In this UIST paper, we present a novel method for embroidering fully soft resonant LC circuits<\/strong> to enable high-resolution inductive pressure sensing directly on textile substrates<\/strong>. Using a single continuous enameled wire, we integrate both the coil and the capacitor<\/strong> into the fabric through precise embroidery, forming a compact LC circuit without the need for external components. This resonant structure is combined with a ferromagnetic top layer<\/strong> and a soft, compressible foam<\/strong>, translating mechanical deformation into shifts in resonance frequency<\/strong>. The approach maintains the flexibility, softness, and washability<\/strong> of the base textile while adding robust sensing capabilities.<\/p>\n\n\n\n