IMPACT OF FIREFIGHTING VEHICLE TECHNICAL PARAMETERS ON FIREFIGHTING EFFICIENCY

Abstract

The efficiency of firefighting vehicles is crucial for effective fire suppression, firefighter safety, and the overall success of emergency response operations. This study investigates the impact of key technical parameters - such as water tank capacity, pump performance, fuel efficiency, and maneuverability - on operational effectiveness across diverse fire scenarios. A mixed-method approach was adopted, combining computational simulations, empirical performance assessments, and structured interviews with firefighting professionals from multiple regions. Findings underscore the need for region-specific vehicle configurations, as urban, rural, and forest environments each present unique operational challenges. The study further emphasizes the importance of data-driven engineering improvements and cross-border knowledge exchange to enhance vehicle performance, resource efficiency, and environmental sustainability. Key engineering recommendations include the implementation of hybrid-electric powertrains, modular water tank designs, and AI-enhanced navigation systems to improve firefighting vehicle adaptability and operational efficiency.