  We study the gravity in the context of a braneworld teleparallel scenario.
The geometrical setup is assumed to be Randall-Sundrum II model where a single
positive tension brane is embedded in an infinite AdS bulk. We derive the
equivalent of Gauss-Codacci equations in teleparallel gravity and junction
conditions in this setup. Using these results we derive the induced
teleparallel field equations on the brane. We show that compared to general
relativity, the induced field equations in teleparallel gravity contain two
extra terms arising from the extra degrees of freedom in the teleparallel
Lagrangian. The term carrying the effects of the bulk to the brane is also
calculated and its implications are discussed.
