1⁄48 Thaler - Frederick William

Emitent Mecklenburg-Strelitz
Rok 1862-1864
Typ Standard circulation coin
Hodnota 1⁄48 Thaler
Měna Thaler (1701-1872)
Složení Billon (.208 silver)
Hmotnost 1.33 g
Průměr 16 mm
Tloušťka 1 mm
Tvar Round
Technika Milled
Orientace Medal alignment ↑↑
Rytci
V oběhu do
Reference KM#96
Popis líce Mecklenberg crowned crest
Písmo líce Latin
Opis líce FW H.V.M.ST. V.G.G.GR
Popis rubu Value and date with mint mark
Písmo rubu Latin
Opis rubu 48 EINEN THALER 1862 A
Hrana Smooth
Mincovna
Náklad 1862 A - - 194 000
1864 A - - 194 000
ID Numisquare 1637331300
Další informace

Historical Context: The 1/48 Thaler of Frederick William was issued by the Grand Duchy of Mecklenburg-Strelitz (1862-1864), early in Grand Duke Frederick William's reign (1860-1904). Originating from the German Confederation era, prior to unification, this low-denomination billon coin fulfilled vital daily commercial needs. It signifies Mecklenburg-Strelitz's autonomy and adherence to the Thaler system amidst significant political and monetary transitions across German states.

Artistry: This 1/48 Thaler's design reflects the functional realism typical of mid-19th century German numismatic art. While specific engraver attribution is rare for fractional denominations, the stylistic school prioritized clarity and legibility. The obverse likely features a simplified bust of Grand Duke Frederick William or his crowned monogram. The reverse displays denomination and date, often within a minimalist legend or ducal insignia, aligning with practical demands for mass production and circulation.

Technical/Grading: Struck in billon (.208 silver), 1.33 grams, 16 millimeters, this coin presents distinct grading considerations. High-points prone to wear include the Grand Duke’s hair, ear, and collar on a bust, or the uppermost elements of a crown or monogram. The softer billon alloy often produced less precise strikes, resulting in common weakness in peripheral legends or finer details. Extensive circulation and environmental exposure frequently cause surface corrosion and significant wear, impacting preservation.

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