This investigation outlines an engineering framework for the swiftest conceivable dismantling of Mercury into components for a Dyson swarm, grounded in established physics and ambitious projections of contemporary materials and production techniques. Starting with a self-replicating industrial seed weighing 1,000 tonnes, the system undergoes around 58 cycles of duplication. A key finding is that an economy confined to Mercury exhausts the planet's accessible solar energy by approximately the 30th duplication cycle, coinciding with limitations imposed by surface area and local heat dissipation. Consequently, a multi-year deconstruction effort cannot depend solely on Mercury's internal power; it must initiate the redirection of output around the 20th to 25th duplication cycles toward a solar-facing collector, orbital manufacturing, and orbital radiator systems before local saturation occurs.
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