RFQ- Tier 1 High Endurance Fixed-Wing UAS System

The State of Oregon is seeking to procure a Tier 1 High Endurance Fixed-Wing Unmanned Aerial System (UAS) through a Request for Quotation (RFQ) with contract opportunity ID 68384717b028b4b0dd00a814. The procurement targets a sophisticated drone system with specific technical requirements, including a weight under 55 pounds, minimum 2-hour endurance, vertical takeoff and landing capabilities, and advanced sensor technologies. Key system specifications include an EO/IR sensor with 40x optical zoom, 640x480 infrared resolution, image stabilization, point of interest hold, active tracking, and a swappable payload design. The system must demonstrate wind resistance of 18 mph or greater, possess an IP53 rating or higher, and support continuous operations through flexible power systems including battery or hybrid propulsion. The solicitation was posted on May 28, 2025, with proposals due by June 13, 2025, indicating a relatively short response window of approximately 16 days for potential vendors to prepare and submit comprehensive technical and pricing proposals.

While specific set-aside designations are not explicitly detailed in the provided documentation, the procurement appears to be open to qualified vendors capable of meeting the rigorous technical specifications. The UAS system requires comprehensive ground control station capabilities, vehicle transportability, and robust communication infrastructure supporting 5G/LTE or satellite networks. The attached Sample Price Agreement suggests potential multi-year contract opportunities, with provisions for potential contract extensions up to ten years and annual price adjustment mechanisms. Though exact budget ranges are not specified, the technical complexity and advanced sensor requirements indicate a high-value procurement likely targeting specialized defense, law enforcement, or emergency response technology providers. The procurement seems focused on acquiring a modular, ruggedized UAS system that can operate in challenging environmental conditions, with an emphasis on advanced sensing, communication, and operational flexibility.