V,W, andXin technicolor models

Light technifermions and pseudo Goldstone bosons that contribute to the electroweak radiative correction parameters $V$, $W$, and $X$ may relax the constraints on technicolor models from the experimental values of the parameters $S$ and $T$. Order of magnitude estimates of the contributions to $V$, $W$, and $X$ from light technileptons are made when the technineutrino has a small Dirac mass or a large Majorana mass. The contributions to $V$, $W$, and $X$ from pseudo Goldstone bosons are calculated in a gauged chiral Lagrangian. Estimates of $V$, $W$, and $X$ in one family technicolor models suggest that the upper bounds on $S$ and $T$ should be relaxed by between 0.1 and 1 depending upon the precise particle spectrum.