Precision Attack Systems Procurement

The Precision Attack Systems Procurement program, as outlined under Program Element (PE) 0207249F, is a key Air Force initiative focused on enhancing the targeting and strike capabilities of multiple aircraft platforms through the development and integration of Advanced Targeting Pods (ATPs). This program is funded under the Research, Development, Test & Evaluation (RDT&E) appropriation, specifically within Budget Activity 7, which is dedicated to operational systems development for fielded systems or those approved for full-rate production. The primary objective is to support the Long Range Kill Chain and improve aircraft survivability, target identification, and the reduction of collateral damage and fratricide across a range of combat aircraft including the F-15C/E/EX, F-16, A-10C, B-52H, and B-1B.

The Advanced Targeting Pod (ATP) line item is the central focus of this program element. The ATPs are designed to provide long-range target acquisition, expanded weapon delivery envelopes, and enhanced combat effectiveness in all domains and weather conditions. These pods are equipped with advanced sensors, including infrared (longwave, midwave, and shortwave), color TV, laser designators, digital video, and real-time video data links to ensure connectivity with ground forces. The ATPs also demonstrate capabilities to support Counter-Unmanned Aircraft System (cUAS) and Homeland Missile Defense missions, broadening their operational utility.

A major goal of the program is to continually upgrade and integrate ATP technologies with aircraft Operational Flight Programs (OFPs). The ATP-Technical Insertion (ATP-TI) Increment 1 initiative is a continuation of previous sensor enhancement efforts. It focuses on upgrading the OFPs for Sniper and LITENING targeting pods, as well as testing and integrating these upgrades into the relevant aircraft. The upgrades aim to provide improved long-range target detection and identification, as well as continuous stabilized surveillance, particularly in support of ground forces.

The program specifically targets enhancements such as larger aperture kits, high-resolution imagery, eye-safe lasers, and increased system reliability. In fiscal year 2026, the program plans to further integrate advanced ATP technology with aircraft OFPs, conduct technical analyses, and perform extensive testing. These activities are intended to ensure that the latest targeting pod capabilities are fully operational and compatible with the Air Force's evolving mission requirements. The program also includes funding for necessary civilian pay expenses to manage and execute these upgrades, supplementing civilian pay already budgeted in other related program elements.

The acquisition strategy for the ATP program relies on multiple development contracts using a competitive, Firm Fixed Price approach. Key industry partners include Northrop Grumman Corporation, Lockheed Martin, and the Air Force Research Laboratory at Wright-Patterson Air Force Base. This approach is intended to ensure cost control, timely delivery, and access to the latest technological advancements from leading defense contractors.

The program's budget justification highlights the importance of these upgrades for maintaining the effectiveness and survivability of Air Force strike platforms. By expanding the range and fidelity of targeting capabilities, the ATP program supports not only traditional strike missions but also emerging requirements such as cUAS and missile defense. The integration of advanced targeting pods is expected to reduce collateral damage, improve mission success rates, and enhance the safety of both aircrews and ground forces.

The Precision Attack Systems Procurement program is closely coordinated with other Air Force procurement and sustainment lines, such as modifications to precision attack systems and the provision of initial spares and repair parts. This ensures that new capabilities delivered through RDT&E are effectively transitioned into operational use and supported throughout their lifecycle. The program's ongoing efforts reflect a commitment to maintaining technological superiority in precision strike and targeting across the Air Force's diverse fleet.