We consider an asymmetric string compactification scenario in which the SM gauge bosons can propagate into one TeV −1 -size extra compact dimension. These gauge bosons have associated KK excitations that present additional contributions to the SM processes. We calculate the effects that the KK excitations of the gluons, g ⋆ 's, have on multijet final state production in proton-proton collisions at the Large Hadron Collider energy. In the case of dijet final states with very high p T , the KK signal due to the exchanges of the g ⋆ 's is several factors greater than the SM background for compactification scales as high as about 7 TeV. The high-p T effect is not as dramatic for the direct production of a single on-shell g ⋆ , which subsequently decays into q-q pairs, where the KK signal significantly exceeds the SM three-jet background for compactification scales up to about 3 TeV. We also present our results for the four-jet final state signal from the direct production of two on-shell g ⋆ 's. *