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Canadian National Railway Company

CNR · Toronto Stock Exchange

Market cap (USD)$72.2B
SectorIndustrials
IndustryRailroads
CountryCA
Data as of
Moat score
100/ 100

Weighted average of segment moat scores, combining moat strength, durability, confidence, market structure, pricing power, and market share.

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Overview

Canadian National Railway Company (CN) is a Canadian Class I freight railway operating an 18,900 route-mile network linking Canada's coasts with U.S. Midwest and Gulf corridors. Q1 2026 revenue was 97.4% freight and 2.6% other revenue. Its core moat comes from scarce rail rights-of-way and dense network coverage that are difficult and slow to replicate, reinforced by scale economics in maintaining and utilizing rail infrastructure. Week 26 revenue ton-miles were 11.8% above the prior year and car velocity was 4% higher. The Canadian market is highly concentrated, but the prior HHI estimate is removed because treating all residual share as one firm overstates concentration. Small non-rail logistics services complement the rail franchise but have no separately evidenced scope moat. Modal substitutes and CTA/STB regulation constrain pricing; Q2 2026 results are scheduled for July 24.

Primary segment

Rail freight transportation network

Market structure

Duopoly

Market share

50%-56% (estimated)

HHI:

Coverage

2 segments · 6 tags

Updated 2026-07-12

Segments

Rail freight transportation network

Canadian Class I freight rail transportation

Revenue

97.4%

Structure

Duopoly

Pricing

moderate

Share

50%-56% (estimated)

Peers

CPUNPCSXNSC

Non-rail logistics and ancillary services

North American logistics services supporting rail-linked supply chains

Revenue

2.6%

Structure

Competitive

Pricing

weak

Share

Peers

UPSFDXXPOCHRW

Moat Claims

Rail freight transportation network

Canadian Class I freight rail transportation

Duopoly

Permits Rights Of Way

Legal

Strength

Strength 5 of 5

Durability

Durability 3 of 3

Confidence

Confidence 5 of 5

Evidence

Evidence 2 of 5

Rail corridors and operating rights-of-way are hard to replicate; expansions, line construction/abandonments, and certain transactions face regulatory approvals in both Canada (CTA) and the U.S. (STB).

Permits Rights Of Way moat: definition, examples, and stocks

Erosion risks

  • Regulatory changes that increase mandated access or constrain pricing
  • Political scrutiny of rail service levels and safety
  • Long-haul interswitching / reciprocal switching expansion

Leading indicators

  • CTA/STB rulemakings affecting interswitching, access, or rate cases
  • Changes to Canada Transportation Act / Railway Safety Act requirements
  • Number and outcomes of regulatory challenges to pricing/service practices

Counterarguments

  • Entry barriers matter less on lanes where trucking or pipelines are strong substitutes
  • Regulation can limit pricing power even if rights-of-way are scarce

Physical Network Density

Supply

Strength

Strength 5 of 5

Durability

Durability 3 of 3

Confidence

Confidence 4 of 5

Evidence

Evidence 3 of 5

Large, interconnected rail network with unique corridor coverage (Canada coast-to-coast with U.S. Midwest/Gulf connectivity) supports density, service options, and asset utilization advantages.

Physical Network Density moat: definition, examples, and stocks

Erosion risks

  • Service reliability deterioration causing share loss to CPKC or trucking
  • Port diversification and routing flexibility reducing corridor advantages
  • Climate-driven disruptions (wildfires, floods, extreme cold) impairing network

Leading indicators

  • Car velocity and through network train speed
  • Customer service metrics (dwell, on-time performance)
  • Capital spend per route-mile and network resiliency projects

Counterarguments

  • On many corridors, service competition is effectively mode-vs-mode (rail vs truck) rather than rail network density
  • Interline routings can reduce the advantage of single-network coverage

Scale Economies Unit Cost

Supply

Strength

Strength 4 of 5

Durability

Durability 3 of 3

Confidence

Confidence 4 of 5

Evidence

Evidence 3 of 5

High fixed infrastructure and operating costs reward large scale and utilization; railroads fund/maintain their own networks while some competing modes use publicly funded rights-of-way.

Scale Economies Unit Cost moat: definition, examples, and stocks

Erosion risks

  • Prolonged volume declines reducing asset utilization
  • Inflation in labor and materials outpacing pricing
  • Higher required capex for safety and resiliency

Leading indicators

  • Operating ratio and adjusted operating ratio
  • Fuel efficiency and train length/weight trends
  • RTMs and carloads (utilization/throughput)

Counterarguments

  • Scale benefits can be offset by network complexity and congestion
  • If regulation forces below-economic pricing on some traffic, scale alone may not protect margins

Non-rail logistics and ancillary services

North American logistics services supporting rail-linked supply chains

Competitive

Insufficient segment-specific evidence to assign a moat claim.

Evidence

sec_filing

The CTA ... provides rate and service remedies ... and ... various Company business transactions must gain prior regulatory approval.

Regulatory oversight and approvals create structural barriers and make new/expanded rail rights-of-way difficult.

sec_filing

The STB ... has exclusive jurisdiction ... including ... line construction and line abandonments.

U.S. rail line construction/abandonment approvals indicate legal friction for network build-outs and restructuring.

sec_filing

nearly 20,000-mile rail network

Network scale and corridor breadth underpin a physical network moat.

sec_filing

Route miles (includes Canada and the U.S., end of period) 18,900

Route-mile footprint quantifies network scale that is difficult for new entrants to match.

dataset

CN owns 50.8% of Canada's railway network route kilometres.

Government dataset supports CN's dominant network footprint in Canada.

Showing 5 of 10 sources.

Risks & Indicators

Erosion risks

  • Regulatory changes that increase mandated access or constrain pricing
  • Political scrutiny of rail service levels and safety
  • Long-haul interswitching / reciprocal switching expansion
  • Service reliability deterioration causing share loss to CPKC or trucking
  • Port diversification and routing flexibility reducing corridor advantages
  • Climate-driven disruptions (wildfires, floods, extreme cold) impairing network

Leading indicators

  • CTA/STB rulemakings affecting interswitching, access, or rate cases
  • Changes to Canada Transportation Act / Railway Safety Act requirements
  • Number and outcomes of regulatory challenges to pricing/service practices
  • Car velocity and through network train speed
  • Customer service metrics (dwell, on-time performance)
  • Capital spend per route-mile and network resiliency projects

Keep the research going

Created 2025-12-30
Updated 2026-07-12

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