Bigger and Uglier


This supplement to the current edition of Naval Warships presents an update to the infamous Flapjack– and Flapjack II-class cavalry dropships. The Imperial Navy has recently adopted the Waffle-class vehicular dropship – also designated the Flapjack I (Block II) – as a phased replacement for the Flapjacks currently in service.

The Waffle resembles the older Flapjack in most ways, inasmuch as it too is based on the disk-type hull form, and makes use of a pair of laser-fusion nuclear-pulse drives to perform a high-velocity descent followed by a “suicide burn” deceleration. However, unlike the Flapjack, the Waffle does not land to disembark vehicles.

The main body of the Waffle, between the pusher plates, replaces the cylindrical garage of the Flapjack with a bunch-of-grapes packed between the central core and the sidewall armor. These “grapes” are the payload: tanks, IFVs, and chariots – any vehicle type equipped with a vector-control core – enclosed in a protective armor clamshell oversprayed with ablative foam.

As the Waffle performs its suicide burn, it dumps angular momentum from its core gyro, spinning the entire ship up. At the terminus of the suicide burn – typically no more than 2000′ above ground – the ship explosively discards the sidewall armor and severs the retaining structure which retains the “grapes”, causing them to be jettisoned along with a large swarm of decoys, chaff, and hunter-seeker antidefensive missiles.

At this point, the basic dropship structure is abandoned, and the vehicles, lightened by their vector-control cores, are scattered over a wide area, discarding their clamshell protection immediately before landing.

Thus, the Waffle eliminates the core disadvantage of the Flapjack, the requirement for rapid disembarkation and dispersal from a single landing site. Additionally, the psychological effect of a cloud of fireballs raining armies from the sky should not, in this author’s opinion, be underestimated.

– Naval Starships of the Associated Worlds, INI Press, Palaxias,
supplement to the 433rd ed.

The Emperors’ Sword: Some Notes

(I also want to note that I could equally well title this series “The Empresses’ Sword” – the word, after all, is identical and gender-affix free in the original Eldraeic. Not my fault that English is an annoyingly inflexible and imprecise language…

…but alternating would probably confuse folks and make it harder to search for.)

Before we get on to the actual details of the bulk of the forces in question, some assorted notes on other topics:


The Legions, by and large, do not take artillery with them to the battlefield, despite their love of big guns and heavy firepower. The reasoning is as follows:

  1. Either you control the orbitals above the battlespace (even in an over-horizon sense), or the enemy does.
  2. If you do, you don’t need ground artillery, because you can simply drop KEWs from orbit.
  3. If they do, and you still need more gun than your heavy tanks can give you, you’re just providing the enemy with a big, fat, slow target (in the shape of your towed/self-propelled guns) that they can drop KEWs on from orbit.
  4. Either way, it ain’t going to help you.

Policy in this area, therefore, is to be generous in handing out the EI-12D Valkyrie target designator to ground forces, and let them call down all the “rods from god” and other ortillery weapons that they need.

(There are mortar-equivalents, of a sort; as we’ll see later, the IL-15i Battlesystem battle carbine includes an underslung sluggun capable of firing anti-materiel spikes, bore-compatible grenades, and gyroc micromissiles – and since its mass driver is quite powerful and its targeting software is entirely capable of handling an arching trajectory shot, one of these with the right ammunition is quite capable of functioning as an effective mortar.)

Close Air Support

Close air support is most commonly provided by the G7-BU Sunhawk, badass tilt-turbine/hybrid-rocket and (from an authorial perspective) shameless homage to the A-10 Thunderbolt II (“Warthog”), a wing or two of which is organically attached to most legions. It flies low, it hovers, it delivers untold quantities of messy death via a gun so large the whole airframe is built around it with the able assistance of a fine collection of auxiliary missiles and bombs. It is ably accompanied by the G12-BU Falcon, a smaller air-support vehicle built along similar lines, with a chin-mounted mass driver and cheek-mounted short-range missile launchers.

Much like the dedicated air-to-air interceptors (which, as a side note, are usually operated by the Navy as the irritating orbit-to-atmosphere subset of space operations), these are designed to be able to sortie from aerospace cruisers in low forced orbit, as well as from ground airfields should the campaign run long enough for you to have any ground airfields.

Closer air support comes from the Legions’ fine selection of UAVs fielded as support weapons – special attention here should go to the LD-116 Ravager variant of the modular battle tank platform, whose entire function is to dispatch and coordinate wings of ad-hoc micro-UAVs as needed in the current battlespace – and the occasional wide-area nanoswarm “death cloud” used for area-denial or line-breaking.

Even closer air support comes from some of the half-dozen combat drones slaved to every legionary as a matter of course, and also – for the heavy infantry and the cavalry – from the microbot/nanite cyberswarms they’re toting with them as expendable recon assets and balefire eaters.


The most usual means of delivering legionaries about the place is the G5-TT Corvee, a quad-engined tilt-turbine/hybrid rocket vehicle with a modular changeout system which allows it to serve as – among others – a troop transport – for legionaries and their IFVs – medevac ship, gunship, or missile platform as desired, although these latter are rare as close air support role is usually left to the Sunhawk. These serve the purpose of transporting the legionaries around planetside, and also – since like the Sunhawk, their hybrid-rocket capabilities let them reach and return from starships in low orbit – from orbit down to the orbithead.

Establishing an orbithead in the first place when you don’t have a landing zone, on the other hand, is the hard part, for which there are multiple varieties of ways to drop from orbit fast and lithobrake, depending on exactly who you are. For this, light legionaries get the Sledgehammer-class drop shuttle (to drop entire companies at one go) and the Fist-class triple-drop pod, used to insert a three-legionary fireteam and their drones. (The Fist is primarily, but not exclusively, used for special forces ops.) Heavy legionaries, by contrast, get the Piton-class single-legionary drop pod, which is essentially a disposable shell with braking rockets, ECM, and decoys that fits around the outside of the M70 Havoc combat exoskeleton and lets you fire it out of a missile tube.

The cavalry get the Flapjack-class cavalry dropship, of which more has been said elsewhere.

The other exceptional transit mechanism is used by legionary espatiers/ship’s troops when attempting hostile boarding actions. Usually a starship to be boarded has already surrendered, and as such legionaries can board it through its normal docks and locks, carried by their parent vessel’s pinnace and safely under its guns; but rarely, it is necessary to board and take a starship that is still resisting, or more commonly a habitat. For this, what is formally known as the microgravity assault vehicle (MAV) but more commonly referred to as the boarding torpedo exists, the most common being the Marlinspike-class. The job of a MAV is to avoid fire on the way to boarding, ram the target, cut through the hull, and crawl forward to wedge itself into a position suitable for discharging troops directly into the inner spaces of said target. This is what you might call a high-risk, low-survivability operation, which is why it’s very rarely done.


Given who we’re talking about here, there really shouldn’t be any need to say that everyone in the Legions is enhanced to the eyeballs with milspec bio-, nano-, and cybertechnology. Baselines don’t cut it on the modern battlefield; much too slow, fragile, and suchlike. So it doesn’t matter what species you were: eldrae, kaeth, etc., once you join the Legions – and you’ve made it through the first half of the Anvil so they can be pretty sure you’re not going to wash out – it’s into the healing vats to be stripped down and put back together with a full set of military-basic upgrades: faster reflexes, better senses, less need for sleep, skin, muscle, and bone weaves for extra resilience and strength, an auxiliary heart if you didn’t already have one, faster healing, immunity to fear (in the proper sense that means you still receive warning signals when you ought to be cautious, but it can never overpower your volition), and so on and so forth…


Which I will mention here simply to point out that yes, they have logistics. Lots and lots of logistics, although most of the logistic chain is the Navy’s business, and only the part involving getting it planetside and to the right people at the end belongs to the Legions. The teeth need the tail – but in these posts, I’m mostly examining the teeth, so the tail will not be mentioned much. A detailed look at it may happen in the indefinite future.

Special Forces

The Imperial military is actually rather heavy on special forces, by most standards, given the Empire’s general preference for subtlety, indirection, and outright deviousness whenever possible and strong dispreference for anything resembling mass attritional warfare. Which makes it a rather complicated subject, and something that I’ll deal with, by and large, also later.

Sophonts on the Battlefield?

Why do they even have sophonts on the battlefield, and not just field vast armies of nothing but drones, possibly remote-controlled?


(a) Tactical networks aren’t totally reliable; and

Because there are such things as signal jamming, and EMP, and plain old interference, and people knocking out intermediate network nodes, and having someone sophont and able to make decisions down there in the battlespace means no-one ends up in the embarrassing position of playing the Trade Federation in The Phantom Menace. Which is good, ’cause those guys should have won awards for sheer logistical dumbassery.

(b) Light-lag is a bitch; and

If you want to stay inside the enemy’s OODA loop, adding a whole bunch of signal delay is not a good way to do it. Milliseconds count on the modern battlefield. Hell, sometimes, microseconds count.

(c) More minds equals more flexibility.

An ecology of thousands of interacting minds responds much better to stresses and the unexpected than a single or small number of central controllers. A giant peer-to-peer network made up of nodes with initiative is much less likely to screw up and stay screwed up – which is especially valuable when said screw-ups involve getting killed and/or losing the war.

Specialized Legions

What we’re going to be talking about in later parts of this series are the four basic types of legion: light infantry, heavy infantry, light cavalry, and heavy cavalry, maintained at an approximate 9:3:3:1 ratio.

The legions, of course, also have innumerable slightly-specialized variants on these basic themes, along with outright specialist legions: guards/peacekeepers, communications specialists, combat engineers, super-heavies, military police, siege specialists, logistics specialists, undersea legions, first-strike specialists, reconnaissance specialists, saboteurs, experimental technology legions, battle theater prep specialists, automaton legions, hunter legions, special weapons legions, medical specialists, underground specialists, even terror legions. I don’t plan on detailing all these specialized variants here, though, just the basic types they vary from.

The Legions don’t have a separate military intelligence section, however: Admiralty Intelligence performs that function for the entire Imperial Military Service.

Next time: the light infantry in all their glory…

The Breakfast Of Champions


The final entry in this section, affectionately known to the Imperial Legions as the “Big Ugly Breakfast 1” – and less affectionately known to almost everyone else as “Good gods, what is that thing?” – is the Flapjack-class cavalry dropship (Eye-in-the-Flame Arms/Artifice Armaments). Uniquely among Imperial starship designs, the Flapjack has adopted the rare “disk” or “saucer” hull form. It does this because the Flapjack-class is equipped with not merely a single, but a pair of nuclear-pulse drives, using the relatively environmentally friendly laser-fusion or (in the Flapjack II) antimatter options, the descent and deceleration drives; the dorsal and ventral hulls of these ships are in effect simply the pusher plates for these drives. The main body of the vessel, suspended between these on hydraulic dampers, is a short, wide cylinder, heavily structurally reinforced and itself surrounded by  “sidewall” armor as thick and refractory as the pusher plates.

The intended usage of the Flapjack is orbital insertion of armored vehicles, en masse, into hot zones. To enable this, after being decoupled from a carrier in the high orbitals of a planet under attack, the Flapjack uses its descent drive to accelerate downwards through the atmosphere, minimizing dwell time within range of orbital and anti-air defenses. In addition, while the descent of a Flapjack obviously has far too bright a sensor signature to be concealed, the combination of the radiation hash from the descent drive’s thrust bombs and the plasma sheath formed by its hypersonic atmospheric transit together render it extremely difficult for weapons systems to attain successful guidance lock, and terminal guidance (especially to the fine degree necessary to insert a weapon into the narrow window of vulnerability between the pusher plates and the sidewall armor, even if the weapon is capable of surviving and maneuvering in the immediate environment of an active nuclear-pulse drive) virtually impossible.

At the end of its descent trajectory, the Flapjack uses the more powerful thrust bombs of its deceleration drive to perform a “suicide burn”; i.e., maximal deceleration at minimum altitude, compatible with lithobraking in a manner which preserves the integrity of the ventral pusher plate. This deceleration burn serves the additional functions of preparing the drop zone for the arrival of the dropship by flattening any structures or prepared defenses, and eliminating any but the most heavily armored, secured, and radiation-proofed resistance in the immediate area. Once the ground is reached, multiple armored cargo access doors with integral ramps and excavation drones permit the Flapjack to be actively discharging combat vehicles within minutes of a successful landing.

A proposal for an infantry dropship along the lines of the Flapjack, tentatively designated the Pancake-class, has been advanced by Eye-in-the-Flame Arms, but at the present time the high-radiation aftermath of such a vessel’s landing is not considered viable for personnel wearing M-70 Havoc combat exoskeletons or N45 Garrex field combat armor, the current legionary standards. While this would not be a problem for troops equipped with the specialized N45r Callérás high-rad field combat armor, its associated disadvantages and the expense of refit ensure that, for the foreseeable future, infantry will continue to be landed via drop shuttle (q.v.)

– Naval Starships of the Associated Worlds, INI Press, Palaxias, 421st ed.

1. A statistically improbable number of combat drops take place at planet dawn.