The deployment of the ALTI Transition followed a strategic, multi-phased approach tailored to meet the unique demands of coastal SAR operations: Phase 1: Pre-Mission Planning and Simulation – Utilizing historical data and predictive analytics, SAR coordinators planned missions with the aid of the ALTI Transition, identifying high-risk areas and optimizing search patterns in advance. Phase 2: Real-Time Surveillance and Data Acquisition – During missions, the ALTI Transition was deployed to conduct extensive aerial surveys, leveraging its long-endurance flight capability and high-resolution imaging to cover vast areas of the coastline efficiently. The UAS transmitted real-time data back to the SAR teams, enabling immediate analysis and decision-making. Phase 3: Rapid Response Coordination – With the precise location information provided by the ALTI Transition, SAR teams were able to quickly mobilize and execute targeted rescue operations, significantly reducing response times and increasing the likelihood of successful outcomes. Phase 4: Post-Mission Analysis and Feedback Loop – After each mission, data and insights gathered by the ALTI Transition were analyzed to assess the effectiveness of the search patterns and strategies. This continuous feedback loop allowed for the refinement of future SAR missions, ensuring ongoing improvement in operational efficiency and success rates. Conclusion The ALTI Transition has proven to be an invaluable asset for coastal search and rescue teams, offering enhanced surveillance capabilities that lead to faster, more informed decision-making and ultimately, more lives saved. This case study underscores the potential of advanced UAS technology like the ALTI Transition to transform SAR operations, setting a new standard for safety and efficiency in maritime environments.