Introduction

The United Kingdom ½ crown coin minted between 1937 and 1946 under the reign of King George VI holds a special place in numismatic history. This silver denomination showcases remarkable design features and historical significance that make it a sought-after collector's item.

Historical Background

Issued by the United Kingdom, the ½ crown coin was part of the currency system during King George VI's reign from 1937 to 1946. This period marked significant global events, including World War II, which impacted the economy and coinage production.

Coin Images

Obverse

Reverse

Design Features

The obverse of the coin features the inscription "GEORGIVS VI D:G:BR:OMN:REX," identifying King George VI as the ruler. On the reverse, the coin displays "FID DEF IND IMP" above "HALF CROWN," emphasizing the monarch's titles and the coin's denomination. The designs reflect the traditional British numismatic style of the era.

Technical Specifications

The United Kingdom ½ crown coin weighs 14.14g and has a diameter of 32.30mm. Composed of 50% silver, this coin embodies the elegance and precious metal content typical of British coinage at that time. The intricate details and size of the coin add to its overall appeal.

Collectible Value

As a piece of history from the King George VI era, the ½ crown coin holds both historical and collectible value. Its silver composition and unique design make it a desirable addition to any numismatist's collection. Depending on its condition and rarity, this coin can fetch a considerable market value among collectors.

Conclusion

The United Kingdom ½ crown coin from 1937 to 1946 serves as a tangible link to the past, showcasing the artistry and historical context of its time. With its exquisite design, silver content, and historical significance, this coin stands out as a prized possession for collectors and enthusiasts alike. By exploring the intricate details and rich history of the United Kingdom ½ crown coin, collectors can appreciate its unique value within the realm of numismatics.