RAMS

Tailored services in Reliability, Availability, Maintainability and Safety for technological systems in aerospace: aircraft, rotorcraft, UAVs and Tier 1 mechanical, electrical and avionics systems. We support the work capacity of our clients’ engineering departments, providing full flexibility and a smooth work methodology.

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What is RAMS?

Reliability

From Reliability Preditions to FRACAS and FMEA analyses

Availability

Attends to the serviceable condition of a system or equipment

Maintainability

Following MSG3 procedures, we prepare RCM and MMP

Safety

FHA, SSA, FTA, CCA are some of the safety analyses we develop

Why RAMS?

PREVENTION

Reliability is key to preventing undesired events instead of letting system failures happen and dealing with consequences which may compromise the validity of the product.

THE PERFECT PRODUCT

A structured approach to understanding the causes of failures and applying the necessary corrective actions to achieve the perfect product. One step ahead of the rest.

BOOST BENEFITS

Optimizing the availability of systems ensures maximum revenue for the same investment cost.

COST EFFECTIVE

A solid design based on maintainability concepts will ensure the harmonization of maintenance tasks leading to minimum cost and downtime, adding life cycle value to every system.

MINIMIZE RISK

Safety analyses and risk assessment minimize the exposure of systems and users to undesired events.

Reliability

Set up, development and continuous maintenance of FRACAS suite (Failure Reporting, Analysis, and Corrective Action System)
Development and review of Failure Mode and Effects Analysis (FMEA) and Failure Mode and Effects and Criticality Analysis (FMECA)
Design for Reliability (DFR)
Modeling and Reliability Prediction (RPR) at item, system or aircraft level
Testability Analysis
Improvement of System Reliability: failure pattern analysis, root cause investigation, corrective actions set-up, continuous monitoring of reliability parameters.

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Availability

Reliability, Availability, Maintainability and Testability (RAMT) analysis is a design phase analysis based on requirements from MIL-STD-2165
- - Definition of testability requirements, design and measurement
  - Definition of integrated diagnostic concept
  - Integration with maintainability design and performance monitoring
  - Calculation of detection percentage of evident failures
  - Identification of appropiate means of detection such as CBIT, PBIT, IBIT
  - Impact in ILS requirements, such as support and test equipment procurement
  - Reliability Test Report

Life Cycle Availability Management Plan
- - Analysis of achieved Mean Time To Repair (MTTR)
  - Cost optimised spares provisioning and positioning
  - Optimization of Turn Around Time
  - Inherent / Achieved / Operational Availability
  - End-to-end support system analysis