The paper introduces an alternative estimator for the linear censored
quantile regression model. The objective function is globally convex a
nd the estimator is a solution to a linear programming problem. Hence,
a global minimizer is obtained in a finite number of simplex iteratio
ns. The suggested estimator also applies to the case where the censori
ng point is an unknown function of a set of regressors. It is shown th
at, under fairly weak conditions, the estimator has a root n-convergen
ce rate and is asymptotically normal. In the case of a fixed censoring
point, its asymptotic property is nearly equivalent to that of the es
timator suggested by Powell (1984, 1986a). A Monte Carlo study perform
ed shows that the suggested estimator has very desirable small sample
properties. It precisely corrects for the bias induced by censoring, e
ven when there is a large amount of censoring, and for relatively smal
l sample sizes.