For an integer   $n\,\ge \,3$ , let
 $n\,\ge \,3$ , let   ${{M}_{n}}$  be the moduli space of spatial polygons with
 ${{M}_{n}}$  be the moduli space of spatial polygons with   $n$  edges. We consider the case of odd
 $n$  edges. We consider the case of odd   $n$ . Then
 $n$ . Then   ${{M}_{n}}$  is a Fano manifold of complex dimension
 ${{M}_{n}}$  is a Fano manifold of complex dimension   $n\,-\,3$ . Let
 $n\,-\,3$ . Let   ${{\Theta }_{{{M}_{n}}}}$  be the sheaf of germs of holomorphic sections of the tangent bundle
 ${{\Theta }_{{{M}_{n}}}}$  be the sheaf of germs of holomorphic sections of the tangent bundle   $T{{M}_{n}}$ . In this paper, we prove
 $T{{M}_{n}}$ . In this paper, we prove   ${{H}^{q}}\left( {{M}_{n}},\,{{\Theta }_{{{M}_{n}}}} \right)\,=\,0$  for all
 ${{H}^{q}}\left( {{M}_{n}},\,{{\Theta }_{{{M}_{n}}}} \right)\,=\,0$  for all   $q\,\ge \,0$  and all odd
 $q\,\ge \,0$  and all odd   $n$ . In particular, we see that the moduli space of deformations of the complex structure on
 $n$ . In particular, we see that the moduli space of deformations of the complex structure on   ${{M}_{n}}$  consists of a point. Thus the complex structure on
 ${{M}_{n}}$  consists of a point. Thus the complex structure on   ${{M}_{n}}$  is locally rigid.
 ${{M}_{n}}$  is locally rigid.