Transport Operators · Railroads
Railroads Sector Primer
A 40-page primer plus Excel valuation model on Class I railroads: the operating ratio, PSR, revenue per unit, return on capital and a year-by-year valuation.
2026 Edition · data as of July 2026
- pages
- 40
- sections
- 15
- model sheets
- 11
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The full primer
£25 / ~$32
- 40 pages, 15 sections
- Worked examples and applied cases
- 2026 Edition, data as of July 2026
Excel model
Valuation template
£45 / ~$58
- 11 sheets (.xlsx)
- Runs the primer's worked valuations live
PDF + Excel model Best value
Both files together
£59 / ~$76
- The 40-page primer
- The 11-sheet Excel model
- £70 bought separately · £11 less
Complete Transport Operators Library
All three Transport Operators industries: three primers, three Excel models (Shipping, Airlines, and Railroads).
Inside the primer
The 15-section contents, a worked valuation page, and the Excel dashboard.
Contents
- 01 How Railroads Make Money
- 02 Listed Class I Types
- 03 PSR (Precision Scheduled Railroading) Maturity and the Efficiency Ladder
- 04 Segments and Sub-Markets
- 05 Revenue Drivers: Worked Build
- 06 Cost Structure: Operating Ratio Vocabulary
- 07 Valuation Frameworks
- 08 Worked Example: OR-Improvement Valuation Engine
- 09 Applied Cases: Efficiency and Mix
- 10 Applied Cases: Capital, Volume and Pricing
- 11 The Companies in This Primer
- 12 Key Metrics and Screening
- 13 Risks, Benchmarks and Case Study
- 14 Rail vs Truck: The Adjacent Freight Model
- 15 Glossary and Cheat Sheet
Worked examples and applied cases · 40 pages · 15 sections · 2 worked examples
The Excel model
Educational material. This primer and its model are not investment advice or a recommendation to buy or sell any security, and they are not personalised. Worked valuations use illustrative calibrations, not fair-value estimates for any company.
A railroad owns its track, and most of its costs are there whether the trains run full or not. So each extra carload falls mostly to profit, and the operating ratio, costs as a share of revenue, becomes the number that decides what the network is worth. Valuing a railroad means valuing that ratio over time: where it is now, where it can get to and how long that takes.
Railroad valuation benchmarks by efficiency stage
The operating ratio sorts railroads into stages, and the stage decides what the market pays for. These are the primer's bands, read only once every ratio is on a stated basis: reported, adjusted or derived from the operating margin.
| Stage | Operating ratio | What the market watches | Valuation emphasis |
|---|---|---|---|
| Mature, after scheduled railroading | Below 60% adjusted or core | ROIC against the hurdle; free cash flow conversion | ROIC against the hurdle; free cash flow and buyback capacity |
| Implementation | 200-400 bps of improvement visible | Service metrics alongside cost | The operating-ratio trajectory plus volume |
| Pre-programme or recovery | Above 65% | Whether the cost programme is credible | The normalised operating-ratio path, valued year by year |
Between 60% and 65% the primer reads a network as competitive. EV/EBITDA runs 12-16x on normalised earnings, anchored at 14.0x, and never on a spike-volume quarter. The primer's cost of capital is 8.5%, beside a conservative group band of about 8-8.5%. Return on invested capital above 12% is strong, 10-12% adequate, 8-10% only just clears the hurdle and below 8% destroys value. Use those bands only where the company publishes the figure.
Worked example: a railroad valuation of an improvement story
Take a hypothetical railroad with $12.6 billion of revenue, 6.0 million units at $2,100 each, and a 67% operating ratio that falls a point a year to 62% by year 5. Revenue grows 3% a year, tax is 25%, D&A runs at 15.08% of revenue and capex at 16%. Each year's free cash flow to the firm is discounted at 8.5%. Year 5 is then valued on an exit EV/EBITDA of 13.0x.
| Step | Amount |
|---|---|
| PV of free cash flow, years 1-5 at 8.5% | $14.05B |
| Year-5 EBITDA (62% operating ratio on $14.61B revenue) | $7.75B |
| Exit value at 13.0x | $100.79B |
| PV of exit value, discounted five years | $67.03B |
| Enterprise value | $81.08B |
| Less net debt | -$14.70B |
| Equity value | $66.38B |
| Value per share (1,000m shares) | $66.38 |
Apply 13.0x to year-5 EBITDA as if it were earned today and the answer is $86.09 a share, 30% higher. The gap is five years of discounting, which takes $33.76 billion off the exit value, only partly offset by the $14.05 billion of cash earned on the way. The exit carries 83% of enterprise value, so it deserves the hardest look. At 8.5% and 3% growth, the model's own year-5 cash flow supports only 9.73x, and paying 13.0x amounts to accepting a 7.1% return.
The primer runs the same engine on a mature compounder, adds ROIC against the cost of capital and economic profit, and grids value per share across mature operating ratio and exit multiple. The Excel model does it with your own railroad.
Which railroad valuation method fits which company
| Company type | Primary method | Check with | Why |
|---|---|---|---|
| US western network | Adjusted operating ratio; published ROIC | Free cash flow and buyback capacity | A mature ratio leaves little improvement to assume |
| US eastern network | Operating-ratio path valued year by year; exit EV/EBITDA | Intermodal mix against truck | Flat revenue per unit can be mix, not weak pricing |
| Canadian transcontinental | Adjusted operating ratio; ROIC in Canadian dollars | Currency of the market value against the earnings | A US-dollar multiple on Canadian-dollar EBITDA misstates value |
| Tri-national single line | Core adjusted operating ratio; revenue mix | Cross-border mix | Bulk and intermodal revenue earn differently |
What the full primer adds
The primer builds the tools in order: how railroads make money, the listed Class I types, scheduled-railroading maturity, then the revenue build from volume and revenue per unit and the cost side in operating-ratio terms. Two worked examples run from first input to value, a mature compounder and an improvement story, before applied cases on efficiency and mix, and on capital, volume and pricing. Screening closes with the operating ratio, return on capital against its cost, EV/EBITDA and cash returned, followed by the rail-versus-truck comparison.
Free guides on the site cover the individual pieces, so you can revise one idea without reopening the PDF: the operating ratio, operating ratios compared, precision scheduled railroading, revenue per unit and mix, intermodal share by railroad, intermodal vs trucking and return on capital. Research profiles for Union Pacific, CSX, Norfolk Southern, Canadian National and CPKC run the same screens on filed results. The companion Excel model spans eleven sheets, from the two railroad builds through the margin bridge, return on capital and free cash flow to a live sensitivity grid, so entering your own railroad rebuilds the valuation from its volumes up.
Sheets: Quick Start, Instructions, Assumptions, Mature Compounder, Improvement Story, Valuation Summary, OR & Margin Bridge, ROIC vs WACC, FCF & Capital Returns, Sensitivity, Dashboard.
Railroad valuation: free guides
Railroad valuation FAQ
- How do you value a railroad?
- Start with the operating ratio on a stated basis, because on a mostly fixed-cost network each point drops almost straight to operating income. Mature networks are screened on return on invested capital (ROIC) against the cost of capital and on EV/EBITDA at normalised earnings. A railroad still improving its operating ratio is valued year by year to the end of its improvement window, with an exit multiple on that year's EBITDA discounted back to today.
- What is a good operating ratio for a railroad?
- Below 60% marks mature scheduled-railroading efficiency, where further gains are incremental. 60-65% is competitive, and above 65% is an improvement story, where the market prices the operating-ratio gain before it prices cash returns. Compare like with like: reported, adjusted and margin-derived ratios for the same company can differ by nearly three points.
- What EV/EBITDA multiple do railroads trade on?
- The primer's working band is 12-16x normalised EBITDA, anchored at 14.0x. Apply it to normalised earnings, never a spike-volume quarter, and for an improving railroad apply it at the end of the improvement window rather than to today's earnings. Test the multiple as well: in the primer's worked example a 13.0x exit implies a 7.1% return where the model's cost of capital is 8.5%.
- What discount rate is used to value a railroad?
- The primer uses an 8.5% weighted average cost of capital, beside a conservative group band of about 8-8.5%. Against that hurdle, ROIC above 12% is strong, 10-12% adequate, 8-10% just clears it and below 8% is weak. Use the ROIC screen only where the company publishes ROIC, because an invented figure creates a false quality ranking.
- How does precision scheduled railroading affect valuation?
- Precision scheduled railroading (PSR) rebuilt networks around scheduled point-to-point service and tighter asset use, and implementation took hundreds of basis points off operating ratios. At the best operators the ratio now sits near 59-61%, where further gains come from pricing, mix and return on capital. A model should assume more improvement at that level only with a specific operational case behind it.
See this methodology applied to a real company:
Union Pacific (UNP) →