Program Information Expectation: Section 3 (Program Information) provides the data and information needed to develop the rationale that program’s sustainment parameters are valid (Section 4) and feasible (Section 5). As part of the process for developing the report, provide a list of acronyms in Annex A and a list of references in Annex B. System Description Using the reference design concept from or that will be in the Acquisition Strategy, identify major subsystems that are subject to R&M requirements. The system description should be user-oriented and operational and should include all elements of the system, including Government-furnished and contractor-furnished hardware (whether developmental or not), system software, operating and support documentation, and the crew and maintainer personnel. Sustainment Parameters In Table 3.2-1, list the sustainment parameters as stated in the JCIDS documentation (Draft CDD, CDD, or CPD). During the MSA Phase, the data gathering should begin as soon as preliminary inputs are available from the (user) e.g., from working versions or informal review of the Draft CDD. Include the source of the sustainment parameters. For example: The sustainment parameters, definitions, and thresholds with units in Table 3.2-1 were obtained from the Program Name Draft CDD version xx, dated Month dd, yyyy. Table 3.2-1 Sustainment Parameters (sample aviation parameters and values based on continuous usage) JCIDS Parameter1 Definition (samples) Units Threshold Measure of the percentage of the total inventory of Materiel KPP a system operationally capable, based on materiel 0.65 Availability condition, of performing an assigned mission. Measure of the percentage of time that a system or Operational group of systems within a unit are operationally KPP 0.80 Availability capable of performing an assigned mission e.g. uptime/(uptime + downtime). Mission KSA 46 Hours Reliability Total number of items removed from the aircraft Logistics KSA that cause a demand to be placed on the supply 3.5 Hours Reliability system divided by the total number of flight hours. Maintenance APA 9 Burden Corrective APA 2.0 Maintenance2 2013 KSA O&S $423.7M Dollars Notes: 1. Include all relevant KPP, KSA and APA sustainment parameters and associated information including definitions (e.g. Failure definitions, mission duration, etc.) and rationale. Refer to the JCIDS manual.
Program Information Expectation: Section 3 (Program Information) provides the data and information needed to develop the rationale that program’s sustainment parameters are valid (Section 4) and feasible (Section 5). As part of the process for developing the report, provide a list of acronyms in Annex A and a list of references in Annex B. System Description Using the reference design concept from or that will be in the Acquisition Strategy, identify major subsystems that are subject to R&M requirements. The system description should be user-oriented and operational and should include all elements of the system, including Government-furnished and contractor-furnished hardware (whether developmental or not), system software, operating and support documentation, and the crew and maintainer personnel. Sustainment Parameters In Table 3.2-1, list the sustainment parameters as stated in the JCIDS documentation (Draft CDD, CDD, or CPD). During the MSA Phase, the data gathering should begin as soon as preliminary inputs are available from the (user) e.g., from working versions or informal review of the Draft CDD. Include the source of the sustainment parameters. For example: The sustainment parameters, definitions, and thresholds with units in Table 3.2-1 were obtained from the Program Name Draft CDD version xx, dated Month dd, yyyy. Table 3.2-1 Sustainment Parameters (sample aviation parameters and values based on continuous usage) Parameter1 Definition (samples) JCIDS Threshold Units KPP Materiel Availability Measure of the percentage of the total inventory of a system operationally capable, based on materiel condition, of performing an assigned mission. 0.65 KPP Operational Availability Measure of the percentage of time that a system or group of systems within a unit are operationally capable of performing an assigned mission e.g. uptime/(uptime + downtime). 0.80 KSA Mission Reliability 46 Hours KSA Logistics Reliability Total number of items removed from the aircraft that cause a demand to be placed on the supply system divided by the total number of flight hours. 3.5 Hours APA Maintenance Burden 9 APA Corrective Maintenance2 2.0 KSA O&S $423.7M 2013 Dollars Notes: 1. Include all relevant KPP, KSA and APA sustainment parameters and associated information including definitions (e.g. Failure definitions, mission duration, etc.) and rationale. Refer to the JCIDS manual.
RAMC-Outline-2017-07-07.docx