An exceptionally rare and highly sought-after set of four original Kastrup wall sconces designed by the pioneering Danish architect Vilhelm Lauritzen and produced by Louis Poulsen in the 1940s. Created as part of Lauritzen’s celebrated lighting program for Copenhagen’s Kastrup Airport (1937), these sculptural fixtures embody the refined functionalism and understated elegance that define the best of Danish Modern design. Composed of deeply dished lacquered metal reflectors surrounding opaline glass diffusers, the sconces provide a beautifully soft and indirect illumination while presenting a striking architectural silhouette. Their simple yet sophisticated form reveals Lauritzen’s mastery of proportion and light, qualities that have made his early designs among the most collectible works in Scandinavian lighting. Authentic examples from this period are increasingly difficult to find, and complete matching sets are especially scarce. Sets of four have become exceedingly uncommon, making this an exceptional opportunity for collectors and designers seeking an important and highly usable group of period fixtures. These sconces retain their original finish and have been intentionally left unrestored, preserving the honest character accumulated over more than eight decades. Minor edge wear, scattered paint losses, and a gentle mellowing of the white lacquer contribute to a rich, authentic patina that speaks to their age and history. The opaline diffusers remain beautifully intact, and the overall presentation is both refined and remarkably well preserved. An iconic and museum-worthy lighting design by one of Denmark’s most influential architects. This piece is attributed to the mentioned designer/maker. It has no attribution mark and no official proof of authenticity, however it is well documented in design history. I take full responsibility for any authenticity issues arising from misattribution, Up to 250V (Europe/UK Standard).The wiring of this item may be original and might need replacement, if not specified otherwise.