Many families carry a story of Roma heritage but no records to prove it. A DNA test can now show the tell-tale mix of South Asian, Middle Eastern and European ancestry that points to Roma roots โ and RomanyDNA lets you explore it with the raw DNA you already have.

19th-century etching of a Roma family โ Rijksmuseum (public domain).
Historians trace the Roma people from the Indian subcontinent, through the Middle East, into Europe around the year 1500. As they travelled they carried their DNA with them and, over the centuries, mixed to varying degrees with the populations they met. That history leaves a recognisable signature: a Roma individual commonly shows a blend of South Asian, Middle Eastern and one or more European ethnicities.
If your report indicates a likely origin in Northwestern India together with European ancestry, there is a strong possibility of Roma ancestry. The exact percentages vary enormously between individuals and families, because some Roma groups intermarried within their own communities while others mixed more freely with local populations.
Genetic studies have found surprisingly few prototypical lines from the Indian subcontinent among European Roma, which suggests they descend from a relatively small founding population. That makes the Roma genetic signature easier to identify in modern testing โ and it is why a Roma ancestry result often looks quite different from a general "South Asian" or "European" result.
Start exploring your Roma ancestry
Ethnicity estimates depend on the reference database a company uses and on its matching algorithms, so different providers can give different results for the same person. Smaller populations are harder to resolve exactly, which is why Roma ancestry is sometimes reported as a broad "South Asian", "Balkan" or "Middle Eastern" region rather than as Roma specifically. Your results are also only going to improve with time as databases grow โ so keep revisiting your ancestry and genealogy as new matches appear.
There is genetic ancestry, and there is cultural heritage, and the two do not always match. Many people throughout the centuries embraced a travelling way of life without being of Roma ethnicity, and genetic analysis will not pick those cases up. When DNA is combined with family stories and historical records, it helps paint a much fuller picture of where you come from.
Roma ancestry usually appears in a DNA test as a distinctive mix of South Asian (often Northwestern Indian), Middle Eastern and one or more European populations. If your ethnicity report shows a likely origin in Northwestern India alongside European ancestry, there is a strong possibility of Roma ancestry. DNA matches and family records help confirm it.
The Roma people left the Indian subcontinent and moved through the Middle East into Europe, arriving in Europe around the 1500s. As they travelled they mixed, to varying degrees, with local populations. As a result Roma DNA is typically a blend of South Asian, Middle Eastern and European ancestry rather than a single population.
The best test is the one with a large, well-sampled reference database, because smaller ethnic groups are harder to resolve. You do not need a new test: RomanyDNA reads the raw data file you already downloaded from AncestryDNA, 23andMe, MyHeritage, LivingDNA or Family Tree DNA and compares it against every kit on the site.
No. A DNA test can show genetic ancestry, but being Roma is also a cultural and community identity that genetics cannot measure. Many people adopted a travelling way of life without Roma ancestry, and many Roma have mixed ancestry. DNA is most useful when combined with family stories, records and research.
Roma or Romani is the preferred term. Gypsy is a widely used search term but is often considered a slur, so it is best avoided in everyday use. This page mentions it only because many people search for Roma ancestry using that word.
Roma people descend from a relatively small founding population, so their genetic signature is distinctive but can be diluted by generations of mixing with local European populations. Smaller reference panels and different matching algorithms also mean estimates vary between testing companies, and results improve as databases grow.