Comm-Link:Galactic Guide - Anvil Aerospace

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Galactic Guide: Anvil Aerospace
SeriesGalactic Guide
TypeSpectrum Dispatch
ID12970
Published2013-04-23
SourceGalactic Guide: Anvil Aerospace
In the series
Title Published
Galactic Guide: Anvil Aerospace 2013-04-23
Galactic Guide - Earth & New Jump Point 2013-05-31
Galactic Guide - Stanton System 2013-07-12
Galactic Guide - Hurston Dynamics 2013-07-23
Galactic Guide - Terra 2013-07-26
Galactic Guide: Oberon System 2016-07-23
Galactic Guide: Banshee System 2016-06-22
Galactic Guide: Nemo System 2016-06-15
Galactic Guide: Chronos System 2016-05-05
Galactic Guide: Kayfa 2016-04-06
Galactic Guide: Croshaw System 2015-10-20
Galactic Guide: Kastak Arms 2015-10-06
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Galactic Guide: Castra System 2015-08-05
Galactic Guide: Kruger Intergalactic 2015-07-29
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Galactic Guide: Vega System 2015-04-22
Galactic Guide: Tyrol System 2015-04-15
Galactic Guide: 78th Squadron 2015-04-08
Galactic Guide: Helios System 2015-03-15
Galactic Guide: Accelerated Mass Design 2015-03-08
Galactic Guide: Virgil System 2015-02-19
Galactic Guide: Squad 214, Bravo Flight 2015-02-05
Galactic Guide: Hades System 2015-01-07
Galactic Guide: Nyx 2015-01-01
Galactic Guide: Sakura Sun 2014-12-30
Galactic Guide: Gold Horizon 2014-12-23
Galactic Guide: 36th Fighter Squadron 2014-11-20
Galactic Guide: Nul System 2014-11-19
Galactic Guide: GNP 2014-11-12
Galactic Guide: Taranis 2014-10-29
Galactic Guide: Baker System 2014-10-15
Galactic Guide: The Murray Cup 2014-10-01
Galactic Guide: Consolidated Outland 2014-09-23
Galactic Guide: Bremen 2014-09-16
Galactic Guide: WillsOps Systems 2014-08-05
Galactic Guide: Rihlah System 2014-07-29
Galactic Guide: Stor-All 2014-06-17
Galactic Guide: Corel System 2014-06-10
Galactic Guide: Behring Applied Technology 2014-05-27
Galactic Guide: Original Systems 2014-05-20
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Galactic Guide: Odin 2014-04-15
Galactic Guide: Tiber 2014-03-04
Galactic Guide: Davien 2014-02-11
Galactic Guide: Aegis Dynamics 2014-01-30
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Galactic Guide: Magnus 2014-01-02
Galactic Guide: MISC 2013-12-19
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Galactic Guide: Klaus & Werner 2013-10-28
Galactic Guide: Ellis System 2013-10-07
Galactic Guide: Hangar Manufacturers 2013-09-30
Galactic Guide: Kilian System 2014-12-23
Galactic Guide: ORIGIN 2013-08-02
Galactic Guide: Horus System 2016-02-09
Galactic Guide: Nexus System 2015-12-22
Galactic Guide: Orion System 2013-06-17
Galactic Guide: Oso System 2015-07-08
Galactic Guide: Tayac 2016-02-03
Galactic Guide: Cubby Blast 2015-07-17
Galactic Guide: Covalex Shipping 2015-06-26
Galactic Guide: Cathcart System 2013-04-16
Galactic Guide: Kellog System 2018-01-10
Galactic Guide: Caliban System 2018-04-11
Galactic Guide: Tal System 2018-03-14
Galactic Guide: Leir System 2018-10-17
Galactic Guide: Kiel System 2018-12-12
Galactic Guide - Kabal System 2019-01-09
Galactic Guide: Kallis System 2019-04-03
Galactic Guide: Gliese System 2019-07-03
Galactic Guide: Garron System 2019-06-12
Galactic Guide: Min System 2019-12-11
Galactic Guide: Rhetor System 2015-11-10


Every month, the subscriber-only Jump Point publication includes profiles of locations and companies in the Star Citizen universe. Subscribers receive these reports first, with a general release further down the line. Today we’re proud to share the article on Anvil Aerospace, designer of the Hornet fighter. This month’s Jump Point, available Friday, will include profiles of Roberts Space Industries and Earth!


Anvil Aerospace is one of the earliest Terran success stories. Founded in 2772, Anvil has been reliably delivering military-grade equipment to the UEE navy for almost two centuries. The initial Anvil skunkworks facility was located in Nova Kiev, Terra, and the company’s headquarters are still there. For the first seventy-odd years of Anvil’s existence, every design project was personally lead by company founder J.Harris Arnold. Arnold, an eccentric spacecraft designer of the old school who insisted on signing off on every part of his designs’ subsystems, was a beloved figure in an otherwise cutthroat industry.Today, Anvil has factories on three dozen UEE core worlds … but continues to source all systems itself and requires that the standing CEO sign off on every spacecraft alteration.

The company’s moniker comes from a quote in Robert Calvin’s famous early justification for UEE expansion, explaining that military spending “fuels the furnaces of expansion and strikes the anvils of innovation.” There’s little argument: fueling the furnaces of expansion is exactly what Anvil has been doing since Day One.The company has produced dozens of successful and iconic military spacecraft over the years, including the Hurricane, Osprey, Devastator, Hornet and Gladiator. No military campaign in the last two centuries has been launched without Anvil spacecraft in the forefront, and no carrier in UEE space today operates without at least a squadron of Anvil-designed fighters. In fact, Anvil designs have historically scored more space-to-space kills than any other military spacecraft.Hornets, in particular, have destroyed more enemy hardware (measured in star credits) than all other current Navy space fighter designed combined.


Civilian Craft

Anvil’s civilian line is relatively new, a decision that many at the company initially resisted. The general feeling was that producing civilian grade versions of dedicated military spacecraft would dilute the brand: Anvil’s carefully maintained position as the tip of the spear would be in danger. Debate over the issue became so protracted that it threatened to split the company into two separate groups, with the civilian wing formally licensing the military designs. This was ultimately all for naught, as the UEE government stepped into the debate with a surprising resolution: they actually favored the concept of supplying military-styled weaponry to civilians, especially on the distant frontiers. A home defense militia squadron of slightly-less-than-milspec but still fearsome Hornets, it was reasoned, would make a better deterrent than a squad of Drake Cutlasses. The process of civilianizing a design like the Hornet is more complex than it seems: UEE military secrecy laws mean that, on average, 60% of the hardware in a given spacecraft simply cannot be offered to the public. Some of these replacements — like milspec Gatling guns — would be expected and relatively easy to re-source in a modern modular design … but these requirements also govern systems as innocuous as rudder pedal boot locks or rubber cockpit sealing strips. Design teams must effectively work double-blind, replacing existing systems without being given access to their military equivalents.In some cases, designers must reconstruct subsystems based solely on publicly available holographs … while the team that designed the original systems operates next door, wholly unaware.

Civilianizing top-of-the-line military spacecraft is a frustrating process, but one that has proved ultimately valuable for Anvil: company profits rose 34% after the first civilian model Hornet (the F7C) was made available, with no perceptible tarnishing of the Anvil brand. Rather, the idea that you could own a “military” ship immediately became something of a status symbol, driving the resale value of Hornets and successive conversions; civilian Hornets have essentially (and unexpectedly) become a luxury brand. Anvil’s civilian equivalents sell both to actual paramilitary units on the frontier desperately in need of rugged hardware and to rich homeworlds industrialists who believe that flying a Hornet makes them top gun fighter pilots.


The Future

Terra, home of Anvil Aerospace. With both military and civilian spacecraft spending at an all-time high, Anvil’s prospects look bright. As the UEE continues to face off against a seemingly growing Vanduul threat, orders for Hornet space superiority fighters and Gladiator bombers continue to spike. Several thousand of each are delivered to front-line carriers every month, at a rate that continues to rise as additional factories can be brought online. On the civilian side, the Hornet is holding steady as the third best-selling single-seat spacecraft design available, trumped only by the Aurora and 300i. The recent civilian conversion of the Gladiator looks to be a similar success story, as the first model (Gladiator I) becomes available to the general public in the next three months.

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