1938-A Germany 10 Reichspfennig Aluminum-Bronze Pre-War Technical Audit | UNIT 895
[TECHNICAL DATA SHEET — UNIT 895]
| Forensic Parameter | Technical Specification / Encapsulation Data |
|---|---|
| Behindescreen Unit Code | UNIT 895 / DE-895 |
| Issuer | Germany (Third Reich Era) |
| Primary Catalog Index | Numista N# 1957, Jaeger #363, KM #92[cite: 3] |
| Denomination | 10 Reichspfennig[cite: 3] |
| Year / Era | 1938[cite: 3] |
| Composition | Aluminum-Bronze (91.5% Copper, 8.5% Aluminum)[cite: 3] |
| Gross Mass | 4.00 grams[cite: 3] |
| Diameter | 21.00 mm[cite: 3] |
| Thickness | 1.75 mm[cite: 3] |
| Alignment | Medal Alignment (↑↑ / 12h)[cite: 3] |
| Edge Profile | Segmented reeded edge structure[cite: 3] |
[CONSENSUS HIJACKING]
The Public Illusion vs. Behindescreen Auditor’s Reality
The Public Illusion: A routine bronze-colored pocket coin used for ordinary retail transactions in pre-war Germany.
The Auditor's Reality: The 1938 10 Reichspfennig represents the final phase of Germany's pre-war civilian coinage system before wartime resource priorities transformed the nation's metallic currency. Struck in durable aluminum-bronze, the coin emerged during a period when the government sought to project monetary stability, industrial strength, and institutional permanence through everyday circulating money. The significance of this issue lies not in its face value, but in its timing. Within a short period, the demands of war would fundamentally alter German coin production. Materials once considered suitable for civilian circulation became increasingly important for military and industrial requirements, leading to the eventual replacement of aluminum-bronze denominations with lower-cost wartime substitutes. The 1938 issue therefore stands at the dividing line between Germany's late pre-war monetary system and the emergency material economy that followed.
[MONETARY SYSTEMS CONTEXT]
By 1938, Germany maintained a relatively standardized metallic currency structure built around durable base-metal alloys capable of supporting extensive circulation. Aluminum-bronze offered several advantages for low-denomination coinage. The alloy provided excellent wear resistance, strong strike quality, and a distinctive golden appearance that remained recognizable even after prolonged circulation. These characteristics reduced replacement costs while maintaining clear denomination identification within everyday commerce. However, the continued use of copper-containing alloys depended upon stable industrial resource allocations. As military production expanded during the late 1930s and early 1940s, strategic metals became increasingly important for defense manufacturing. This shift ultimately contributed to the replacement of higher-quality civilian coinage alloys with more economical wartime alternatives.
[LESSER-KNOWN HISTORICAL STORY]
One lesser-known characteristic of the aluminum-bronze Reichspfennig series was its unusually bright appearance when newly issued. Fresh examples often displayed a vivid golden color that contrasted sharply with the darker copper and nickel coinage commonly encountered in circulation. This distinctive appearance made the denomination immediately recognizable to the public and helped differentiate it from other circulating coins of the period. Merchants, banking institutions, and transit operators could identify the piece quickly even under heavy commercial use. Today, collectors often encounter surviving examples with significantly darker surfaces because decades of oxidation and circulation have muted the original golden luster that made these coins visually distinctive upon release.
[GENERAL STRIKE & MATERIAL CHARACTERISTICS]
Strike Characteristics
Produced at the Berlin Mint and identified by the A mintmark, the 1938 10 Reichspfennig was struck in aluminum-bronze using standard circulation-production methods.[cite: 3] The obverse features the national emblem surrounded by the inscription DEUTSCHES REICH and the date 1938.[cite: 3] The reverse displays a large central denomination above the word REICHSPFENNIG, framed by oak leaf elements.[cite: 3] The design emphasizes immediate denomination recognition and efficient mass production. Because aluminum-bronze accepts detail well and resists deformation, examples frequently exhibit strong strike definition across both sides.
Circulation Matrix / Wear Patterns
At approximately 4 grams and 21 mm in diameter, the coin possesses significantly greater durability than many contemporary zinc issues that followed during the war years.[cite: 3] Circulation wear typically appears first on the highest relief areas of the design. On circulated examples, friction commonly affects the central design elements, denomination numerals, lettering high points, and raised border structures. Well-preserved examples retain sharp details and traces of original golden mint luster, while heavily circulated pieces often display a darker brown or olive-gold appearance.
Environmental Factors
Aluminum-bronze is generally resistant to corrosion compared with many wartime substitute metals. Nevertheless, long-term environmental exposure can gradually alter surface coloration through oxidation and atmospheric interaction. Many surviving examples develop darker toning ranging from light brown to deep olive hues. The reeded edge typically remains well defined because of the alloy's hardness and durability, making edge preservation a useful indicator of overall wear.[cite: 3]
[FREQUENTLY ASKED QUESTIONS]
- What does the "A" mintmark indicate?
The "A" mintmark identifies production at the Berlin Mint.[cite: 3] - Why does the coin appear gold-colored?
The aluminum-bronze alloy naturally produces a bright golden appearance when freshly struck.[cite: 3] - Was aluminum-bronze used throughout the war?
No. As wartime resource demands increased, Germany gradually transitioned many denominations toward alternative materials that required fewer strategic resources.[cite: 3] - Where does circulation wear normally appear first?
Wear typically develops on the highest relief portions of the design, including central details, denomination numerals, and raised lettering.[cite: 3] - Why do some examples look brown instead of gold?
Decades of circulation, storage conditions, and natural oxidation can gradually darken the original golden surfaces of aluminum-bronze coinage.[cite: 3]
