The Twenty Point Plan

The Twenty Point Plan has been developed by fleet engineers for fleet engineers to help improve rolling stock performance.

The latest issue (December 2017, Issue 13) of the Twenty Point Plan has been restructured and now includes:

  • A new section on On-Depot Fault Finding (Section 9)
  • A new Appendix on Performance Measure Indicators (Appendix K)
  • Updates on the Common Reliability Data section (Section 2) and on New Trains Introduction section (Section 13)

Click here to download the latest version of the Twenty Points Plan (Issue 13,December 2017).

You can also download each section separately by clicking on the links below:

Section Description
0. Foreword & Meeting the Challenge Gary Cooper and Mark Johnson
1. Summary  
2. Common Reliability Data Miles per 3 Minute Delay, Miles per Trust Incident (MTIN) and Delays per Incident (DPI)
3. Management for Improvement Principles, methods and examples to motivate sustained improvement, including Day-to-day; Monitoring and Feedback; and Change Management; Risk Evaluation
4. Seasonal Management  The core activities of fleet maintainers: collecting and using data (Failure Mode Analysis, condition monitoring, analysing trends); managing repeat defects, deferred work and configuration control; developing the maintenance regime; understanding availability
5. Train Preparation The key frontline resources of fleet maintainers: depots (design, capacity and capability), their management and staffing, including motivation, training, skills development and competence assessment; the High Performing Depot Specification
6. Delivering the Service Having the right parts when and where you need them (spares holding, floats, measures, link to risk, change control, obsolescence, forecasting), and improving the quality of the parts through effective closed-loop relationships (Unipart Rail, ARTTT, RISAS)
7. The Depot How to manage the engineering interfaces between vehicles and infrastructure (relationships, preventing problems before they start)
8. The Vehicles Engineering, operations and planning need to understand each other and pull together: depot planning and train planning (e.g. Rules of the Depot); faults and failures (e.g. 2-way communications); measures of fleet performance. Working together on Seasonal Preparedness is vital
9. On-Depot Fault Finding How to buy a new train fleet to get the best “out-of-the-box” service performance, risks associated with whole fleet behaviour following introduction
10. The infrastructure Best practice in TOCs managing outsourced maintenance, connection to training and development of “in-house” skills and competences (principles are also relevant to TOCs which do most of their work in-house)
11. Managing the Impact of Fleet Incidents on the Railway How ROSCOs can facilitate reliability improvement throughout vehicle lives, including Fleet Management Plans; User Groups; common bits and common issues; optimising for Duty Cycles
12. The Supply Chain How any business can prepare and implement the strategic and tactical capability of the organisation to plan for and respond to incidents and business disruptions in order to continue business operations at an acceptable pre-defined level
13. New Train Procurement To maximise the level and consistency of fleet performance during seasonal variances both operations and engineering need to work together to produce robust and effective management plans. This section is intended to promote a structured approach to seasonal planning and operations
14. No Fault Found Warranty Claims Incidents which occur on the railway will impact on the whole system; this impact is usually measured in train delay minutes. This section includes guidance on how Fleet Incident Management is best implemented
15. RoSCOs  
16. Overhaul Management  
17. Outsourced Maintenance  
18. Business Continuity Management   
19. Useful Links  
Appendix A: Evidence Flow Chart  
Appendix B: High Performing Depot Specification  
Appendix C: Supply Chain Sub-group Issues List  
Appendix D: Ongoing Industry Supply Chain Work Streams  
Appendix E: Example of Best Practice Supply Chain Management  
Appendix F: Fleet Transfer Checklist  
Appendix G: Vehicle Incident Decision Support Tool Customer Requirement Specificartion   
Appendix H: Example of a Checklist  
Appendix I: Decision Suppport Tools  
Appendix J: Creating a Lean Process (for Overhaul)  
Appendix K: Performance Measurement Indicators   

 

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