1 Pfennig - München R. Oldenbourg

Émetteur Munich, City of
Année
Type Emergency coin
Valeur 1 Pfennig (0.01)
Devise Mark (1914-1924)
Composition Zinc
Poids 1.1 g
Diamètre 16.2 mm
Épaisseur 1.0 mm
Forme Octagonal (8-sided)
Technique Milled
Orientation Medal alignment ↑↑
Graveur(s)
En circulation jusqu’à
Référence(s) Men05#17858.1, Men18#22337.1
Description de l’avers Pearl rim, legend surrounding beaded circle with denomination centered
Écriture de l’avers Latin
Légende de l’avers R. OLDENBOURG 1 ✶ MÜNCHEN ✶
Description du revers Pearl rim, with denomination centered
Écriture du revers Latin
Légende du revers 1
Tranche Plain
Atelier
Tirage ND - -
ID Numisquare 4715247110
Informations supplémentaires

Historical Context: This 1 Pfennig coin from the City of Munich reflects the German Notgeld era, particularly after World War I. During this period of economic instability and material shortages, municipalities issued emergency currency. "R. Oldenbourg" likely signifies a prominent Munich publishing house involved in its production, underscoring localized currency provision. Its zinc composition directly indicates wartime metal rationing and post-war scarcity.

Artistry: As emergency coinage, this 1 Pfennig piece exhibits a utilitarian and functional aesthetic. Specific engravers for such Notgeld are rarely recorded; the design prioritizes clarity and legibility over elaborate embellishment. Munich issues often feature the city’s coat of arms or simple typographic declarations of issuer and denomination. The design aimed for efficient mass production, ensuring quick recognition and local acceptance.

Technical/Grading: Struck in zinc, this coin's technical qualities are largely defined by the metal. High-points, on raised design elements, are prone to wear and corrosion. Strike quality varies, reflecting Notgeld’s often-hasty production, which could result in weaker strikes or planchet imperfections. Zinc's tendency to develop surface pitting or oxidation significantly impacts its visual appeal and grade. Original luster preservation is rare due to the metal's reactivity.

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