Catalog
| Issuer | Mylasa |
|---|---|
| Year | 210 BC - 30 BC |
| Type | Standard circulation coin |
| Value | |
| Currency | Drachm |
| Composition | Bronze |
| Weight | 1.72 g |
| Diameter | 12.0 mm |
| Thickness | |
| Shape | Round (irregular) |
| Technique | Hammered |
| Orientation | Variable alignment ↺ |
| Engraver(s) | |
| In circulation to | |
| Reference(s) | SNG Keckman Karia#228-231, HN Online#734 |
| Obverse description | Horse walking right |
|---|---|
| Obverse script | |
| Obverse lettering | |
| Reverse description | Ornamented trident head downwards |
| Reverse script | Greek |
| Reverse lettering | |
| Edge | |
| Mint | |
| Mintage |
ND (210 BC - 30 BC) - - |
| Numisquare ID | 9145408420 |
| Additional information |
Historical Context: This Mylasan Æ12 bronze coin, issued from 210 BC to 30 BC, spans the late Hellenistic period and the rise of Roman influence. Mylasa, a prominent Carian city, maintained significant civic autonomy despite navigating between regional powers. Its sustained local bronze coinage, crucial for daily commerce, underscores the city's economic stability and municipal self-governance during this often turbulent age.
Artistry: Adhering to the Hellenistic stylistic school, the coin's design showcases realism and dynamism. Mylasan bronzes of this period typically feature a local deity, often Zeus Labraundos with his distinctive double-axe (labrys), on the obverse. The reverse commonly depicts an eagle, a club, or the labrys itself. Execution, even on a small flan, aimed for a dignified yet naturalistic portrayal, emphasizing the city's reverence for its patron deities and symbols.
Technical/Grading: As a small bronze issue (12mm, 1.72g), this Æ12 typically exhibits variable strike quality. Key high-points for preservation assessment include the facial features and hair of the obverse deity, and the central elements of the reverse device. Well-struck examples show good centering and a clear impression of these details, despite common limitations of bronze flan preparation and die wear. Surface condition, including patination and absence of significant corrosion, is also paramount for optimal grading.