Self Portrait of Jean-Baptiste Pigalle at The Louvre, Paris

myminifactory

Jean-Baptiste Pigalle was a French sculptor born in Paris on January 26, 1714. He was the seventh child of a carpenter and grew up with a strong passion for art. Despite failing to win the Prix de Rome, Pigalle persevered and eventually gained entry into the prestigious Académie Royale. His dedication paid off as he became one of the most renowned sculptors of his time. Pigalle's early work was not as refined as his later pieces, but it still showcased his immense talent. Notable examples include "Child with Cage" and "Mercury Fastening his Sandals." However, it is his more mature works that truly showcase French sculpture in the 18th century. His iconic nude statue of Voltaire, created in 1776, is a masterpiece that has been preserved in the Louvre. Pigalle also left an enduring legacy through his tombs for notable figures such as Comte d'Harcourt and Marshal Saxe. These breathtaking monuments are testaments to Pigalle's skill and artistry. In addition to his impressive sculptures, Pigalle played a significant role in mentoring future artists. He taught the sculptor Louis-Philippe Mouchy, who eventually married Pigalle's niece and closely emulated his style. Today, Pigalle is perhaps most famous for being the namesake of Paris's infamous red-light district. This area, situated around the square bearing his name, has become synonymous with Pigalle's legacy. On August 20, 1785, Jean-Baptiste Pigalle passed away in Paris, leaving behind a remarkable body of work that continues to inspire artists and art enthusiasts alike. This digital sculpture is part of "Scan The World," a groundbreaking initiative by MyMiniFactory. Through this community-driven project, fully 3D printable sculptures and artworks are being created for the public to access for free. If you have an interesting item in your possession and would like to contribute, email stw@myminifactory.com to learn how you can help. This sculpture was scanned using photogrammetry technology and processed with Agisoft PhotoScan.