• Germanic Fire Striker Historical Spark Iron
  • Germanic Fire Striker - Historical Spark Iron
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Battle-Merchant

Germanic Fire Striker - Historical Spark Iron

$49.98 USD
$49.98 USD
Inkl. MwSt. Shipping wird beim Checkout berechnet.
Highlights

The Germanic Fire Striker is an authentic, hand-forged tool that brings the traditional art of fire-making from the early Middle Ages into the present day.

  • Traditionally crafted from high-quality, carbon-rich iron for optimal spark formation
  • Historically accurate replica of an archaeological grave find from the Bavarian region
  • Enables learning traditional bushcraft techniques in combination with flint and tinder
  • Compact and handy dimensions of approximately 9 x 4 x 0.5 cm for practical use on the go
  • Robust and durable design, ideal for both reenactment and history enthusiasts
  • Delivered as a functional forged piece with a characteristic, rustic surface finish
Manufacturer's specifications

Battle-Merchant Wacken GmbH & Co. KG, Gehrn 4, 25596, Wacken, info@battlemerchant.com
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Germanic Fire Striker Historical Spark Iron
Germanic Fire Striker - Historical Spark Iron
Germanic Fire Striker Historical Spark Iron

Germanic Fire Striker - Historical Spark Iron in detail

Questions about the product Germanic Fire Striker - Historical Spark Iron

From which era does the historical model for this Germanic fire striker originate, and how is it traditionally used?

The historical model for this Germanic fire striker dates back to the early Middle Ages and is based on a grave find from Bavaria. It is traditionally used by striking the steel against the sharp edge of a flint to create sparks that fall onto dry tinder (such as tinder fungus or charred cotton) and ignite it.
What materials are needed to generate sparks with the Germanic fire striker, and how does a flame develop from them?

To generate sparks with the Germanic fire striker, a sharp-edged flint (silex) and tinder, such as tinder fungus or nitrated cattail, are required. Striking the carbon-rich steel against the edge of the flint produces hot sparks that fall onto the tinder, causing it to ignite. The resulting embers are then placed in a prepared tinder nest made of easily combustible material and ignited into a flame by careful fanning or blowing.
What role does the carbon content in the iron of the Germanic fire striker play in spark formation, and how should the metal be properly cared for?

The high carbon content (approx. 0.7–1.4%) in the iron is crucial for spark formation, as only high-carbon steel releases tiny metal particles when struck against a flint, which then ignite due to the frictional heat. To properly care for the metal, it should be protected from moisture and lightly oiled as needed to prevent rust formation on the carbon steel.
Why was the shape of the Germanic fire striker historically designed in such a way that it could not be used as a knuckle duster or weapon, and what significance did this have for the blacksmith's craft?

Historically, the Germanic fire striker was designed so that the ends of the steel were curled or curved back towards the handle to form a compact, closed shape. This design ensured that the tool could not be misused as a knuckle duster or weapon when gripped, as no protruding points or hard edges reinforced the knuckles. For the blacksmith's craft, this meant a clear separation between everyday objects and weapons, underscoring the blacksmith's status as a producer of essential civilian tools and requiring the skillful mastery of shaping without compromising function.