Rolling Stock
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Risk Management Maturity Model [RM3]
The Risk Management Maturity Model [RM3] helps the rail industry increase its capability in health and safety risk management. The model was developed by the Office of Rail and Road (ORR) to assess an organisation’s ability to successfully manage health and safety risks. It can help identify areas for improvement and provide a benchmark for year-on-year comparison.
You can use a wide range of our services and resources to improve your safety risk management culture, systems and processes that are assessed by the ORR. Where applicable, RM3 codes have been added to our services and resources.
Documents
Defining the requirements of a seat comfort selection process
Seat comfort criteria for rolling stock, now part of Key Train Requirements.
[RM3 = PI1, PI2, RCS2, RCS3, RCS4, MRA2, MRA4].
Plant RIS and GNs
[RM3 = SP1, SP2, SP4, OC4, OC5, OC6, OC7, OP1, OP2, PI1, PI2, RCS1, RCS2, RCS5, MRA1, MRA2, MRA3, MRA4, MRA5].
Rolling Stock and Vehicles RGS, RIS and GNs
[RM3 = SP1, SP2, SP4, OC4, OC5, OC6, OC7, OP1, OP2, PI1, PI2, RCS1, RCS2, RCS5, MRA1, MRA2, MRA3, MRA4, MRA5].
Traffic Operation and Management RGS, RIS and GNs
Freight Derailment BowTie Risk Analysis Report
Analysis of the hazards that lead to freight vehicle derailment.
[RM3 = SP2, SP4, OC1, OC2, OC5, OP1, OP2, PI1, PI2, RCS1, RCS2, RCS3, RCS4, MRA2, MRA3, MRA4, MRA5].
Track Circuit Assistors - Risk Advisor Tool
Excel-based risk advisor tool and guide to help decision making for keeping DMUs is service with a failed track circuit actuator.
[RM3 = SP2. SP4, OC5, PI1, RCS1, RCS2, RCS5, MRA4, MRA5].
Developing A Product for the Railway - A guide to the Rolling Stock Environment
A guide to developing rolling stock products for use on the GB railway.
[RM3 = OC5, OC7, PI1, RCS1, RCS2, RCS4].
Models
Low Adhesion Braking Model (LABRADOR)
A model to simulate and predict train braking characteristics under a range of factors.
[RM3 = OC7, PI1, RCS2, MRA1, MRA5].
R2
R2 is the centralised asset management system for railway vehicles and components, designed to improve maintenance planning.
[RM3 = SP4, OC7, PI1, PI3, RCS2, RCS4, MRA1, MRA2].
Rolling Stock Whole Life Cost Model (RS-WLCM)
Model An Excel-based tool to better understand the whole-life costs of rolling stock—due to its complexity and limitations it is only available to trained operators. Please get in touch to find out more.
[RM3 = PI2, RCS2].
Vehicle Track Interaction Strategic Model (VTISM)
This model aims to predict rail and wheel wear and damage, to support maintenance regimes and reduce costs. Please get in touch to find out more.
[RM3 = SP4, OC5, OC7, PI1, PI2, PI3, RCS2, MRA1, MRA5].
WIDEM Crack Growth Model
A tool and collection of data that can help improve axle inspection processes and reduce costs. Please get in touch to find out more.
[RM3 = SP4, OC5, OC7, PI1, PI2, PI3, RCS2, RCS4, MRA1, MRA5].
Tools
Remote Condition Monitoring Toolkit
Excel-based tool to evaluate the cost-benefit analysis of additional remote condition monitoring on various items of infrastructure and rolling stock. Please get in touch to find out more.
[RM3 = OC5, OC7, PI1, RCS2MRA1, MRA5].
