2510 Mass Casualty Transport Vehicle

The state and local contract opportunity, identified by ID 66d615e0323913d9c80b18e0, involves the procurement of a Mass Casualty Transport Vehicle for Montgomery County and Connellsville City in Pennsylvania. The solicitation, posted on October 7, 2011, with a proposal due date of October 18, 2011, seeks a specialized vehicle designed for emergency response and mass casualty incident management. While specific technical requirements are not detailed in the provided information, the procurement appears to target emergency medical services and first responder agencies seeking enhanced transportation capabilities for large-scale emergency scenarios. The contract opportunity suggests a focused procurement for a critical emergency response asset that can effectively transport multiple patients or support complex medical evacuation operations. The tight timeline between posting and submission dates indicates an urgent operational need for this specialized vehicle.

The contract opportunity does not explicitly specify set-aside designations or restrictions on vendor qualifications based on the available information. No incumbent vendors or specific budget ranges are listed in the provided documentation. However, given the specialized nature of a mass casualty transport vehicle, potential respondents would likely need demonstrated expertise in emergency vehicle design, medical transportation infrastructure, and compliance with state and federal emergency response standards. Vendors would be expected to provide a vehicle that meets rigorous safety, medical integration, and operational performance criteria. The procurement appears to be open to qualified vendors with appropriate manufacturing capabilities and emergency vehicle engineering experience. While precise award value is not specified, such specialized emergency response vehicles typically represent significant capital investments ranging from $150,000 to $500,000 depending on specific configurations and advanced medical integration features.