By Patrick Mills
Within the years yet to come, the effectiveness of the Expeditionary Aerospace strength will pivot principally at the aid process that underlies it, termed the Agile strive against aid (ACS) method. One key section of the ACS process is the digital countermeasure (ECM) pod procedure. as a result, this documented briefing outlines the findings of a research that assessed the software of the Reliability, Availability, and Maintainability of Pods (RAMPOD) database as an analytical software in aid of the ECM pod process. The learn came across that RAMPOD has major power for helping ECM pod research, quite within the monitoring and exhibiting of developments for pod removing, fix instances, and in-shop queue. The learn additionally chanced on an important variety of lacking information components which could adversely have an effect on the efficacy of the RAMPOD method. moreover, the RAMPOD information warehouse used to be came upon to comprise facts that could not be effectively accessed in the course of the present web-based device.
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Within the future years, the effectiveness of the Expeditionary Aerospace strength will pivot mostly at the aid process that underlies it, termed the Agile strive against help (ACS) procedure. One key portion of the ACS approach is the digital countermeasure (ECM) pod process. as a result, this documented briefing outlines the findings of a research that assessed the application of the Reliability, Availability, and Maintainability of Pods (RAMPOD) database as an analytical software in help of the ECM pod approach.
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Additional resources for Supporting Expeditionary Aerospace Forces: Evaluation of the Ramprod Database (Documented briefing)
As -42- mentioned earlier, showing process variation contributes to operational monitoring and process modeling. Several of the graphical displays discussed in this report are similar to the tools used in the Army’s Velocity Management10 program, which focuses on improving logistics processes. 11 RAMPOD’s current display could be effectively adapted to support this type of initiative. Continuing to display guard and active data separately for comparison opens up an opportunity to observe and leverage different processes.
This can be used to benchmark existing processes if one shows superior performance. One aspect of the pod repair process we will consider is the difference, if any, between employing guard and active component workers manning the shops. Potential savings in time and money will be factored into the ECM support options analysis. The differences in bench times between ACC and ANG could be due to several factors. First, guard units tend to have more experienced pod maintainers than active bases. Thus, they could be able to diagnose and repair faults more easily than units with less experienced personnel.
9Bench time is the time a pod is actually being serviced in the shop, which excludes AWP or AWM time. -36- RAMPOD’s Present Display of Repair Times Is Limited in Application 184 long-pod MTTR base averages, March 1999 – February 2000 75 1500 MTTR Operating Hours 25 500 Hours 1000 0 Operating Hours 50 0 Selfridge Richmond Misawa Eielson Nellis Kunsan 37 The chart above shows MTTR data for the 184 long pod for the past year for several bases taken directly from the RAMPOD web site (the chart was not generated in RAMPOD).
Supporting Expeditionary Aerospace Forces: Evaluation of the Ramprod Database (Documented briefing) by Patrick Mills