The British Museum holds some of Egypt’s earliest metal vessels and tools, but no one has ever studied how they were actually made. These objects—copper bowls, model axes, and other funerary goods from the mid-third millennium BCE—have been treated largely as art. Their manufacturing methods, material choices, and the skills of the people who made them remain unknown. This project fills that gap by using non-invasive analytical techniques to examine the objects’ surfaces and compositions, revealing whether they were hammered, cast, or assembled from imported materials. A pilot comparison with metal objects from the Royal Cemetery of Ur in Mesopotamia will test whether technological knowledge moved between early civilisations. If successful, the research will reframe how museums present Egyptian funerary archaeology, shifting the story from abstract beliefs about the afterlife to concrete decisions made by ancient metalworkers. It will produce detailed digital models of the objects, making them accessible to global audiences, and establish a new methodological framework for studying ancient metals. This is fundamental, curiosity-driven research. It will not change a manufacturing process or supply chain tomorrow, but it could reshape how archaeologists understand technological exchange across early civilisations—and how museums tell those stories.
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This project aims to explore wider stories and connections within the British Museum collection by conducting the first detailed technological study of some of Egypt’s earliest metal objects found in funerary contexts. Using advanced non-invasive analytical techniques, the research will evaluate manufacturing methods, technological choices, and material selection behind metal vessels and (model) tools, as well as their role in funerary practices. Representing some of early Egypt’s most significant material culture, these assemblages remain poorly exploited from a museological perspective. Their holistic examination and interpretation through the lense of ‘object itineraries’ affords tremendous potential to understand their makers and owners, thus developing engaging narratives beyond their artistic appeal. Furthermore, this opens novel possibilities for museum-based research to examine interactions between early civilisations in the region through technological exchange. As a pilot study, metal objects from the mid-third millennium BCE Royal Cemetery of Ur, Mesopotamia, will be compared. This will support future museum exhibitions and collaborations telling new stories about these under-researched objects in the collection. The research will provide unprecedented insights into the evolution of metal craft traditions and their integration into burial assemblages, helping to reframe traditional understandings of Egyptian funerary archaeology largely focused on beliefs about the afterlife. By creating detailed digital models of the objects, the project will make these artifacts accessible for global audiences. It will establish a new methodological framework for ancient metal studies, contributing to a comprehensive database and offering innovative pathways for research and outreach in Egyptology and archaeometallurgy
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