Free Design Tool
BRE470 Piling Mat Designer
Design your working platform to BR 470 (BRE 2004) free of charge — unlimited calculations, 23 pre-loaded piling rigs, instant drawings and a risk assessment preview. When you need the official record, the Official Design Pack is £299.99: PDF drawings, full calculations, risk assessment and a check certificate signed by David J. Miller, Temporary Works Designer — emailed to you.
1 Subgrade & Ground Conditions
Valid range for this method: 20–80 kPa (BRE470 Table B1)
2 Platform Material
Typical: 18–22 kN/m³
3 Plant Loading (EN 996)
23 Liebherr, Bauer & Soilmec rigs with EN 996 track parameters — or enter your own
Unlimited free calculations. No login. On-screen results are drafts.
How we word it
- The calculation follows BR 470 (BRE 2004) Appendix A for cohesive and granular subgrades.
- Results are subject to project-specific ground investigation and verified plant loads.
- The emailed Official Design Pack is the design record — on-screen output is a draft.
Why this tool
Plant failures and overturns are often platform failures. This designer implements the BR 470 (Working Platforms for Tracked Plant) Appendix A method for cohesive and granular subgrades, with optional geosynthetic reinforcement — the same engine behind our standalone bre470pilingmatdesign.com.
- Free, unlimited design calculations — try rigs and materials until it works
- 23 pre-loaded Liebherr, Bauer and Soilmec rigs (EN 996 parameters)
- Instant cross-section and plan drawings, risk assessment preview
- Pay only for the official deliverables — a traditional consultancy design costs £500–£1,000 and takes weeks
What the £299.99 pack contains
- Working platform design certificate with unique reference
- Full calculation audit trail to BR 470 (BRE 2004)
- Drawings with title blocks — cross-section & plan
- Site-specific working platform risk assessment
- Notes, limitations and inspection requirements (WPC, BS 5975:2024, CDM 2015)
Important
The design is valid only for the plant, loading and ground conditions entered. Verify ground conditions on site, and have a Working Platform Certificate (FPS format) signed before plant is accepted onto the platform. Slopes steeper than 1 in 10, unusual loading or poor ground need a bespoke assessment.