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Buildings using Talon Steel in their framework are nearly impervious to enemy sieges and (in modern times) artillery fire. Boilers made of Talon Steel can be run at fantastically high temperatures and pressures, allowing the Order's steam engines to keep up with more modern vehicles. Talon Steel makes armoured units difficult to destroy, even with modern explosives and shaped charges. Without it, the Talon would be hopelessly outclassed by modern armies, with it, the Talon are a force to be reckoned with. Indeed, Talon Steel is the single greatest asset in the Talon's arsenal. The metalвЂ™s extreme strength, durability, and relative lightness is what gives Talon units their unholy levels of survivability. So ritualised is the creation of this metal that every crucible of molten steel must be blessed before it can be cast and forged, and even the slightest of imperfections in the material can means weeks or even months of remaking. Originally believed to be inspired by divine intervention and still poorly understood to the majority of Order members, Talon Steel was first created centuries ago, and has remained the same ever since. Talon Steel is one of the OrderвЂ™s most closely guarded secrets, its complete forging known only to a handful of the most senior craftsmen. The samples in question were never recovered. Shortly after the completion of this report, Dr FuginawaвЂ™s team was killed in a freak laboratory fire.

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It would take many years, if not decades, of concentrated research effort to determine how to understand this metallurgy, but given enough time and resources, I believe we may be able to recreate this material for our own uses.' Our current theory is that the steel is somehow created by producing a tough but brittle high carbon steel, then treating the material in such a way as to cause some of the carbon to precipitate out of solid solution in the primary steel matrix, and crystallize as perfectly ordered nano-structures.ДЇor our entire faculty with nanotechnology, our best scientists were unable to determine how this might be achieved, or how such a material might be stabilized.

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It appears to have been made with nothing more than a series of complex and intricate forging, processing and heat treatment stages. Such a material is beyond even our own nano-steel in terms of strength, yet unlike our own nano-structured alloys, this metal bears none of the tell-tales of normal nano-assembly! The sample provided replaces the fibres with ordered arrays of high strength nano-tubes and nano-wires, and the resin with a high quality, defect free, steel. Such a material combines the strength of the fibrous material, with the lightness of the resin, to make a strong yet light material. A normal composite material is simply a mat of fibres (normally glass or carbon) suspended in a polymer based resin. The material appears to be an advanced вЂњmetal-matrix compositeвЂќ. We should be thankful that none of the Allied or Soviet gaijin knows of this metal, or we would be facing vehicles and vessels of near invincibility! We were not able to measure the tensile strength of the metal until we could send it to the far larger testing facility in Tokyo.ДЄnd all this from a sample the thickness of a pencil! We were able to discover more about the metal by examining it with a nano-scale microscope. The sample broke two of the most powerful tensile testing machines here at the University of Sapporo. However, mechanical testing of the material proved otherwise. Initial petrographical analysis showed the material to be little more than ordinary steel. вЂњOur researchers have completed a preliminary investigation of the metal sample that came to our university department after being sold to us by a Saudi Arabian merchant. Complex forging and heat treatments make this the strongest metal known to man.ДЄn excerpt from a technical briefing prepared for the Shogunate

Cold steel paradox mod