Do we know if there has been any information on the Chinese naval research institutes developing large-diameter VLS cells (LVLS) for use on major PLAN surface combatants in the future?
Seeing that the US Navy is looking forward towards the option of swapping the present Mark 41 UVLS cells on their Burkes and the upcoming DDGX with LVLS cells that can fit larger-diameter AShMs or LAtMs, plus the capability to multipack larger missiles (Tomahawk and SMs) that have been impossible to do so on the Mark 41 - I doubt that the PLAN wouldn't be interested in similar options for their UVLS either...
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Either way, I did some brainstorm just before I slept yesterday night, and here's what I could think of.
There are two types of UVLS in service with the PLAN, i.e. the 850mm-diameter one (UVLSL, used on the 052D and 055 DDGs), and the 650mm-diameter one (H/AKJ-16, used on the 054A and 054B FFGs). We do know that one UVLS module (same for both the CCL and H/AKJ-16) has 8x cells each, with 2x rows of 4x cells each arranged in parallel.
With that mentioned, let's dissect into each of them.
#1 - Speaking of the 850mm VLS (UVLS), I do wonder if unifying the 8x UVLS cells on one UVLS module into just 2x LVLS cells on the same UVLS module would do? That is, 4x UVLS cells will be unified into 1x LVLS cell on the same UVLS module. Assuming that the separation between each UVLS cell is 150mm, this would result in the LVLS having a maximum possible diameter of 1850mm.
From this, based on some very rough guesstimation of my own, one 1850mm-diameter LVLS could theoretically fit:
- 1x very large-sized missile (~1200-1500mm diameter, maybe a navalized-variant of DF-17?); and/or
- 4x large-sized missile (~800mm diameter, e.g. YJ-21); and/or
- 5x or 9x moderate-sized missile (~500-600mm diameter, e.g. YJ-18 & HHQ-9); and/or
- 16x small-sized missile (~350mm diameter, e.g. 5-5-5).
Therefore, by absolute numbers alone (and disregarding cell depth, intra-cell separation and VLS type), assuming that:
1. All the 64x 850mm VLS cells on one 052D DDG have been swapped with the 1850mm LVLS cells, then the 052D can carry 16x 1850mm LVLS cells in total. This translates to a maximum VLS-based missile loadout of between 80x and 144x YJ-18 and/or HHQ-9 on the 052D.
This is between 16x and 80x missiles more than the original 64x missile-configuration with the 850mm UVLS on the 052D.
2. All the 112x 850mm VLS cells on one 055 DDG have been swapped with the 1850mm LVLS cells, then the 055 can carry 28x 1850mm LVLS cells in total. This translates to a maximum VLS-based missile loadout of between 140x and 252x YJ-18 and/or HHQ-9 on the 055.
This is between 28x and 140x missiles more than the original 112x missile-configuration with the 850mm UVLS on the 055.
On the other hand, if we can split the 1850mm LVLS cell into two equivalent halves, then the dimension of the halved cells would be 850mm x 1850mm. This allows 3x YJ-18 and/or HHQ-9 to be fitted within, meaning a maximum potential loadout of 96x YJ-18 and/or HHQ-9 on the 052D and 168x YJ-18 and/or HHQ-9 on the 055.
This is 32x missiles more than the original 64x missile-configuration with the 850mm UVLS on the 052D, and 56x missiles more than the original 112x missile-configuration with the 850mm UVLS on the 055.
#2 - Speaking of the 650mm VLS (H/AJK-16) - Similarly, I do wonder if unifying the 8x H/AJK-16 cells on one H/AJK-16 module into just 2x LVLS cells on the same H/AJK-16 module would do? That is, 4x H/AJK-16 cells will be unified into 1x LVLS cell on the same H/AJK-16 module. Assuming that the separation between each H/AJK-16 cell is also 150mm, this would result in the LVLS having a maximum possible diameter of 1450mm.
Then, based on some very rough guesstimation of my own, one 1450mm-diameter LVLS could theoretically fit 5x or 9x HHQ-16 with a diameter of ~450mm.
Hence, by absolute numbers alone (and disregarding cell depth, intra-cell separation and VLS type), assuming that one 054A/B FFG has all of its 32x 650mm H/AJK-16 cells swapped with the 1450mm LVLS cells, then the 054/B can carry 8x 1450mm LVLS cells in total. This translates to a maximum VLS-based missile loadout of between 40x and 72x HHQ-16 on the 054A/B.
This is between 8x and 40x cells more than the original 32x cells configuration with the 650mm H/AJK-16 on the 054A/B.
Once again on the other hand, if we can split the 1450mm LVLS cell into two equivalent halves, then the dimension of the halved cells would be 650mm x 1450mm. This allows 3x HHQ-16 to be fitted within, meaning a maximum potential loadout of 48x HHQ-16 on the 054A/B.
This is 16x missiles more than the original 32x missile-configuration with the 650mm H/AJK-16 on the 054A/B.
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So what do you guys think? Feel free to comment and/or rectify.