  Kaon photoproduction on He3, gamma + He3 --> K+ + Hypertriton, is studied in
the framework of the impulse approximation. Realistic He3 wave functions
obtained as solutions of Faddeev equations with the Reid soft-core potential
are used along with different Hypertriton wave functions. Results are compared
for several elementary operator models, which can successfully describe the
elementary kaon production off the proton up to a photon lab energy of k = 2.2
GeV. It is found that the corresponding cross sections are small, of the order
of several nanobarns. It is also shown that the influence of Fermi motion is
important, while the effect of different off-shell assumptions on the cross
section is not too significant.
