1 Ackey - George III Trial Strike

発行体 Ghana
年号 1796
種類 Coin pattern
額面 1 Ackey
通貨 Ackey (1796-1818)
材質 Bronze plated copper
重量 15.55 g
直径 32 mm
厚さ 1.5 mm
形状 Round
製造技法
向き Coin alignment ↑↓
彫刻師
流通終了年
参考文献 KM#Pn7
表面の説明 Crowned monogram with wreath around and date at top divided by crown
表面の文字体系 Latin (cursive)
表面の銘文 1796 GR
(Translation: George King)
裏面の説明 Coat of arms with legend around
裏面の文字体系 Latin
裏面の銘文 FREE TRADE TO AFRICA. BY ACT. OF PARLIAMENT. 1750.
Smooth
鋳造所
鋳造数 1796 - -
Numisquare ID 7403396640
追加情報

Historical Context: This 1796 1 Ackey trial strike reflects British colonial monetary policy under King George III. In the late 18th century, Britain aimed to regularize currency in its West African territories, specifically the Gold Coast (modern Ghana). The "Ackey" denomination, referencing a local gold weight, aimed to integrate indigenous economic systems with European coinage, facilitating trade and solidifying British influence. As a prototype, never circulated, it exemplifies the experimental phase of colonial currency development.

Artistry: The design, characteristic of late 18th-century British Neoclassical numismatics, would feature a dignified laureate bust of George III on the obverse. While the engraver is unlisted, such trials often involved prominent figures from the Royal Mint or Matthew Boulton's Soho Mint, like Conrad Heinrich Küchler. The reverse design would detail the denomination and issuer, executed with the precise, balanced aesthetics typical of the era, reflecting imperial authority and classical ideals.

Technical/Grading: Struck on a bronze plated copper flan, this trial piece has a weight of 15.55 grams and a diameter of 32 millimeters, indicating a robust prototype. For grading, key high-points on the obverse include the highest curls of the King's hair and the laurel wreath. On the reverse, the raised lettering and any central device are critical. Trial strikes often showcase exceptional strike quality from new dies and careful production, though the plating itself can degrade, impacting surface integrity.

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