Night Vision Systems - Eng Dev

The Night Vision Systems - Eng Dev program, part of the Army's Research, Development, Test & Evaluation efforts, is designed to enhance U.S. defense forces' capabilities in low-visibility conditions. This initiative focuses on developing and integrating advanced night vision technologies such as electro-optics, radar, laser, and thermal systems. The primary goal is to improve target acquisition and engagement capabilities across various environmental conditions while reducing fratricide risks. These advancements aim to strengthen battlefield command and control during continuous combat operations.

The Visual Augmentation System Eng Dev project seeks to enhance the dismounted Soldier's augmented vision and situational awareness. By integrating machine learning and artificial intelligence algorithms with external video and data sources, this project aims to improve decision-making and targeting capabilities. It supports the Synthetic Training Environment (STE) squad capability for live mixed reality training and rehearsing. This effort aligns with the Army's priorities under the National Defense Strategy, focusing on Soldier lethality.

The FALCONS project is a new initiative within the Night Vision Systems - Eng Dev program for FY 2025. It aims to develop a next-generation sensor system for reconnaissance and fires missions. FALCONS will replace existing systems like LRAS3 and FS3, providing enhanced threat detection capabilities at extended ranges under various battlefield conditions. The project emphasizes interoperability between ground platforms and dismounted personnel through a Common Operational Picture (COP), supporting Army 2030/2040 force objectives.

The Joint Effects Targeting Systems (JETS) project addresses precision targeting needs identified by the Fires Center of Excellence (FCoE). JETS provides a lightweight, handheld system that enhances day and night thermal capabilities for dismounted observers. The system integrates military-code GPS receivers to operate in environments with degraded or denied GPS capabilities. JETS II development focuses on incorporating improved sensors and optics while reducing size, weight, power, and cost for precision fires missions. This aligns with the Army's strategic goals within the National Defense Strategy framework.