Æ

Issuer Adramyttion
Year 400 BC - 300 BC
Type Standard circulation coin
Value
Currency Drachm
Composition Bronze
Weight 1.74 g
Diameter 12 mm
Thickness
Shape Round (irregular)
Technique Hammered
Orientation Variable alignment ↺
Engraver(s)
In circulation to
Reference(s) SNG France#2 , Klein#248
Obverse description Laureate head of Zeus facing slightly right.
Obverse script
Obverse lettering
Reverse description Eagle standing left on altar.
Reverse script Greek
Reverse lettering AΔΡA
Edge
Mint
Mintage ND (400 BC - 300 BC) - -
Numisquare ID 8502839310
Additional information

Historical Context: Issued by the ancient city of Adramyttion in Mysia, this bronze coin dates from a period of significant geopolitical flux, spanning the late Classical to early Hellenistic eras (400-300 BC). Adramyttion, strategically located on the Aegean coast, transitioned from Persian satrapal influence to the nascent Hellenistic kingdoms following Alexander's conquests. This Æ coinage reflects the city's need for local transactional currency, supporting daily commerce amidst shifting imperial powers.

Artistry: While the specific engraver remains anonymous, typical for civic issues of this era, the coin's design would adhere to the prevailing Late Classical and early Hellenistic stylistic schools. These styles emphasized growing naturalism and expressive quality. Common designs for Adramyttion included obverse depictions of local deities like Zeus or Apollo, rendered with detailed facial features and flowing hair, paired with a reverse often featuring a civic emblem such as an eagle or a cult image, executed with sculptural finesse despite the small module.

Technical/Grading: This small bronze (12mm, 1.74g) typically exhibits characteristics common to civic Æ issues of the period. High-points for a deity portrait would include the hair, forehead, and nose; for an animal motif, details of musculature or feathers. Strike quality can vary considerably; off-center strikes, irregular flan shapes, and areas of weak striking are frequently observed due to the manufacturing process. Surface condition and die wear are crucial factors in assessing preservation and overall technical grade.

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