  The aim of this paper is to explore teleparallel conformal Killing vector
fields (CKVFs) of locally rotationally symmetric (LRS) Bianchi type V
spacetimes in the context of teleparallel gravity and compare the obtained
results with those of general relativity. The general solution of teleparallel
conformal Killing's equations is found in terms of some unknown functions of t
and x , along with a set of integrability conditions. The integrability
conditions are solved in some particular cases to get the final form of
teleparallel CKVFs. It is observed that the LRS Bianchi type V spacetimes admit
proper teleparallel CKVF in only one case, while in remaining cases the
teleparallel CKVFs reduce to teleparallel Killing vector fields (KVFs).
Moreover, it is shown that the LRS Bianchi type V spacetimes do not admit any
proper teleparallel homothetic vector field (HVF).
