Air Refueling Capability Modernization

The Air Refueling Capability Modernization program, led by the Department of the Air Force, seeks to upgrade and replace the aging tanker fleet with more advanced systems. This initiative prioritizes accelerating the development of future tanker capabilities while maintaining the operational effectiveness of the current fleet. The main goal is to replace a number of KC-135 legacy tankers annually as they retire, with the total number of new tankers being determined by ongoing analyses and initial deliveries from the Next Generation Air-refueling System (NGAS).

The Tanker Recapitalization program aims to provide a commercial derivative tanker capable of refueling U.S. and coalition aircraft under various conditions, including day/night operations and adverse weather. These tankers will be equipped with advanced communication, navigation, and surveillance systems to support global operations. They will also feature self-defense capabilities to operate in chemical, biological, and hostile threat environments, ensuring effective deployment, sustainment, and redeployment of U.S. and coalition forces.

A key component of this program is maintaining flexibility to address post-production needs such as air vehicle enhancements and field support requirements. This includes addressing Mobility Air Force requirements, Joint or Urgent Operational Needs, FAA directives, and correcting field deficiencies. The program focuses on developing warfighter capabilities through modification or modernization efforts tailored to evolving threats and mission support needs.

The Continued Tanker Recapitalization RDT&E project supports essential activities for future tanker development. These activities include market research, acquisition planning, test planning, and proposal development for new initiatives. The project also covers civilian pay expenses necessary for managing these efforts. This modernization effort is vital for ensuring that the Air Force's refueling capabilities remain robust and responsive to future operational demands.