Rosor successfully collected, processed, reprocessed, and merged three separate magnetic datasets into a single cohesive survey covering the full Cochrane Hill Project. The previous contractor's dataset, which lacked tie-lines and carried significant line-related noise, was reprocessed using custom levelling and microlevelling techniques that substantially improved overall quality before merging.

The suture stitch method was applied to seamlessly integrate all three blocks into one high-resolution dataset, revealing multiple east-west trending magnetic anomalies across the project area. Magnetic vector inversion performed on the merged grids successfully delineated two strong, steeply-dipping magnetic bodies associated with the Cochrane Hill anticline.

The program was mobilized and completed within a tight timeframe, demonstrating Rosor's ability to respond quickly and deliver under schedule pressure without compromising data quality or processing standards.