...Negligible damage was inflicted on the enemy tank company, however after the engagement a rod from one of the ATGMs was found stuck in the turret ring of one of the enemy tanks, causing a firepower kill.
...At the same time, I called in a dangerous close nuclear barrage on the enemy tanks crossing the river. This time both the nuclear shells managed to break through the enemy SPLAA, detonating over the underwater tank company and inflicting 4 wounded on our dismounts, despite the trenches they were occupying.
...The decision was made to send out an infantry patrol to check on the stationary tanks, and a small four-soldier team was sent forward. They arrived unharmed, diving into the river and starting to inspect the tanks, spotting bubbles from them, indicating seal failures. At that point, 7 of the 9 tanks became mobile once more, moving laterally away from us, following the riverbed. The engagement ended at this point. The 2 last tanks remained immobile, one of them being the tank with the rod stuck in the turret ring.
That would tend to fuck up the seals on the turret ring, yes. The overpressure wave from the nukes may have helped there too.
The enemy tanks were spotted at the bottom of the river, but their turrets were still tracking targets, indicating the existence of an auto-tracking system.
Interesting, especially since the turret traversing cannot possibly make it easier to keep water out of the tank and the enemy cannot plausibly fire their guns underwater.
Communication interceptions have continued as normal with a few novel factors picked up. Personnel transfer from the moon has continued with two additional militia divisions dropped on Duillech in safe positions with corporate only told about the maneuver last minute, not allowing the adequate positioning of nuclear submarines to make the intercept.
Hm. Do you think the mercenaries have figured out that we've compromised the executives' communications? Because I'm starting to think the mercenaries have figured this out.
By the end of the month, the corporate leadership greatly increased the frequency of transmission in response to an alarming call from what is believed to be one of their contacts. Due to the investigator visiting and using codes similar to CDL ones, there is a belief that their government has compromised their communications, leading to a new code packet being sent out over the radio and immediately intercepted.
Wait, they believed... let me get this straight.
They believe that
their own government has compromised their communications, that
our FTL ship was somehow connected with this, that
they needed to change their codes somehow, and then
we intercepted those codes and are now
still reading their messages?
What the fuck?
SAS Investigator, Captain's Log, Stardate 450712: Castoff from Kiriuq has been something of a celebration with the Lirrir Unity station serving as the berth and loading yard for the boat. She took on several otherwise luxurious provisions with her tanks filled with hydrogen and an additional load of nuclear fuel for the journey ahead. Local government officials who were launched into space had a ceremony for casting off, giving the crew medals for their service, and preparing matters for the expedition. A new flight of VLS cell reloads was sent up along with several hundred tons of processed lanthanides for use in trade.
Awwh. Owls gave us medals!
SAS Investigator, Captain's Log, Stardate 450923: Jump termination syndrome has been kept at a manageable level through the prescribed use of sedatives with only one hard jump forcing a full reactor scram. Continued routes into space have not seen any number of contacts, though what is believed to be a settled uncivilized world has been discovered.
"Settled uncivilized?" Ah, I see. People who are in the Iron Age probably.
SAS Investigator, Captain's Log, Stardate 450937: Trade negotiations with the station proceed in an altogether unexpected way, upon entry into the system a significant weight of merchant traffic was noticed at the jump point with a nearby station set up to receive visitors. Hails were answered in Sallie dialects to ensure the operation remained stealthy, posing as a transport ship from an entirely fictitious company name, but one that could be believed. The station itself on the frontier was something of a hub for illicit activities, but the promise of sorting out the docking fee as recommended from CLP training videos was sufficient to organize a soft dock. With images of the adapter, a simplified inflatable coupling receiver had to be printed using the onboard printers and feedstock, but a hard dock with the station was still achieved after pontificating for the seven hours it took for the crew to print and engineer an adapter.
Heh.
Wait, did they
literally give a seven hour boring-ass speech?
Four tons of gadolinium was traded for a complete computerized station database of what could be pulled in short order. Another received a contract for two dozen laser rifles and some light personal equipment to be organized as a deaddrop to avoid increasing any suspicion. The initial trade was done in a dead drop with the contact being willing to "lose" the weapons in a hanger in exchange for similarly lost material. Pickups of the database were achieved without issue, communicating the code phrase with the diplomatic team making it a point to be armed with the previously acquired weapons to avoid any notice as out of place. Further purchases proceed through the last two uncontacted agents, tasking them with as much of the scientific database as could be gathered, specifying it as a targeted push to secure all scientific projects in a semi-open network of the two in-system universities.
Heheh. Illicit gray-port trading via social distancing.
SAS Investigator, Captain's Log, Stardate 450939: Before the welcome could be worn out, teams were sent out with closed visors, going to many of the stores on the main deck to pick up electronic items and anything targeted for easy acquisition. Corporate contacts managed to achieve their tasks with respectable efficiency, ordering the download and dropping of six server racks with a verification of the content made. A few of the younger members of the meeting team asked a few questions but were gruffly dismissed by the head diplomat acting as an acquisitions officer.
And, uh, that's the millennia-old guy who remembers the Bronze Age, right? Wacky.
The heavy drone system has been targeted as a hybrid system between heavier MLRS and tube artillery to offer a mobile compact platform capable of low-altitude strike missions. Enhanced guidance-seeking packages have been designed for the system along with more generalized relative guidance packages to be used at a low cost with the aid of laser-designation systems. The ability to carry forty kilograms is sufficient for the mounting of standard Type 13 1 kt warheads and newer Type 45 2.4 kt tactical warheads. Standard armament will be a forty-kilogram incendiary or high explosive warhead for the majority of drones. The system itself will be built on a flying wing design using a higher performance short burn HEA-Y turbine to maintain constant strike packages. Delivering the drone itself remains a problem as there are insufficient materials and high-fidelity electronics to make the system work. Current plans are first to release a more inertially guided system as advanced deep penetration variants are made available sometime next year.
Bumping into problems with electronics supply again. Hope we can expand production?
Of course, this dropped last night, so my views may not be relevant, but...
[]Establishment of New Electronics Plants: More mature designs for a combined sixty-four core conventional chipset interlinked with a lower node bridging circuit and two 90nm optical cores will more than quadruple general computing power. The non-monolithic design alone has moved electronics down another node with the optical cores providing rapid calculation capacity that would otherwise not be available. Applications for neural network modeling alone promise to be immense and if funded now could achieve initial technical yields in twelve months, revolutionizing military equipment and the economy. (-40 Mobilization Capacity for 3 Months)
Yeah, starting to wish we'd done this or hope we can do this and that it may have impact later. We're starting to bump up against the limits of our electronics production for applications like drone swarms, so if the ground war stretches out much longer or the enemy is able to maintain intense operations for a year or two we have a problem.
[]Reallocation of Artillery Production: Producing more shells and barrels is tangentially useful to winning the war with much of the capacity better allocated towards the production of more drones. Penetration of enemy defenses with small drones flying at the treetop has performed better than any more complex system. Allocating the production of explosives to swarms of smaller drones along with shell-equivalent payload heavier ones will involve the retirement of a massive amount of industry, but it is practically useless anyway. The focus will be on replacing most older systems with an MDLS, mounting heavy drones to the back of a truck in overlapping racks for long-range strikes. (-15 Mobilization Capacity)
This is probably a good idea.
Again, I increasingly think that our efforts to make ballistic artillery work in this war are a bit like 19th century military commanders' efforts to make lance and saber charges with cavalry work. It's not
strictly impossible, but it's very rarely a great idea, and the longer things go on, the worse an idea it becomes.
[]Decentralization of Energy System Production: Solar and battery production has not previously been considered a high-priority industry to be of military necessity but now that the war is moving to a new stage, it still needs to be hardened. Battery production plants will be broken up and steadily moved into better camouflage areas with photovoltaic plants rapidly following behind them. Solar systems offer an unparalleled advantage in durability and portability compared to any other source of power generation and can provide some resilience to the general grid. Emergency generators are of course being built already but having more options for electricity is unlikely to damage anything. (-15 Mobilization Capacity for 6 Months)
[]Expand Housing Allocations: Building larger housing along the central Mouran chain will likely be taken as a bad sign but if massive numbers of refugees are inbound cities need to be prepared to house them. The program will mostly focus on the construction of expedient standardized housing as was done in the immediate post-exchange era. Little originality and flourish will be available, but for the next few months over fifty million apartments of adequate quality can be built. This will continue to expand the urban centers, and theoretically, if more jobs open up can even start some economic growth. (-20 Mobilization Capacity for 4 Months)
Not bad things, but it may not be worth the trouble.
[]Seabed Mining and Refining Programs: High-quality HEA-Y production inherently depends on Yttrium with few exceptions. Nodule mining of the seafloor has been attempted several times with results slowing after the mass use of asteroid mining. Resuming those programs with an eye toward rare earths will be essential for increasing supplies. Enough of it will not be available to stick it on every application where it would offer an advantage, but most vehicles can have a few reinforced parts that will reduce wear. Refining industries are going to be massively power-hungry and polluting, but that in itself is a problem after the war. (-20 Mobilization Capacity for 2 Months)
I gather we don't really need the minerals.
[]LCS Development: The old LCS is capable of theoretically threatening an alien force, but it is obsolete in the extreme and poorly suited for any form of operation. As a part of the general modernization program, any new systems will be bridged onto the craft, but its modernization will be secondary to a new generation of surface warships. Mounting a nuclear reactor and heavy SMES cells, the ships will be capable of continuous heavy laser fire unmatched by all but the Alien's orbital assets along with railguns in turrets to provide direct fire support at a considerable range. Any semblance of helicopter capacity will be rationalized to the form of a dedicated drone support bridge. To support immediate landing operations, a VLS capable brace of eighty hypersonics is planned, ensuring adequate nuclear fires for landing operations. If all goes well, initial hulls can reach the water before the end of the next year, offering a massive capability increase. (-40 Mobilization Capacity) (Naval Project)
Cool.
[]Landing Ship Preparations: Designing standardized landing ships that can endure a modicum of VTOL and heavier fire while delivering troops to landing areas poses a significant challenge. Positive buoyancy craft have already been tested along with the amphibious capability of the Type 36 but larger systems will be needed to bring enough heavier vehicles to the point of landing. The main goal of the program will be to make two systems. The primary one will be an effectively low-reusability landing ship to deposit armor onto a beachhead while the secondary one will focus on the construction of mobile harbors capable of independent operation and protection from impactors. (-30 Mobilization Capacity) (Naval Project)
Not a bad thing.
[]OFAC Preparations: The construction of fast attack craft is going to be a major technical and industrial undertaking as the technologies involved are complicated to manufacture at best. Initial work will involve the construction of eight dedicated yards for the ships along with facilities for the testing and development of the z-pinch nuclear drive. The expenses involved are going to be massive as an entire new industry will have to be established to support the systems onboard with further industrial development likely to come from the program. Starting this as early as possible will reduce the chance of critical delays, ensuring that Type 46's will be available by midway through next year. (-45 Mobilization Capacity for 3 Months)
This is effectively a
must. We need to be able to hit the enemy in space, and the longer we delay this, the worse off we are.
[]Launch and Recovery Facilities: Hardened runways and storage bunkers for two thousand-ton craft are going to involve a large amount of digging and camouflage operations. Each facility is expected to house up to four separate Type 46s and ensure that they can launch in short order. The strong neutron radiation released by their drives leaves them challenging to provide takeoff support for, but with the need for high energies, it is entirely necessary. The program itself is thankfully mechanically simple, only necessitating the development of large facilities and ensuring that they cannot easily be detected or seen from orbit. (-25 Mobilization Capacity)
This... seems pretty damned important. On the other hand, I think we could delay it a turn or two without much consquence, because we can do the work quickly and there's still some months left before the OFACs are ready.
[]Strategic Fuel Reserves: Diesel and fuel oil reserves were not expected to be depleted due to the significant buildup and general cross capacity along with the surge in refining capacity. Current programs are enough to keep the front going but not enough for further expansions or the sustained use of heavy maneuvers by armored elements. Fuel consumption has universally only increased and a strong increase in refinery capacity is going to be needed to maintain the pace. This will come with the construction of several new refining units and the re-opening of oil fields to ensure that enough fuel can be made available for the war effort. (-35 Mobilization Capacity)
Oof. Better do this.
[]Found the Technical Section: Throwing together thousands of academics in formal development systems and tasking them directly with work on new weapon systems has already partially been done but a more centralized effort can improve progress. This would involve the organization of almost fifty thousand scientists and a further fifty thousand assistants on near-term viable defense projects. The main focus will fall towards the development of new weapons with programs focused on improving every aspect of the military. Results are unlikely to be seen in anything approaching a near term but new technologies will be needed to drive off the Alien Enemy. Additionally, with the likely bounty of information from the investigator, skilled scientist-translators will be necessary to make it commonly digestible. (-50 Mobilization Capacity) (Immediate 3 Tech Rolls)
This is nice but can probably be delayed a bit. Increasingly, our equipment is merely
inferior, not hopeless, and the main problem is that we have no way to engage the enemy in space or decisively cut their line of supply.