1 Pfennig - Simon VII

Émetteur County of Lippe-Detmold (Lippe, German States)
Année 1621-1623
Type Standard circulation coin
Valeur 1 Pfennig (1⁄288)
Devise Thaler (1413-1788)
Composition Copper
Poids 0.66 g
Diamètre 16.5 mm
Épaisseur
Forme Round
Technique
Orientation
Graveur(s)
En circulation jusqu’à
Référence(s) KM#44
Description de l’avers Rose within circle of stars and rings.
Écriture de l’avers
Légende de l’avers
Description du revers Value within ornamented rectangle.
Écriture du revers Latin
Légende du revers I
Tranche
Atelier
Tirage ND (1621-1623) - -
ID Numisquare 7294171170
Informations supplémentaires

Historical Context: Issued by Simon VII, Count of Lippe-Detmold, between 1621 and 1623, this 1 Pfennig coin dates to the tumultuous early years of the Thirty Years' War (1618-1648). Simon VII's reign (1591-1627) saw Lippe navigate intense conflict and economic instability. The war led to widespread silver shortages and increased reliance on base metal coinage. This copper denomination thus reflects the challenging financial climate and the necessity for accessible currency during a period of profound disruption.

Artistry: The engraver for this common, low-denomination copper coin remains anonymous, typical for the era. Stylistically, it reflects the practical demands of early 17th-century German provincial minting, prioritizing legibility and essential heraldic or denominational information. The design typically features a central Lippe rose, a common dynastic emblem, on one side, and the denomination "1 PFENNIG" or a simplified monogram on the other. Details are robust, suitable for mass production and daily circulation.

Technical/Grading: Struck in copper, this small (16.5mm, 0.66g) coin often exhibits variable strike quality. High-points susceptible to wear include the central elements of the Lippe rose and the raised lettering. Technical strike characteristics frequently include weak or uneven strikes, particularly towards the flan edges, and minor off-centering. Planchet imperfections like laminations or surface irregularities are common. Given its composition, specimens often show environmental damage or signs of heavy circulation.

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