| Aversbeschreibung | Standing portrait facing right dividing the date. |
|---|---|
| Aversschrift | Latin |
| Averslegende | FERDINAND D / G / ARCHIDVX / A |
| Reversbeschreibung | |
| Reversschrift | Latin |
| Reverslegende | AVSTRI ET CA / RINTHIÆ ZC |
| Rand | |
| Prägestätte | |
| Auflage |
1608 - - 1609 - - 1610 - - 1611 - - 1612 - - 1613 - - 1614 - - 1615 - - 1616 - - 1617 - - 1618 - - 1619 - - 1620 - - |
| Numisquare-ID | 1663760960 |
| Zusätzliche Informationen |
Historical Context: The 1 Ducat of Ferdinand, struck in Klagenfurt between 1608 and 1620, represents a pivotal period in Central European history. Ferdinand, Archduke of Inner Austria, was a staunch proponent of the Counter-Reformation, actively consolidating Habsburg power and Catholic influence in his hereditary lands, including Carinthia. This era immediately preceded his ascension as Emperor Ferdinand II in 1619, a key figure in the Thirty Years' War. The Klagenfurt mint played a vital role in regional economic stability and ducal authority.
Artistry: The design of this ducat reflects late Renaissance and early Baroque artistic conventions prevalent in Habsburg territories. While the specific engraver remains largely unrecorded, the stylistic execution suggests a competent local master. The obverse typically features a dignified, laureate, and armored bust of Ferdinand, conveying imperial gravitas and power. The reverse often displays the complex heraldry of the Duchy of Carinthia or the combined arms of Inner Austria, intricately rendered to symbolize dynastic legitimacy.
Technical/Grading: Struck in high-purity gold (.986 fine) on a 3.46 gram planchet, the technical quality of these ducats is generally commendable for the period. Key high-points for grading include the intricate details of Ferdinand's hair and laurel wreath, the contours of his armor, and the fine lines within the heraldic shield on the reverse. Collectors should look for a strong, even strike, though minor planchet irregularities or slight weakness at the periphery are common. Die state variations may be observed.