Historical Dollar-to-Marks
Currency Conversion Page

page created by Harold Marcuse,
Professor of German History at UC Santa Barbara
(Prof. Marcuse's homepage)

page created August 19, 2005, last updated 10/7/18

What is old German money worth? (back to top)

• How much old German paper money is worth on the market today? I can't tell you.
  This page is about how past amounts in Marks can be converted to past and present US dollars.
  • For market values of old German bills you may have, I suggest looking on ebay under:
    Ebay > Currency > Germany.
  • Sammler.com has a page Collector Values of Old German banknotes with lots of information.
  • Richard Holmes was a collector of 1920s German Notgeld (inflationary "emergency" money) until 1997. He put together an excellent Notgeld website with historical background, scans and links, and a page on how they can be valued (scroll down for tables). [links updated 8/2/10, thanks to Harry Brown]

  I welcome suggestions for additions to this page: marcuse@history.ucsb.edu.

In 1938 Fritz earned 6000 Marks, what would his equivalent salary be today? (back to top)

1. First, using the tables immediately below, convert the 1938 Marks to 1938 dollars.
   In 1938, 2.49M=$1 or 12.4M=1£ means 6000M=$2409= £484.
2. Now go to the inflation calculators section below, and see what $2409 (or £484) in 1938 would be worth today (the MeasuringWorth.com calculator is excellent--I think it might be more accurate to use the UK calculator than the US calculator, as Germany's economic indicators may have tracked those more closely). Inflating to the year 2017 the various indexes yield the following results:
   £29,400 or $41,900 using the Consumer Price Index
   £27,500 or $33,700 using the GDP deflator
                      $98,100 using the value of consumer bundle [reconverting in 2017: £70,700]
   £78,500 or $91,000 using the average earnings / unskilled wage *
   £132,000 or $214,000 using the nominal GDP per capita [good for estimating the "status" of that income]
   £183,000 or $537,000 using the relative share of GDP [good for estimating the share of national wealth]
3. Which measure would be most appropriate? Read the explanatory page on the MeasuringWorth.com site, Choosing the Best Indicator to Measure Relative Worth. For a salary or annual income, you will see that the "Consumer Bundle" or "GDP per capita" would be the best measures.
   Thus Fritz's salary would be between $98,100 and $214,000 today [Or $170,000 inflating the UK £.]
   Or using the UK inflator and converting the £ to $: £132,000 = $170,000 in 2017 would be the high end instead of $214k.
   For the value of a simple commodity (loaf of bread, gallon of gas), you'd use the CPI.
   For the cost of a building or public works project, you'd use the GDP deflator.

Good luck with your historical conversion!

US-German Currency Conversion Tables, 1913-2005 (back to top)

• The tables on the left below were scanned from R.L. Bidwell, Currency Conversion Tables: A Hundred Years of Change (London: Rex Collings, 1970), 22-24.
  [UCSB library HG219.B5]

• The tables on the right were generated at the Economic History Association's eh.net site. In 2007 moved to: measuringworth.org/globalexchange
  • original source: Lawrence H. Officer, "Exchange Rates," in Susan B. Carter, Scott S. Gartner, Michael Haines, Alan Olmstead, Richard Sutch, and Gavin Wright, eds., Historical Statistics of the United States, Millenial Edition (New York: Cambridge University Press, 2002). (see Lawrence Officer's Univ. Illinois/Chicago faculty page)
  • These are annual averages (Bidwell's are for the listed month).

first trading day

The 1971-2005 data in this left-hand table are from Triacom, a translation services company in Barendorf, Germany.
They generated it from oanda.com; see: Daily Rates section, below.

The discrepancy with the eh.net table on the right is because the left-hand table has first trade date of the year values, while the right-hand table has annual averages. If a year's value in the right-hand table is higher, then the year average dollar rate was stronger than at the start of the year (said another way: the DM got weaker that year).

Lawrence H. Officer, Professor of Economics at the University of Illinois at Chicago, on his InfoEurope page:
"From 1913 onward, all the European series are annual averages of daily exchange rates in the New York market."

Prof. Officer also gives the following details about German currency names:
"On October 11, 1924 the monetary unit of Germany was changed from the mark to the reichsmark, where 1 reichsmark = 1,000,000,000,000 mark. Federal Reserve quotations switched from the mark to the reichsmark on October 29, 1924. In June 1948 the monetary unit was changed to the deutsche mark, where 1 deutsche mark = 10 reichsmark."

note on Bidwell at left:
British milliard=US billion, British billion=US trillion.

• to generate the right-hand table directly above on measuringworth.com's exchange rates page:
  • enter the starting and ending years (1913 to 1999) in the top two boxes
  • select Germany in the next row
  • hit enter.
• to generate the table at left below (2007-2012) on Oanda.com's Historical Rates Page:
  • select USD and EUR
  • select custom date range from 1/1/2007 to present
  • select Frequency: Annual
  • hit enter.
  • Note: the dates are in ascending order.

Converting Value-then to Value-now: Inflation Calculators (back to top)

• MeasuringWorth.com is a site created by Profs. Lawrence Officer and Samuel Williamson with precisely this question in mind. With a single calculator you can choose up to 7 different measures for bringing US $ values from the late 1700s up to any year until 2006. For a discussion of which of the different measures is most meaningful for the amount you want to convert, see the discussion on their Measures of Worth page.
• For links to additional inflation calculators, see the Links section, below.
• For historical Pounds to dollars and French Francs to dollars conversions, again see Links section, below.

My original Bidwell page scans (back to top)
from: R.L. Bidwell, Currency Conversion Tables: A Hundred Years of Change
(London: Rex Collings, 1970), pp. 22-23, 24.

Links (back to top)

• CPI-based inflation calculator, from 1800 to present for US $ (westegg.com)
  • The Consumer Price Index is good for comparing goods in daily use (salaries, food).
  • created by Steven Morgan Friedman, a 1998 history major from UPenn, who became an excellent programmer-web designer (Friedman's CV).
• US Gov't CPI table, 1913-present, indexed 1982-84=100 (for US cities); monthly+annual avg.
  • The same 1913-present table, but with annual averages, and annual percentages
  • 1800-present table of annual averages, with 1967=100
  • Inflation calculator, 1913-present, for US $, by US gov't Bureau of Labor & Statistics
• NASA's inflation calculator page (for US $, 1940 to 2009), includes links to:
  • a CPI index running from 1913 to 2003.The CPI index is best for consumer goods.
  • a GDP Deflator Inflation Calculator, which is better for industrial goods and construction projects.
• for a discussion comparing CPI, GDP and other measures see this page at measuringworth.com.
  • The CPI is, of course, most accurate for consumer goods.
• For additional historical currency links, see this H-German e-mail exchange, Aug. 2005, which includes the following table:
• Implicit GNP Deflator 1913=100 (Germany, 1901-1995, gap 1914-1924)
  

  1901 87.3 1902 86.2 1903 86.0 1904 85.9 1905 89.9 1906 92.2 1907 93.1 1908 91.3 1909 93.5 1910 96.5 1911 96.8 1912 99.3 1913 100.0 1914 n.a. 1915 n.a. 1916 n.a.

  1917 n.a. 1918 n.a. 1919 n.a. 1920 n.a. 1921 n.a. 1922 n.a. 1923 n.a. 1924 n.a. 1925 140.9 1926 144.2 1927 147.3 1928 152.8 1929 155.7 1930 154.9 1931 146.1 1932 131.6

  1933 125.3 1934 126.4 1935 125.6 1936 125.1 1937 126.0 1938 128.1 1939 130.1 1940 125.8 1941 120.1 1942 118.4 1943 120.2 1944 126.5 1945 n.a. 1946 161.4 1947 171.6 1948 198.5

  1948 198.5 1949 211.6 1950 204.8 1951 229.3 1952 240.4 1953 237.9 1954 237.5 1955 242.5 1956 249.3 1957 256.5 1958 264.5 1959 268.9 1960 276.8 1961 290.4 1962 302.0 1963 311.5

  1964 321.1 1965 333.1 1966 344.5 1967 349.8 1968 357.7 1969 372.7 1970 401.2 1971 432.4 1972 455.4 1973 484.0 1974 517.9 1975 548.0 1976 567.7 1977 589.0 1978 614.0 1979 638.0

  1980 669.3 1981 696.7 1982 727.7 1983 752.8 1984 768.5 1985 785.4 1986 811.3 1987 827.0 1988 837.1 1989 857.4 1990 884.6 1991 919.1 1992 969.2 1993 1,005.8 1994 1,029.1 1995 1,051.8

  Table based on one submitted by Prof. Albrecht Ritschl (Humboldt University, Berlin.), who used the source: Albrecht Ritschl and Mark Spoerer,: "Das Bruttosozialprodukt in Deutschland nach den amtlichen Volkseinkommens- und Sozialproduktsstatistiken 1901-1995," in: Jahrbuch fuer Wirtschaftsgeschichte (1997), part 2, 11-37. The article title translates as: "Gross National Product in Germany based on the Official National Income and Product Statistics, 1901-1995."
• Roy Davies, University of Exeter librarian, has a Current Value of Old Money page, with links to On-line tools & sources (they start with the eh.net site I used, above [note 2008: the eh.net site has become measuringworth.com]).
• Pounds to Dollars Historical Conversion of Currency by Eric Nye, Department of English, University of Wyoming (source years: 1264-1983; target years 1913-2007)
• French Franc-to-Euro consumer price index equivalencies, 1901-2001, in English, from the French Institut National de la Statistique et des Études Économiques: www.insee.fr.
• from 2002: Euro-to-Euro CPI
• pre-1800 German currency, at hudsonrivervalley.net (with conversion rates at the bottom of the page) and 1632.org/1632Slush/1632money.rtf:
  The thaler (from thal, "valley") originally came from the coins minted from the silver from a rich mine at Joachimsthal (St. Joachim's Valley, Czech: Jáchymov) in Bohemia. Thalers/dollars were thus silver coins, while Guilders or Florins were gold (florin: name of gold coin minted in Florence in 1252). Here are some equivalencies (dear god, thank you for the decimal system)
  1 Karolin       = 11 rhenish florins
  1 Dukaten     =   5 fl rhein. (since 1559)
  1 Laubtaler    =  2 fl 45 Kreuzer rhein.
  1 Königstaler =  1 fl 20 Kreuzer rhein.
  1 Reichsthaler = 1.5 fl rhein. = 24 groschen = (theoretically) 12 pfennigs
  (depended on copper vs. silver supply; latter became scarce during 30 years war, 1618-1648)
  1 gulden  =   4 mark = 24 albus = 48 schilling = 288 heller; 1 Gulden = 1 Guilder (Dutch)
  1 groschen = 1 shilling (?)
  or:
  1 fl rhein. = 15 Batzen =  20 Groschen = 60 Kreuzer = 240 Denar (Pfennig) = 480 Heller
  1 Albus = 1 1/2 Batzen =  2 Groschen =   6 Kreuzer =   24 Denar = 48 Heller
  1 Batzen   =   4 Kreuzer = 16 Denar = 32 Heller
  1 Groschen = 3 Kreuzer = 12 Denar = 24 Heller
  1 Kreuzer   = 4 Denar = 8 Heller
  1 Denar      = 2 Heller