Petticoat Lane Market, London 1969
$20.00 $10.00
Instant royalty-free digital download. No watermark. You will receive a JPG image of between 3000 and 4000 pixels on the longest side. Perfect for prints, books, media, creative projects, and more. The download link will appear in the checkout after successful purchase.
This authentic 1960s colour photograph captures the vibrant commercial spirit of the Petticoat Lane Sunday Market in 1969, situated on Middlesex Street. The image showcases a series of traditional timber-framed stalls protected by heavy green and grey canvas awnings, a staple of East End street commerce. In the foreground, a young woman wearing a patterned lilac mini-dress is seen inspecting a blue piece of clothing, while a youth in a blue Harrington-style jacket assists with the selection. Nearby, older men in beige cardigans and spectacles browse through stacks of cardboard boxes and trestle tables piled with goods. The backdrop features the utilitarian brick and concrete architecture of the era, including a building with a large yellow sign that reads “World Renowned Petticoat Lane Sunday Market.” Since this specific area has been largely demolished and redeveloped, this digital download serves as a rare visual document of a lost London landscape. It is an ideal piece to print for yourself as a nostalgic work of urban wall art.
About Retro Stock Photography
Retro Stock Photography specializes in genuine vintage color photographs from the 1950s through the 1990s, all available as royalty-free instant downloads. Our photos are popular for editorial features, books, magazines, websites, documentaries, advertising, social media, local history projects, creative design, and as unique gifts when printed.
All of our images are scanned directly from original slides and negatives, preserving their authenticity, detail, and character. And because we own the original photographs and copyrights, all of our collection is exclusive to us and not available elsewhere.
Buy any 5 downloads and receive 15% off your entire order.

