We study the potential to observe CP-violating effects in supersymmetric (t) over tilde (1)-cascade decay chains at the LHC. Asymmetries composed of triple products of momenta of the final-state particles are sensitive to CP-violating effects. Because of large boosts that dilute the asymmetries, these can be difficult to observe. If all particle masses in a cascade decay are known, it may be possible to reconstruct all momenta in the decay chains on an event-by-event basis even when we have missing momentum due to a stable lightest supersymmetric particle. After the reconstruction, the nondiluted CP-violating signal can be recovered and gets significantly enhanced so that an observation may become feasible. A fully hadronic study has been completed to define the areas of the minimal supergravity parameter space that may yield a 3-sigma observation with 500 fb(-1) at the LHC.