  The forward LHCb acceptance offers the possibility of measuring the top-quark
pair asymmetry in a kinematic region that does not receive overwhelming
dilution from the symmetric gluon-fusion channel. To investigate this
possibility, two leptonic final states are identified, and analysis strategies
are proposed for each channel with 14~TeV data. Leading fixed-order predictions
are then provided for the relevant leptonic asymmetry variables in each
channel. If backgrounds can be experimentally constrained, statistically, a
non-zero asymmetry is estimated to be observable beyond 5$\sigma$ confidence
level with the full LHCb 14~TeV data.
