This application is designed to capture and generate safe, defensible maintenance procedures using Reliability Centred Maintenance (RCM) methodologies. It aids in developing  failure management strategies that support sustainable engineering practices and ensures compliance with safety and regulatory requirements by identifying and mitigating potential risks associated with equipment failures.

The application coupled with RCM, employs a systematic approach to ensure systems perform as required in their current operating context. RCM promotes proactive maintenance strategies, such as predictive and preventive maintenance, to prevent failures before they occur or detect them early.

Utilising maintenance and sparing data, this application provides an emergent demand picture with up-to-date ARM data for accurate equipment reliability. It details the  optimum location of spares and incorporates customer-based variables.  

The ESP output can define  minimum stock holding and inform obsolescence management, ensuring efficient inventory levels. This supports strategic decision-making by providing insights into equipment reliability and sparing needs.

Conducting ARM modelling and simulation for emergent tasks, this application assesses preventative maintenance strategies and identifies system downtime to pinpoint critical assets. It produces iterative update reports on reliability.

Throughout the support period, the application helps ascertain the effort and sparing needed for ESP and TLAM. This comprehensive analysis aids in optimising maintenance strategies and ensuring operational continuity.

Developed by Xpedite to address maintenance requirements and maintainer 'lived experience,' this application recognises personnel challenges and responds to customer requests. It uses live MMS scheduling data.

The application assesses in-service maintenance burden to  identify section loading and allows the modelling of solutions. Developed collaboratively, it provides actionable insights to address maintenance challenges.