is achieved by an armoured vehicle equipped with a sensor mast.
This is a practice we have seen many times before in urban environments inthe PLA.
14/16
A 3D cartographic tool is shown, but lacking any Battlefield Management System (BMS) or C&C feature.
This seems to be lagging behind of the digital BMS seen in Ukraine and shows that previously seen PLA BMS PLA tools are still not operational or shown
15/16
A couple of interesting details.
The initial frames, shows an empty observation tower to follow and assess the training exercise performance.
Also, some (empty) AT launcher boxes can be seen stocked in areas as part of the decoration, maybe simulating AT positions.
16/16
Smoke is used during the assault, but it seems to create a performance effect rather than to cover the assault.
/END
1/5 🇹🇼Taiwan's "Chinese Academy of Sciences" showed various oocally developed UAV types.
Some of them (3) were shown for first time:
👇
2/5 1) 🇹🇼Ruiyuan II/锐鸢二型 UAV has a guidance & control distance of more +300km.
The system is compatible with Ruiyuan I and combines AI (artificial intelligence) to improve reconnaissance efficiency.
3/5 2)🇹🇼Cardinal III/红雀三型
reconnaissance UAV is equipped with multi-axis rotors for vertical take-off&landing.
It can perform ISTAR tasks.
Range has increased from 10km to +30km and endurance is +1h.
It can carry IR thermal imaging cameras and laser range finders.
I found this post in Weibo (user 洋务先驱张之洞) and thought if worth of sharing🧵
1/15
"The Air Force Helicopter Brigade of the Hong Kong Garrison has refitted the Z-10KH in recent years. Compared with the standard version of the Z-10K installed by the Airborne Forces of the...
2/15
Mainland Airborne Forces, it has added an external armor plate for the cockpit and reserved a place for the engine armor to be installed. However, it lacks the latest Some small covers on the new Z-10K. Neither of the Air Force's newly improved engines has a
3/15
significantly lower configuration of defensive sensors than the Army's Z-10. The Z-10KH uses basically the same camouflage painting as the Z-10K, but the painting process has been improved, and an enlarged emblem is used.
THREAD 1/17 @HarpiaP greatly published in October 2022 @RupprechtDeino ‘s “Red Dragon 'Flankers': China's Prolific 'Flanker' Family”, which is probably the most exhaustive and complete study up to date of the Flanker family in service in the 🇨🇳PLA
2/17
This book covers the complete Flankers family, not only bought directly to Russia, but also assembled in China and its derivatives. We are talking about the Su-27s, J-11s, Su-35, Su-30MKs, J-16s & J-15s. All chapters include acquisition, technical features & operational use
3/17
The 1st chapter introduced us to the Sukhoi Su-27SK & Su-27UBK acquisition agreements (1991, 1995 y 1999) and J-11/J-11A developments (1996 onwards). Of particular interest are the foreign military exercises in Turkey (2010) and Thailand (2015) and their published results.
For first time, the🇨🇳ZC300 VTOL UAV is seen operated in multiple numbers (≥3) by the PLAN with other 2 VTOL UAVs totalling 5.
Note the rear ship landing floor areas are different in both shots, which shows taking off and landing areas are 2 different ships
2/6 The images were published in the frame of the Sino-Russian "Maritime Joint-2022" joint military exercise.
The ship the VTOL UAVS took off or landed were not mentioned, but the ships participating were: Type 054A (570), Type 052DL (133), Type 815 (AGI-851) & 853.
3/6 However, this UAV has already been seen in used by the PLAGF in the Guilin Joint Logistic Support Centre in Southern China as a logistic tool:
https://www.janes. com/defence-news/news-detail/plagf-troops-seen-using-new-tandem-rotor-uav