After getting through the political nonsense, you got to work postehaste on querying your Board on ideas for a vehicle to move the guns around, and maybe for whether to settle for a towed carriage or an integral mounting.
Janzen was firmly in favor of a light, fast, organic truck type mounting so that you could mount the maximum amount of 'dakka' (his words) on the maximum amount of tactical maneuverability so that it could keep up with the second line support units with ease and maybe range ahead some so that it could intercept planes before they got to their attack runs. His perferered weapon for this system was the Lightning Knife rotary barrel system, based on the logic that a lot of bullet was more terrifying than an exploding shell since if you saw the shell explode then it hadn't hit you. If the truck could get in position and drop spades (Janzen hated that step and hoped a truck system didn't need spades) then it could blow through it's feed of however many bullets, hopefully splash a plane, and then take however long it needed to reload since it probably killed or scared off the plane and there wouldn't be another wave for another twenty or thirty minutes.
Mittleswesk couldn't give a flying fish for the carriage, he was just interested about the guns. His personal favorite was the Baal long recoil system, but he thought the rolling breech was too fast and that the gun really didn't need that high of a fire rate as long as it was tossing shells with reasonable precision. Based on that, he wanted a fairly exxtensive trailer mount to be plopped down around semi-fixed positions like an artillery park or HQ and equipped with a stereoscopic rangefinder and a fuze setter so it could use FG-T rounds, with possibly taking one of the Reichsmarine's experimental Gun Battery Coordination Systems and tying it to the entire network of guns. This would, theoretically, create a sort of aerial beaten zone which a plane couldn't reliably enter or press an attack through.
Lang's opinion was that Mittlewesk was a blithering moron who needed to stop sniffing glue and Janzen was a bloody pilot and his opinion was wrong by default. Air attacks would hit any place over the line, and pilots were normally savvy enough to avoid any specifically fortified points on the line and go for weaker secondary targets. Thus, Lang posited, the best solution would be a threefold method of air defense- first, in a integral lightweight system designed to closely follow the press of the armor or cavalry, probably truck mounted and kept to be as integral to one vehicle as possible. Next would be a towed system with greater range that would ideally take hints from the front end shooters to put up fire towards the enemy and beat them off the softer back-line targets. The heavier system would probably be shell-firing, had to be able to operate as lone guns, and probably would need two Kettenkrads to serve as operational tow and hauling vehicles with a third for supply. Finally, there needed to be a nominally mobile unit who would be ladled down with fancy crap like the GBCS and would protect the railroads from getting blasted into pieces. That was Very Important, keeping the light rail from getting taken out.
Volkstuppe wanted an integrally mounted heavy caliber anti-air artillery piece, but was smart enough to admit he probably wasn't going to get something like a 10,5/55 anti-air gun hooked up to a rangefinder and coffee maker on a tracked chassis though. In lieu of that, though, he bowed to Lang's expertise, and suggested using the 3,5cm autocannon on a towed modified artillery carriage as a good point-defense AA piece. One Kettenkrad could tow it, another could keep it fed, and with a good training gear it could probably move around fast enough to blast most aircraft clean out of the sky.
Adler was honestly quite neutral on the topic, but he did have several warnings about what anti-air artillery was liable to face in terms of airborne attack. There were three major Irromic projects underway, plus data about one Carragian project they'd managed to hear through a technology sharing program at Vogt-Lubeck Aircraft Corporation.
The first Irromic project was Project Erschweren, a bomb kit designed for the venerable fifty kilogram general purpose bomb. By using a drogue chute tied to six slat flaps on the back of the bomb, this would sufficiently retard the falling speed of the bomb to allow pilots to make bombing attacks as slow as their stall speeds at at altitudes of less than thirty meters- well below what your potential AA systems could likely track and engage due to the increases in angular speed from being so much closer. With this, a supression flight could come in on the nap of the earth and fast, nail a known flak site, and then pull off and escape while the flak site was doing damage control.
The second Irromic project was Project Kondensstreifen, an eight centimeter spin stabilized rocket with a twenty five kilo warhead with an impact fuze and explosive-shrapnel warhead. Here the idea was to spot the flak nest, launch rockets, and have the suppression flight fall back and gain altitude as the rockets disrupted the flak nest long enough to let the bomber pilots fly in, release weapons, and begin to fly out. Several people were pushing for incindiary warheads as an option, but that wasn't being seriously considered yet due to the low power of the proposed incendiary mixes compared to the ideal throw weight of the twenty five kilo warhead.
The final project was the weirdest, and was called Project Voller Bomben. This plan, much like Erschweren, was designed explicitly around a low and fast attack- however, this plan instead of delaying one large bomb, used one kilo bomblettes as the attack mechanism, each with a time delay fuse of five seconds with a ribbon tail to ensure a mostly straight fall. The impact of the large number of bombs would already be reasonably traumatic, and more importantly the timed fuses would make sure that if the gun crews didn't evacuate for bomb shelters they'd shortly all be killed.
The Carragian project, meanwhile, was a plan for a large, airborne bomber to carry a bomb bay full of nine centimeter rockets on time delay launches. Once dropped, the rockets would have a special slat back with an airscrew-timed fuse that would launch the rocket once it was falling at a forty five degree angle, creating a large, shotgun-like barrage of rockets down on a target area, with each rocket's large warhead being equally effective at destroying bunkers and open infantry or armor.
Now you were up to the hard part: write your RFQ now, or work on a testing aparatus?
Votes
(PLAN VOTE)
[] Work on RFQ
-[] Write-in
[] Work on Testing Apparatus?
-[] Write-in