Suicide Drones, Hive Carriers, and other Panic Weapons
Though the Amaris Coup spawned the distrust in the SDS network which would eventually result in the decommissioning of its fleet of drones and assault ships, it also spawned a desperate desire to reinforce the Bastion's defenses against any possible attack. And until the training programs and production got into the swing of building a proper navy, any reinforcement of those defenses would still have to be drones, even if they weren't exactly caspar equipped "smart drones".
The quickest, cheapest, and easiest units to create were obviously the smaller drones, and the Bastion would produce an obscene number of Swiftstar fighter drones between 2767 and 2785. These fighter swarms had only a limited range, however, and were only really useful for close defense around a world or base. In an attempt to combine the cost effectiveness of fighter drones with the extended reach of standard assault ships, the Bastion would also very quickly develop the Q-17 drone, a small craft roughly the size of the largest aerofighter, but with the cruising capability (if not quite the fuel load) of a small assault dropship. Though well protected and capable of almost three days of continuous acceleration, and also small enough to fit in the launch bay of a standard fighter, the Q-17 wasn't particularly nimble for its size, and it only mounted a limited weapons battery. Though a few hundred of the craft would be built, they were ultimately deemed unsatisfactory.
The next attempt started with existing craft, in this case the NL-31 assault boats operated by the patrol force. Designers removed the troop bay and converted the ship to a drone control system, also finding space for additional weapons and associated control systems. While the resulting NL-31Q was twice the weight of the Q-17 and significantly more expensive per unit, it was also faster, carried three times the fuel, and better protection. And while it could only focus roughly the same amount of firepower in any given direction as the Q-17, its weapons had wider arcs of fire and could engage targets in multiple directions (to a degree). The Admiralty would place an order for eight hundred of NL-31Qs, deploying them (along with the Q-17 fleet) to bases and outposts close to the proximity limit of Bastion star systems, ensuring that these craft would be pre-positioned to begin pursuit of any hostile force proceeding deeper into the system.
As years, then decades passed without any major attack against the Bastion, most (but not all) of these smaller drones would be retired. The entire class of q-17s would be taken out of service by 2825, with all but a handful scrapped, and those that remained demilitarized and handed over to civilian institutions as museum exhibits. While the majority of the NL-31Q fleet would meet the same fate during the 29th century, a bit less than a hundred actually still remain in service to this day, still used as guard ships at isolated outposts in the outer reaches of each of the Bastion's star systems. Though the drones themselves have been long out of production, the continued use of the manned NL-31 variants ensures a plentiful supply of spare parts.
Of course the frantic strengthening of the Bastion's unmanned defenses did not stop with such small craft. It wasn't terribly long before certain cunning engineers would begin casting their eyes to the large Mammoth Autofreighters that the Bastion happened to field in such large numbers and start to get ideas. Converting these unarmed, largely unmanned vessels to war would take two forms. The simplest of these was the Hive Carrier, which replaced most of the cargo decks with hangar space for one hundred and eight drone fighters. While it is commonly assumed that engineers simply crammed as many autonomous fighter bays on to the ship as could fit, those same designers insist that the complement of the Hive Carrier was specifically chosen to correspond to the ability of an M-4-3 drone to coordinate and direct other drones, ensuring that each recommissioned M-4-3 could be assigned a Hive Carrier as support and have sufficient processing power to direct the carrier, its complement of fighter drones, and the capital drone's own self defense fighter squadron. Whether this was truly the intent or simple serendipity, the number of Hive Carriers in service would track closely with the number of M-4-3s for much of their early service life. Ninety autofreighters would be converted to Hive Carriers starting in 2767, serving alongside the eighty reactivated M-4-3 drones for a few years before word of Kerensky's victory over Amaris led to both the capital drones and the carriers being deactivated in 2780. Four years later, twenty of each would be reactivated again following word of Kerensky's betrayal reaching the Bastion, and while the M-4-3 drones would go back out of service less than a year later, the Hive Carriers would be retained for another decade before being retired from military service and restored to their original configuration.
Then there was the more direct approach of the missile carrier conversion. this also used a standard Mammoth Autofreighter as its basis, but instead of fighter bays, the lower cargo decks were instead replaced by fifty capital missile tubes and their associated magazines, with the remaining cargo storage packed with enough missiles to reload those magazines to about eighty percent capacity. This resulted in a ship that was far more powerful than a standard missile defense platform, certainly more mobile, and as long as it was converted from an existing hull that had already been paid for, fairly cost effective. Twenty autofreighters would be converted to missile carriers starting in 2770, and they would be assigned exclusively to the defense of Martin's Landing. This decision was regular criticized by those who believed the mobility of the ships were wasted in such a static role, but the Admiralty remained firm on this decision, and the entire fleet would remain part of the capital's orbital defenses until they were retired from service in 2789.
Finally there were two oddball designs, though each claimed that status for wildly different reasons. The first was a drone assault ship built on the Confederate hull. Though it suffered the limitations of its size and the use of an existing hull that wasn't designed to be an assault ship, it was still reasonably fast, as protected as its size and hull would allow, and well armed with a unified battery of seventy five large lasers. Honestly, a fairly competent assault ship. Except it was being proposed at a time when the Admiralty was under pressure to take the M-3 drones out of service. In fact, political pressure had already forced the Admiralty to abandon plans to refit the existing M-3 fleet with a simpler (and more "acceptable") control systems. Having just been forced to abandon a relatively cost effective modification that would have allowed them to retain the highly effective M-3s in the fleet, there was no way the Admiralty was going to accept the expense of building an entirely new fleet of less capable drones, no matter how much lobbyists from Roswell Aerospace pushed for the design. And so the Confederate Drone Assault Ship died stillborn, more a victim of incredibly poor timing than anything else.
The second design was an oddball in a more traditional sense. The MS-8 was a small design, though not as small as the shuttle class drones discussed previously, massing only four hundred tons. It was only lightly protected, but it had a decent fuel capacity and it was blisteringly fast and maneuverable. And it needed to be, the MS-8's only offensive armament was a forty ton warhead and its own kinetic energy. In essence, the MS-8 was a four hundred ton self guided munition intended to kill capital ships by smashing into them. In simulations this appeared to be a very effective strategy, and a practical test carried out against a surplus Black Fleet Dart class cruiser reluctantly donated by the Navy seemed to bear that assessment out, breaking the cruiser in half with a single strike. But there were still concerns. Not related to the weapon's unmanned nature. The fact that the MS-8 was a single use weapon seemed to cancel those concerns out somehow. Instead, concerns about the weapon focused entirely on its practicality. While the test shots against the THS Anastasia had been spectacularly successful, these had been under ideal conditions against a target that was not actively maneuvering or defending itself. While the designers had requested an active M-5 to repeat the test under combat conditions, reasoning that the only thing at risk would be an unmanned ship already destined for disposal, the Navy refused, requesting instead exercise conditions pitting a large number of MS-8s against an entire task force. In this case, the designers balked, claiming there was no way to accurately judge the MS-8s performance if it had to be programmed to miss its target anyway, and committing a large number of drones would be unnecessarily expensive.
This debate continued long enough for observers to begin to question the actual value of the MS-8. Certainly it could conceivably destroy most if not all capital ships with a single shot, and certainly it was small enough that it could be built in large numbers, but the MS-8 wasn't exactly a cheap weapon system. On the other hand, aerospace fighters were harder to hit, could carry nuclear payloads that were potentially nearly as destructive, and were much cheaper to produce. Also, you might actually get some of those fighters back after they had made their attack run. Aerofighters might not have the range to perform a long range interception on their own, but the navy was building carrier dropships and working on a carrier doctrine. Finally, additional simulations determined that any amount of defensive fire capable of stopping a fighter strike would be just as, or even more effective at stopping a swarm of MS-8s. The conclusion was inevitable. The MS-8 munition simply didn't do anything that couldn't be done better or more economically with another already existing platform, and the program was abandoned by 2787. The dozen-odd remaining munitions would be expended as gunnery targets over the next year.
Q-17 Assault Ship
Type: Military Spheriod
Mass: 100 tons
Technology Base: Inner Sphere (Experimental)
Introduced: 2768
Mass: 100
Battle Value: 1,256
Tech Rating/Availability: E/E-F(F*)-F-F
Cost: 6,163,050 C-bills
Fuel: 5 tons (400)
Safe Thrust: 4
Maximum Thrust: 6
Heat Sinks: 12 (24)
Structural Integrity: 6
Armor
Nose: 107
Sides: 91/91
Aft: 71
Cargo
None
Ammunition:
None
Escape Pods: 0
Life Boats: 0
Crew: 1 officer, 2 enlisted/non-rated, 1 gunner
Notes: Mounts 21 tons of standard aerospace armor.
Weapons
and Ammo Location Tonnage Heat SRV MRV LRV ERV
3 Medium Pulse Laser Nose 6.0 4 6 0 0 0
ER Large Laser Nose 5.0 12 8 8 8 0
Shielded Aerospace Smart Robotic Control System Hull 8.0 - - - - -
NL-31Q Assault Shuttle
Type: Military Spheriod
Mass: 200 tons
Technology Base: Inner Sphere (Experimental)
Introduced: 2775
Mass: 200
Battle Value: 2,381
Tech Rating/Availability: E/E-F(F*)-F-F
Cost: 16,801,750 C-bills
Fuel: 15 tons (1,200)
Safe Thrust: 6
Maximum Thrust: 9
Heat Sinks: 18 (36)
Structural Integrity: 9
Armor
Nose: 181
Sides: 151/151
Aft: 108
Cargo
None
Ammunition:
None
Escape Pods: 0
Life Boats: 0
Crew: 1 officer, 2 enlisted/non-rated, 2 gunners
Notes: Mounts 31 tons of ferro-aluminum armor.
Weapons
and Ammo Location Tonnage Heat SRV MRV LRV ERV
3 Medium Pulse Laser Fwd R 6.0 4 6 0 0 0
ER Large Laser Fwd R 5.0 12 8 8 8 0
3 Medium Pulse Laser Fwd L 6.0 4 6 0 0 0
ER Large Laser Fwd L 5.0 12 8 8 8 0
Shielded Aerospace Smart Robotic Control System Hull 16.0 - - - - -
Mammoth Autofreighter Q-55 (Missile Carrier)
Type: Military Spheriod
Mass: 52,000 tons
Technology Base: Inner Sphere (Advanced)
Introduced: 2770
Mass: 52,000
Battle Value: 54,053
Tech Rating/Availability: E/X-F(F*)-F-F
Cost: 1,657,395,600 C-bills
Fuel: 420 tons (4,200)
Safe Thrust: 3
Maximum Thrust: 5
Heat Sinks: 262 (524)
Structural Integrity: 20
Armor
Nose: 214
Sides: 181/181
Aft: 149
Cargo
Bay 1: ARTS Small Craft (4) 1 Door
Bay 2: Cargo (10000.0 tons) 2 Doors
Bay 3: Cargo (2507.5 tons) 2 Doors
Ammunition:
500 rounds of Barracuda ammunition (15,000 tons)
Escape Pods: 6
Life Boats: 0
Crew: 15 officers, 50 gunners, 20 bay personnel, 5 passengers, 10 marines
Notes: Mounts 72 tons of ferro-aluminum armor, Smart Robotic Control System (SRCS)
Weapons: Capital Attack Values (Standard)
Arc (Heat) Heat SRV MRV LRV ERV Class
Aft (500 Heat)
10 Capital Missile Launcher (Barracuda) 100 20(200) 20(200) 20(200) 20(200)Capital Missile
Barracuda Ammo (100 shots)
10 Capital Missile Launcher (Barracuda) 100 20(200) 20(200) 20(200) 20(200)Capital Missile
Barracuda Ammo (100 shots)
10 Capital Missile Launcher (Barracuda) 100 20(200) 20(200) 20(200) 20(200)Capital Missile
Barracuda Ammo (100 shots)
10 Capital Missile Launcher (Barracuda) 100 20(200) 20(200) 20(200) 20(200)Capital Missile
Barracuda Ammo (100 shots)
10 Capital Missile Launcher (Barracuda) 100 20(200) 20(200) 20(200) 20(200)Capital Missile
Barracuda Ammo (100 shots)
Mammoth Autofreighter Q-55 (Hive Carrier)
Type: Military Spheriod
Mass: 52,000 tons
Technology Base: Inner Sphere (Advanced)
Introduced: 2767
Mass: 52,000
Battle Value: 720
Tech Rating/Availability: E/E-F(F*)-F-F
Cost: 1,634,043,600 C-bills
Fuel: 10,420 tons (104,200)
Safe Thrust: 3
Maximum Thrust: 5
Heat Sinks: 262
Structural Integrity: 20
Armor
Nose: 78
Sides: 68/68
Aft: 58
Cargo
Bay 1: ARTS Fighter (54) 4 Doors
Bay 2: ARTS Fighter (54) 4 Doors
Bay 3: Cargo (4658.0 tons) 1 Door
Ammunition:
None
Escape Pods: 6
Life Boats: 0
Crew: 4 officers, 11 enlisted/non-rated, 5 passengers, 10 marines
Notes: Mounts 21.5 tons of ferro-aluminum armor, Smart Robotic Control System (SRCS)
Weapons: Capital Attack Values (Standard)
Arc (Heat) Heat SRV MRV LRV ERV Class
None
Confederate (Assault Drone)
Type: Military Spheriod
Mass: 1,900 tons
Technology Base: Inner Sphere (Advanced)
Introduced: 2785
Mass: 1,900
Battle Value: 12,735
Tech Rating/Availability: E/X-F(F*)-X-X
Cost: 609,599,200 C-bills
Fuel: 100 tons (4,000)
Safe Thrust: 6
Maximum Thrust: 9
Heat Sinks: 184 (368)
Structural Integrity: 10
Armor
Nose: 202
Sides: 171/171
Aft: 141
Cargo
Bay 1: Cargo (28.5 tons) 1 Door
Ammunition:
None
Escape Pods: 0
Life Boats: 0
Crew: 4 officers, 1 enlisted/non-rated, 13 gunners
Notes: Mounts 36 tons of ferro-aluminum armor, Smart Robotic Control System (SRCS)
Weapons: Capital Attack Values (Standard)
Arc (Heat) Heat SRV MRV LRV ERV Class
Nose (180 Heat)
15 ER Large Laser 180 12(120) 12(120) 12(120) 0(0) Laser
RS/LS Fwd (180 Heat)
15 ER Large Laser 180 12(120) 12(120) 12(120) 0(0) Laser
RS/LS Aft (180 Heat)
15 ER Large Laser 180 12(120) 12(120) 12(120) 0(0) Laser
MS-8 Suicide Drone
Type: Military Spheriod
Mass: 400 tons
Technology Base: Inner Sphere (Advanced)
Introduced: 2785
Mass: 400
Battle Value: 619
Tech Rating/Availability: E/X-F(F*)-X-X
Cost: 119,870,800 C-bills
Fuel: 20 tons (1,400)
Safe Thrust: 10
Maximum Thrust: 15
Heat Sinks: 42
Structural Integrity: 18
Armor
Nose: 93
Sides: 50/50
Aft: 40
Cargo
None
Ammunition:
None
Escape Pods: 0
Life Boats: 0
Crew: 1 officer, 4 enlisted/non-rated
Notes: Mounts 9 tons of ferro-aluminum armor, SDS Self-Destruct System, Smart Robotic Control System (SRCS)