Forward Looking Infrared (IFLIR)

The Forward Looking Infrared (IFLIR) program is a key initiative within the Army's procurement strategy, focusing on enhancing tactical surveillance capabilities. The primary goal is to integrate the 3rd Generation Forward Looking Infrared (3GEN FLIR) B-Kit technology into existing Army sensor systems. This integration aims to improve sensor performance by incorporating Mid Wave Infrared and Long Wave Infrared digital video capabilities, which are essential for increasing identification range and enhancing threat detection.

The objectives of the IFLIR program include restoring sensor overmatch to enhance warfighter survivability and lethality. By enabling the detection of difficult or obscured targets and facilitating faster threat detection through automated processes, the program positions 3GEN FLIR as a leading sensor technology for AI/ML applications on ground platforms. Additionally, it seeks to achieve economies of scale by providing a common sensor solution across various US Army FLIR systems, thereby reducing procurement and sustainment costs.

Currently, procurement efforts are concentrated on maturing the production line for the 3GEN FLIR B-Kit and meeting specific requirements for systems such as XM30 and FALCONS. Raytheon Intelligence & Space serves as the lead integrator for this technology, with additional components like the Dewar Cooler Bench being provided by DRS under a separate contract. The production schedule outlines significant deliveries in fiscal years 2025 through 2029, reflecting ongoing commitments to equip Army units with advanced infrared capabilities.

The IFLIR program represents a strategic investment in modernizing the Army's surveillance infrastructure. By leveraging cutting-edge infrared technology, it aims to provide enhanced situational awareness and operational effectiveness in diverse combat environments. The focus on integrating advanced sensor technologies underscores the Army's commitment to maintaining technological superiority in tactical operations.