Shield Wall to Wall-Shield

Early in the development of kinetic barrier technology, engineers found themselves stymied by an inability to project kinetic barriers. While they could create them, they were limited to doing so along the plane of a conductor. While fringe emission lobes did exist along the surface, these were inadequate to provide any protection, being too narrow even at high power levels to provide significant deceleration.

While these problems were eventually solved, they led to a serendipitous discovery when, in testing, the conductor plates were found to be less damaged by incoming gunfire than unpowered control plates. Upon investigation, it was discovered that the dampening effect of an active kinetic barrier field, when interpenetrating existing matter, served to strengthen interatomic and intermolecular bonds without the side-effects that altering electromagnetic forces might have. The net result was that conductive materials imbued with such a field behaved as if they possessed greater material strength, hardness, and toughness.

Such greater resilience to impact, abrasion, and fracture was obviously of great interest to armor manufacture, and schemata for introducing suitable conductive layers into composite armor plating to use this to best effect – along with designs for suitably distributed and redundant field injectors – were pioneered by such companies as Cosmic Defensive Technologies, ICC. The resulting wall-shields became a common component of both maritime and celestime armor, and indeed remain the principal component of underwater maritime armor, in which projected kinetic barriers have a tendency to interfere with good hydrodynamics.

– Armor: The Last Millennium, Sardal Oricalcios

On Lasers

So, I gather more’n a few laser fans are coming to visit these days, so just to save time, here’s the canonical reason that lasers are the ‘verse’s secondary weapons system, not its primary one:

(It turns out that this is really a recapitulation of points raised in Non-Standard Starship Scuffles, so if you’re already nodding along to that, you can more or less skip the rest. I’ll just hit a few high points.)

Lasers, for the most part, are useful weapons systems under many circumstances. (Obviously they have to be, given their use as point-defense; if you couldn’t get effective results from lasing a k-rod, they wouldn’t be used.) As mentioned elsewhere, you can get an effective result out of a laser weapon, due to collimation, up to around a light-second, which is the entirety of the inner engagement envelope, and as such every military starship mounts a passel of phased-array plasma lasers for point-defense, and larger classes cram in some broadside offensive lasers too.

You can actually collimate reasonably effective beams at rather longer distances than that, as the existence of starwisp tenders demonstrates – although they themselves are of little use for military purposes despite the incidents mentioned in that article, seeing as they shift angular vector and alter their focus with all the grace and speed of apatosauruses mating. One would, however, make a dandy generator for a laser web.

(Yes, they exist in the ‘verse, and have done ever since the Admiralty paid the Spaceflight Initiative to launch Sky-Shield, the homeworld’s first orbital defense grid, back in the day. Orbital defense grids remain their main military use, along with civilian beamed power.)

It’s just that the IN sees no particular point in paying in either cashy money or mass/volume budget for collimation to make them effective beyond the inner engagement envelope, because you aren’t going to hit any actively evading targets at that range anyway, golden BBs and spies having gotten you a copy of their drunkwalk algorithms aside, and kinetics/AKVs work better for the geometry games played in the outer envelope.

Here, though, is the spoiler in the deck where military lasers are concerned:

Thermal Superconductors.

(The laws of physics do permit them, I am assured, and local materials science is more than up to producing them.)

In up-to-date designs, starship armor is woven through with a dense mesh of the stuff, with wicking into big heat-sink tanks of thermal goo. This causes something of a problem for weaponized lasers, because it makes it ridiculously hard to create a hot spot that’ll vaporize – instead, you just add heat to the whole starship. Which is not useless by any means, if you can manage lots of repeated hits or keep a beam on target, because if you can pump enough heat into a starship, either it, the crew, or both, will go into thermal shutdown; but this is what lasers are for in ‘verse starship combat. If you want to blast things apart, you go for kinetics, because you can’t tank (sic) big lumps of baryons.

Of course, this defense has its limitations: a laser grid at short range can hit its target with enough power to overcome the armor and, indeed, to chop its target neatly into a pile of small cubes. But that’s for definitions of short range meaning “inside knife-fight range”, and any Flight Commander who let the range close that much without having his entire propulsion bus shot off first would be summarily cashiered for incompetence.

And that’s why lasers aren’t the primary or only weapons system around these parts.


Trope-a-Day: Badass in a Nice Suit

Badass in a Nice Suit: Yeah, we’ve got lots of these. Basically all of ’em who aren’t either (a) in the military, and thus in uniform, or (b) possessed of a preference for Badass Longcoat.

(Conveniently, dilatant fabrics make it possible to get reasonable armor protection without spoiling the fashionable lines of said nice suit. And then there’s that fine piece of sartorial militancy, the battle cravat…)

Inspirational Not-My-Art of the Day


Today’s accidentally found art comes via Geek & Sundry’s article: “The Future of Cosplay, Today! Felicia Day Models 3D Printed Armor” (more images and photoshoot video at the link), in which the armor in question was designed by Melissa Ng (link to her work here, and seriously, check it out; it’s well worth it).

Which I post here, apart from the desire to share really awesome stuff, because upon seeing it, well, I could not help but conclude that it’s a work of art precisely in the Eldraeverse idiom.

(Not as armor, technically speaking, there being certain annoying physics-based necessities inherent in protecting one from flechettes travelling at a respectable fraction of c; but for the lady sentinel attending the Court of Courts or another similar formal occasion, it would be perfect.)

And so if those of you with an artistic headcanon could update it accordingly, that’d be shiny. I’ll be over here updating the non-head canon.


Trope-a-Day: Bullet Proof Vest

Bullet Proof Vest: Mostly averted against bullets – most modern personal weapons put enough kick behind their projectiles that you want hardshell armor with kinetic barriers (see: Armor is Useless, Powered Armor) to save you from those, which is why even the Constabulary uses the equivalent of regular legionary armor just in case.  The equivalents, “scale jackets”, and other clothing made from the same materials – usually pharmed spider-silk and related composites – do exist to help deal with shrapnel, knives, needlers, and other lesser hazards.

Women Fighters in Reasonable Armor

Just throwing in, now it’s not on my nonexistent regular blog, a plug for the blog Women Fighters In Reasonable Armor, of which I approve thoroughly in the interest of not making my suspension of disbelief hurt any more than it does already when reading Generic Fantasy or other genres that really ought to know better.

(Speaking for my own universe, there are more than enough layers, in between the fabric jacket, the tech compartments, the cerametal-composite armor-plating, the superconductor meshes, and the ablative layer sprayed over the top of all of that, to make telling the gender of anyone wearing the entire-body-enclosing standard-legionary-issue N45 Garrex field combat armor or its cousins damn near impossible unless they’ve got their equally-all-enclosing helmet off, which is never done under combat conditions. But then, that’s a design feature – you’re not supposed to see a person, you’re supposed to see one mean bastard of a legionary who may just be about to ruin your whole day. The key words here are studied memetic overkill.

As for its big brother, the M70 Havoc combat exoskeleton – well, considering that piece of armor is a couple of tons of personal mini-tank that lets you punch out buildings and survive getting in a nuclear-bazooka fight at implausibly close ranges, frankly, you’re lucky to be able to tell what species the wearer is. At least without the sort of prolonged study no-one’s ever been inclined to do when there’s an occupied M70 wandering around the vicinity.)