  We present a conceptual design for a polarized $^3$He target for Jefferson
Lab's CLAS12 spectrometer in its standard configuration. This two-cell target
will take advantage of advancements in optical pumping techniques at high
magnetic field to create 60\% longitudinally polarized $^3$He gas in a pumping
cell inside the CLAS12 5 T solenoid. By transferring this gas to a 20 cm long,
5 K target cell, a target thickness of $3 \times 10^{21}$ $^3$He/cm$^2$ will be
produced, reaching the detector's specified maximum luminosity with a beam
current of 2.5 $\mu A$.
