MAINTENANCE MANAGEMENT OF SPACE SYSTEMS
This instruction implements AFPD 10-12, Space, and AFPD 21-1, Managing Aerospace Equipment Maintenance, by providing policies and standards for the maintenance management of space systems. Send comments and recommendations on AF Form 847, Recommendation for Change of Publication , through the appropriate channels, to HQ USAF/LGMW, 1030 Air Force Pentagon, Washington DC 20330-1030. Organizations may supplement this instruction at any level. Major commands (MAJCOM), field operating agencies, and direct reporting units must send one copy of each supplement to AF/LGMW; other commands must send one copy to their next higher headquarters. The use of the name or mark of any specific manufacturer, commercial product, commodity, or service in this publication does not imply endorsement by the Air Force.
Summary of Changes
This is the initial publication of AFI 21-108.
Section A -- Introduction
1. Purpose. The overall objective of space systems maintenance management is to achieve the most reliable and efficient space systems support possible by making the best use of maintenance capabilities, and by using standard, automated DoD logistics systems to meet operational requirements.
1.1. A lead MAJCOM integrates space systems operational requirements into an Operational Requirements Document (ORD). A System Program Director (SPD) acquires the system, and under Integrated Weapon System Management, ensures sustainability throughout the system's life cycle. The operational MAJCOM manages daily operations and organizational level maintenance of the system. Maintenance management helps ensure that the system is ready to meet and sustain operational requirements.
1.2. This AFI does not apply to on orbit assets which are Research, Development, Test and Evaluation (RDT&E) vehicles, or to operational assets awaiting end of life disposition.
Section B -- Responsibilities
2. HQ USAF/LG develops space systems maintenance management policy and standards based on Air Force space and logistics policies.
3. Lead MAJCOM:
3.1. Compiles all of the operational MAJCOMs' and other users' maintenance requirements into the system ORD.
3.2. Develops a system maintenance concept consistent with Air Force space and logistics policies.
3.3. Includes Air Force logistics support requirements in planning, programming, and budgeting.
3.4. Monitors and analyzes space systems effectiveness.
Certified by: HQ USAF/LG (Col Mark Roddy)
OPR: HQ AFSPC/LGMLS (Major Gary W. Pond) Pages: 5/Distribution: F
3.5. Determines the causes of deficiencies in equipment, hardware, reliability, and maintainability and provides the information to the SPD.
3.7. Responds quickly to maintenance failures and limitations of all space systems.
3.8. Develops and standardizes the organizational structure, responsibilities, policies, and procedures for:
4.1. Develop and implement wartime space systems logistics support plans and annexes.
4.2. Implement space systems maintenance requirements of war fighting plans as necessary.
4.3. Monitor the impact of unit maintenance on war fighting capability and assist MAJCOMS if needed.
5.1. Identify system deficiencies and prioritize and implement system improvements and modernizations in accordance with Air Force modification procedures.
5.2. Participate in Product Improvement Working Groups.
5.3. Perform required maintenance production, engineering, and management activities.
5.4. Maintain configuration control of assigned space systems in accordance with configuration management procedures that Air Force Material Command (AFMC) and the lead MAJCOM jointly determine.
5.5. Manage an effective environmental program as it relates to maintenance management.
6.1. Gives MAJCOMs adequate logistics, engineering, and RDT&E support.
6.2. Maintains configuration management of assigned space systems through the SPD.
6.3. Manages assigned depot-level maintenance.
6.4. Helps the lead MAJCOM with maintenance management.
Section C -- Maintenance Management
3.6. Implements DoD standard and automated information and data collection systems within maintenance organizations and operations squadrons that perform maintenance.
7. Space System Segments. Effective maintenance management integrates these four segments:
8.1. Maintenance Control Personnel:
8.2.3. Program personnel do long-range planning in these areas:
9. Maintenance Data Collection (MDC) and Maintenance Data Analysis (MDA). Effective MDC gives maintenance managers timely, complete, and accurate data for all segments of space systems so that managers can better plan, control, and analyze. Effective MDA lets users and the SPD analyze the collected data to identify reliability and maintenance trends.
9.1. The standard USAF systems for MDC and MDA are:
9.2.1. The contracting agency reviews maintenance data collection and analysis contract provisions upon each contract extension, modification, or reissue to decide whether an element can convert to CAMS and REMIS.
9.2.2. The contracting agency sends detailed reasons for deciding against conversion to the lead MAJCOM/LG and AF/LGM for these agencies to review and approve.
9.3. MDC and MDA on control-segment and user-segment equipment, and applicable portions of the launch segment, begin when a system begins operation.
9.3.1. MDC and MDA on launch vehicles and satellites begin when equipment arrives at the launch base.
9.4. Ground elements of space systems using communications and electronics components follow AFI 21-116 Communications-Electronics Maintenance Management.
9.4.1. Elements using communications and electronics components embedded in aircraft follow AFI 21-101 Maintenance Management of Aircraft
10. Modification Management. Space systems needing modification depend on MDC and MDA for greater reliability, maintainability, availability, supportability, and operational capability. The lead MAJCOM and the SPD identify the need for system modification through one of these documents:
11. Assessing Sustainability. Space system sustainability assessments provide senior Air Force leadership with the current and projected capability of space systems to meet both peacetime and wartime needs. These assessments include: