Reliability and Maintenance Optimization Software

M2K has developed proprietary software packages to conduct Reliability-Centered Maintenance or FMEA analyses, to perform RAM (Reliability, Availability & Maintainability) Simulation Modelling, provide Reliability Data, Reliability Calculations and optimise Maintenance Strategies.


RCM Pro is an easy-to-use yet powerful RCM / FMEA software program designed to hold, manipulate, and analyse Reliability-Centered Maintenance or Failure Mode Effects Analysis data in an intuitive, structured, and flexible way.

RCM Pro will hold any number of projects, with only one being open for input at any one time. A project may be of any size, from a single function with an associated functional failure and failure mode, to (for example) the safety systems on an oil platform. Easy to use with extensive (context-sensitive) help menus, RCM Pro is based on the RCM methods developed by Nowlan and Heap and is largely consistent with the SAE standard (JA1011 - Evaluation Criteria for Reliability-Centered Maintenance Processes), but is configurable to virtually any other RCM / FMEA method.

Find out what's new in the latest release (version 3.0), by clicking HERE.

FREE evaluation trial (full program plus sample analysis) available.


o The most comprehensive of all failure rate databases,

o Developed and regularly updated for over 20 years,

o Electronic, Electrical, Mechanical, Pneumatic, Leakage etc.

FARADIP (FAilure RAte Data In Perspective) is one of the largest failure rate and failure mode data banks in the reliability profession, based on over 40 published data sources together with M2K's own reliability data collection.   FARADIP has been available for nearly 25 years and is now widely used as a data reference.  It provides failure rate data ranges for a nested hierarchy of items covering electrical, electronic, mechanical, pneumatic, instrumentation and protective devices.   Failure mode percentages are also provided.


A Quantified Reliability Centred Maintenance Package with graphical outputs for use in word processing.  It allows:

Weibull analysis of failure times with graphical plots and 3 independent means of assessing significance.

o Optimum replacement intervals for given costs.

o Optimum proof-test intervals for given costs.

o System availability and optimum spares holding calculations (using a MARKOV model).


A low cost Fault Tree Analysis package which nevertheless offers the majority of functions and array sizes normally required in reliability analyses.   TTREE is highly user friendly and, unlike more complicated products, can be assimilated in less than an hour. Graphical outputs for use in word processing packages.


Fully quantified risk modelling in order to assess whether risks are ALARP.   Establishing safety integrity levels (SILs).   An interactive package which enables users to input risk factors, demand rates, and the reliability of mitigation levels, in order to determine if risk targets are met.   LOPA-PLUS ensures a fully quantified approach to risk targeting and provides a professional alternative to rule-based, prescriptive techniques.


David Smith has developed and calibrated a new generation common cause failure partial beta model. Unlike previous models, it takes account of proof-test intervals and involves positive scoring of CCF related features rather than a subjective "range score".  It has been calibrated against 25 field data results obtained by M2K and has the facility for further development and calibration by the user.


RCM PROFESSIONAL: £995 single-user; £4,995 multi-user (unlimited)



TTREE: £575



Prices in UK Pounds or equivalent local currency.

Support fee, dependant on number of users, also applicable.

COURSES/WORKSHOPS: inclusive of text book, course material and one copy of software package available on request.

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