Issue link: https://digital.copcomm.com/i/1542039
30 PROP CULTURE I WINTER 2026 President of Studio Art & Technology, Lewis Doty emphasized: "The physical trophy is really almost iconography for a unique story of exceptional work in our industry and should reflect that with the craftsmanship… Today's [SAT's] work spans film, television, theme parks, museums, art/architectural installations, product development and consulting to name some… We do almost anything from conception to completion… We believe in how the PMG is bringing together their community and of course, would [want to] be a part of it." Early considerations for affordably producing the trophies included ideas such casting from plastic resin and electroplating. However, partnering with generous contributions from SAT enabled the tooling and resources necessary to deliver a luxury product. SAT, being no stranger to complex and elaborate fabrication, would prove essential in the development of the trophy. While props are often made of plastic or foam for affordability or speed, this is ultimately a "cheat" for expediency in filmmaking. A career of "faking it" still yields some very real accomplishments, and an accolade in service to the Property Master for their own feats in design and tastemaking begs to be delivered true-to-form. With that, a plan was hatched to bring the concept to life in real-world metals. Lewis would next have the arduous task of determining the best manufacturing approach drawing upon modern technological innovation and the classic tried-and-true skills of his in-house artists. Each MacGuffin trophy starts life as unassuming rough-cut blocks of 360 brass bar and 6061 aluminum billets. These materials were chosen for their subtractive machining workability and corrosion resistance. Utilizing state-of- the-art computer drafting software, these raw materials are milled by three-axis CNC machines to produce the "ball and spire" components of the trophy. The foundational base is cast from a durable two-part tooling resin. Each casting is embedded with armature pins to mate with machined components and a circumferential polished brass ring detail. Not to be out done, a steel plate is concealed in each base to ensure weight parity with the 8.5-pound "Oscar" trophy. The next steps require the human touch of expert craftspersons. Each machined component is placed in a purpose-built jig where it can be hand drilled to accept the structural pins embedded in the base. Tooling marks and other artifacts of the machining process are removed through stages of graded sanding before being buffed and polished to a lustrous shine. The base casting undergoes similar bodywork smoothing regimen before receiving a handsome coat of high-gloss black paint. In the final hand-fit assembly stage, the delicate balance of each MacGuffin trophy takes shape: a sphere held captive aloft by arching prongs, emanating from a foundational base. Each part of the structure is dependent on the whole. The overall process of machining, laser cutting, engraving, casting, body working, painting, polishing, and assembly spans seven departments of artists and technicians working in concert to produce each trophy. With 11 award categories, the number of trophies produced each year varies depending on the projects that win. In instances where a winning project