Torque Precision Auto Business Plan — Risk Analysis
Technician scarcity, utilisation shortfall and cash absorption through the ramp, with the pre-committed trigger points that govern each.
Risk Analysis
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- Overview & contents
- i. Important Notice and Basis of Preparation
- 1. Executive Summary
- 2. Market and Opportunity
- 3. How a Workshop Actually Makes Money
- 4. Accreditation and Compliance
- 5. SWOT and Competitive Position
- 6. Operations and the Bay Build
- 7. Route to Market
- 8. Management and Governance
- 9. Financial Plan
- 10. Break-Even and Debt Service
- 11. Investment Analysis
- 12. Sensitivity and Scenario Analysis
- 13. Risk Analysis
- 14. Implementation Roadmap
- 15. Key Performance Indicators
- 16. Key Assumptions
- 17. Conclusion and Recommendation
- A. Appendix A: Consolidated Financial Summary
- B. Appendix B: Capital and Operating Schedules
- C. Appendix C: Funding and Debt Schedules
- D. Appendix D: Risk Register
- E. Appendix E: Glossary
- 13.1 The risks that matter
- 13.2 Risk register
- 13.3 Trigger points
13.1 The risks that matter
Technician scarcity and turnover is high in likelihood and high in impact. Trade-tested motor mechanics are scarce and mobile, the average salary runs around R306 000 rising to R352 000 for senior technicians, and a workshop that cannot retain them cannot hold in-warranty work. Above-award pay for efficiency, an apprentice pipeline through merSETA, tool allowances and a documented efficiency bonus so the best technicians earn visibly more are the responses.
Utilisation shortfall in Years 1 and 2 is high in likelihood and high in impact, because the workshop is paying for technicians and premises before the diary fills. Fleet contracts are pursued before opening, the two-year capital moratorium carries the finance, and bay and technician expansion is deferrable within one quarter if utilisation lags.
Manufacturer resistance to data access is moderate in likelihood and moderate in impact. A multi-marque diagnostic platform plus targeted subscriptions spreads the exposure, complaints route to the Competition Commission, and the marque focus is narrowed to those where access is reliable rather than pursued across the board.
Comeback and warranty rework is moderate in likelihood and moderate in impact, and it is the risk that damages both margin and reputation at once. Quality control sign-off before release, a road test protocol, a rework provision at 1.2 per cent of labour revenue and rework tracked by technician are the controls.
Cash absorption through the ramp is high in likelihood by construction. Equity is sized to fund two years of losses, covenants are reviewed monthly, and parts stock is held tight against a fast-moving list rather than allowed to accumulate.
13.2 Risk register
|
Risk |
Assessment |
Mitigation |
|---|---|---|
|
Technician scarcity and turnover |
High likelihood, high impact |
Above-award pay for efficiency, apprentice pipeline through merSETA, tool allowances, and a documented efficiency bonus so the best technicians earn visibly more |
|
Utilisation shortfall in Years 1 and 2 |
High likelihood, high impact |
Fleet contracts pursued before opening; two-year capital moratorium; bay and technician expansion deferrable within one quarter if utilisation lags |
|
Manufacturer resistance to data access |
Moderate likelihood, moderate impact |
Multi-marque diagnostic platform plus targeted subscriptions; complaints route to the Competition Commission; marque focus narrowed to those where access is reliable |
|
Comeback and warranty rework |
Moderate likelihood, moderate impact |
Quality control sign-off before release, road test protocol, rework provision at 1.2% of labour revenue and rework tracked by technician |
|
Parts margin compression |
Moderate likelihood, moderate impact |
Multiple suppliers, negotiated volume terms, and a policy of quoting parts and labour separately so the customer sees the labour saving |
|
Damage to a customer vehicle |
Moderate likelihood, high impact |
Comprehensive workshop and public liability cover; documented vehicle condition on intake; controlled key management |
|
Electricity interruption |
High likelihood, moderate impact |
Solar and backup sized for compressors, lifts and diagnostics; these are revenue-critical rather than convenience loads |
|
Cash absorption through the ramp |
High likelihood |
Equity sized to fund two years of losses; monthly covenant review; parts stock held tight against a fast-moving list |
13.3 Trigger points
|
Point |
Trigger |
Committed response |
|---|---|---|
|
Month 5 |
Fewer than four bays operational or accreditation application not submitted |
Do not open. A workshop that opens without RMI and MIWA standing cannot pursue fleet or insurer work |
|
Month 12 |
Utilisation below 55% or no fleet contract signed |
Do not add bays. Fill the four you have; defer the Year 2 expansion by a quarter at a time |
|
Any week |
Effective labour rate below R720 |
Leakage has drifted above 9%. Review goodwill write-offs, quote overruns and rework by service advisor and technician |
|
Any month |
Technician efficiency below 95% after Year 2 |
Retrain, re-tool or replace. Efficiency is the lever most dependent on people |
|
Year 3 |
Debt service cover below 1.30 times |
Defer the next bay and approach the financier before the covenant is tested |
|
Any year |
Utilisation above 80% for two consecutive quarters |
Only then add the next bay. A waiting list and a full car park are not the trigger; the utilisation number is |
These are adopted as board policy before drawdown rather than debated when the trigger arrives. The Month 12 utilisation trigger is the most consequential: if the four opening bays are below 55 per cent utilisation or no fleet contract is signed, the Year 2 expansion is deferred a quarter at a time until they are. Adding bays to a diary that is not filling the ones it has is the failure pattern this plan is built to avoid.