Indefinite Delivery Contract FA853325D0020

The Automatic Test Systems Acquisition-I (ATSA-I) is a multiple-award indefinite delivery/indefinite quantity contract awarded by Air Force Materiel Command to Orbis Sibro Inc. (UEI: KS91NKS9M428) and other awardees, with a combined ceiling value of $980 million and a 10-year period of performance extending through September 18, 2035. This enterprise-level contract vehicle supports the Air Force Test Center Division at Robins Air Force Base, Georgia, and provides comprehensive lifecycle support for automatic test systems across Air Force programs. The contract encompasses analysis, design, development, production, installation, integration, testing, database generation and management, acquisition, and sustainment services for automatic test equipment supporting aircraft, armament, and commodity systems. Required capabilities include software development and sustainment, model-based systems engineering utilizing SysML tools, open systems architecture implementation, configuration management, and security authorization support. No small business set-aside was utilized; however, large business contractors are required to maintain a minimum of 20 percent small business subcontracting participation.

The initial delivery order issued to Orbis Sibro Inc. under this contract vehicle is valued at $1,000 with a firm fixed price structure and an ultimate completion date of November 17, 2025, with performance located in Charleston, South Carolina. This contract represents a modernization of the Air Force's approach to automatic test systems procurement by establishing a standardized, multi-vendor contracting framework that facilitates competitive and sole-source task order procurement across geographic locations and customer bases including the Air Force, Air Force Reserve, Air National Guard, and foreign military sales customers. The vehicle consolidates what was historically fragmented procurement and sustainment activities for automatic test equipment into a unified acquisition strategy designed to improve efficiency, reduce cost, and ensure continuity of support for legacy systems while accommodating future commercial and noncommercial product requirements.