Catalog
See full images - free registration
Continue with Google - no registration!
or register with email
Why register? Just to keep bots out of our catalog. Your email stays private - we will never share it or send you anything uninvited. We guarantee you that!
5 Kao
| Issuer | United Federation of Koronis |
|---|---|
| Year | 2006 |
| Type | Log in to see details |
| Value | Log in to see details |
| Currency | Log in to see details |
| Composition | Log in to see details |
| Weight | Log in to see details |
| Diameter | Log in to see details |
| Thickness | Log in to see details |
| Shape | Round |
| Technique | Log in to see details |
| Orientation | Log in to see details |
| Engraver(s) | Log in to see details |
| In circulation to | Log in to see details |
| Reference(s) | Log in to see details |
| Obverse description | Central field features a colorized heraldic coat of arms depicting a quartered shield in red and black with three five-pointed stars, flanked by two rampant golden lions as supporters, and surmounted by an elaborate crest. A scroll below the shield bears the Latin motto 'PER ARDUA AD ASTRA'. The legend 'UNITED FEDERATION OF KORONIS' and the date '2006' arc along the upper periphery, while the denomination '5 KAO' is inscribed in the lower field. |
|---|---|
| Obverse script | Log in to see details |
| Obverse lettering | United Federation of Koronis 2006 5 KAO |
| Reverse description | Log in to see details |
| Reverse script | Log in to see details |
| Reverse lettering | Log in to see details |
| Edge | Log in to see details |
| Mint | Log in to see details |
| Mintage | Log in to see details |
| Additional information |
The United Federation of Koronis is a micronation, and this piece belongs to a category of privately issued fantasy coinage produced primarily for collector sale rather than any functional circulation. Silver-plated titanium at one gram is a combination chosen for novelty over practicality — titanium at that thickness offers no meaningful corrosion resistance advantage over base metals, and the plating adhesion on such lightweight blanks is notoriously inconsistent.