Aims: To identify the incidence of neurological deþcit and functional outcome following displaced acetabular fractures. Methods: We carried out a prospective study of 136 patients who underwent skeletal stabilization of displaced acetabular fractures. Patients with sciatic nerve injuries were identiþed, assessed and followed up clinically. Routine EMG and nerve conduction studies were performed post-operatively on all cases with clinical proven neurological lesions to correlate the level, severity of the lesion and monitor progress of recovery. Results: 27 patients (19.8%) have neurological deþcit identiþed preoperatively. In 12 patients where the femoral heads were dislocated posteriorly. 20 were male and 7 were female. The mean age was 33.8 years (range 16–66). 15 patients had associated injuries but none of the patients had injury to the spinal cord. The mean ISS was 12.6 (range 9–34). The mean follow up was 3.4 years (range 1.5–6 years). 13 patients with complete drop foot at presentation. 9 patients had EMG proven double crush lesion. 3 patients had ipsilateral knee injury. 2 patients had intraopearative iatrogenic injury. All 9 patients with double crush syndrome have no improvement in function. Conclusions: Acetabular fractures associated with sciatic nerve injuries are devastating injuries with signiþcant long term morbidity. 50% patients showed improvement with time. Identiþcation of double crush lesion is vital as it is associated with poorer functional recovery as compared to single lesion.