  The scalar partner of the top quark (the stop) is relatively light in many
models of supersymmetry breaking. We study the production of stops at the Large
Hadron Collider (LHC) and their subsequent decays through baryon-number
violating couplings such that the final state contains no leptons. A detailed
analysis performed using detector level observables demonstrate that stop
masses upto $\sim 600 \gev$ may be explored at the LHC depending on the
branching ratios for such decays and the integrated luminosity available.
Extended to other analogous scenarios, the analysis will, generically, probe
even larger masses.
