Building relationships with railroads and short lines
RFP process for rail service
Managing a railcar fleet
Setting up KPIs
Building internal rail expertise
Scaling your rail program
Rail Readiness Assessment
Implementation & Relationships
Measuring Performance & Scaling
Part A
Rail Readiness Assessment
Is rail right for your freight? Let's do the math
Is Rail Right for Your Freight?
Rail works best when you ship 25 or more carloads a month or are growing toward it, move freight 500 or more miles, handle bulk, heavy, non-time-sensitive commodities, and ship on a regular, predictable schedule. To compare rail and truck, take your current truck cost per ton (total freight spend divided by tons shipped), estimate the rail cost per ton (rail rate plus any transload fee and drayage), multiply the savings per ton by annual tonnage, then subtract startup costs such as siding construction, lease deposits, equipment, and training to get the payback period.
Rail Works Best When
Volume: 25+ carloads per month (or growing toward it)
Distance: 500+ miles (rail wins on long haul)
Commodity: bulk, heavy, non-time-sensitive
Consistency: regular, predictable shipments
You have or can access a rail siding/transload
Cost savings of 20-40% vs. truck are typical
Rail May Not Fit When
Volume: fewer than 10 loads per month
Distance: under 200 miles (truck usually wins)
Time-sensitive: next-day or just-in-time delivery
Small quantities: LTL-equivalent loads
No rail access and transload adds too much cost
Commodity requires temperature control (limited options)
The Modal Conversion Decision: Running the Numbers
STEP 1: Current truck cost per ton: (total freight spend / total tons shipped)
STEP 2: Estimated rail cost per ton: (rail rate + transload fee if applicable + drayage)
STEP 3: Savings per ton: truck cost - rail cost = your rail advantage
STEP 4: Annual savings: savings per ton x annual tonnage = gross savings
Training: this course + AAR/railroad-specific programs + on-the-job with railroad reps
At 50+ cars/month: consider a full-time rail manager with authority over fleet decisions
At 200+ cars/month: build a rail logistics team (manager + coordinator + billing analyst)
Alternative: outsource to a rail logistics provider (RSI, BNSF Logistics, UTLX) if volume doesn't justify headcount
Either way: SOMEONE must own rail performance metrics and be accountable for results
Rail Logistics Provider vs
In-House Rail Management. Use a Rail Logistics Provider When. Volume under 50 cars/month. Rail is new to your company (learning phase). You need rate benchmarking data fast. Multi-commodity, multi-railroad complexity. Short-term project freight (construction, seasonal). No internal rail expertise available. Go In-House When. Volume over 100 cars/month (savings justify headcount). Rail is core to your supply chain (not supplemental). You want direct railroad relationships and negotiating power. Long-term commitment to rail (5+ year horizon). You need real-time control over operations. Data and performance transparency matter.
Scaling Your Rail Program: The Growth Path
PHASE 1 (0-25 cars/month): Test the lane — use railroad-supplied or spot-leased cars, learn the basics
PHASE 2 (25-100 cars/month): Commit — sign a contract, lease a fleet, hire a rail coordinator
Shifting freight from truck to rail — requires cost analysis and infrastructure investment
Side Track Agreement
Legal contract between shipper and railroad for use of a rail siding on your property
Unit Train. 100+ car train of a single commodity, cycling between origin and destination — lowest rates
Manifest Train
Mixed-commodity train assembled in classification yards — slower but more flexible
Revenue-to-Variable Cost ratio — STB uses this to determine if rates are 'reasonable'
Car Velocity
How quickly a railcar completes a trip cycle — railroads' #1 operating metric under PSR
National Industrial Transportation League — shipper advocacy group for rail issues
Track configuration allowing trains to load/unload without stopping — required for shuttle trains
Review Questions
1. What volume and distance thresholds make rail competitive with trucking?. 2. Walk through the 6-step modal conversion calculation for a new rail lane. 3. What are the most important terms to negotiate in a railroad contract?. 4. How do you size a railcar fleet for a facility shipping 200 carloads per month?. 5. Name the 8 KPIs every rail shipper should track and explain why each matters. 6. When should a company use a rail logistics provider vs. manage rail logistics in-house?. 7. Describe the four phases of scaling a rail program from test to unit train.
Final Assignment: 12-Month Rail Strategy
Step 1: SCENARIO: You manage logistics for a company currently shipping 100% by truck
Step 2: Annual volume: 75,000 tons | Average haul: 700 miles | Commodity: dry bulk industrial mineral
Step 3: Build a complete 12-month rail implementation plan including:
Step 4: - Modal conversion analysis (truck cost vs. rail + transload cost per ton)
Step 5: - Railroad and transload facility selection (identify real options in your area)
✅ Rail works best for bulk, heavy, long-haul freight with consistent volume. ✅ Modal conversion math: 20-40% savings typical, 6-18 month payback on infrastructure. ✅ Railroad relationships matter: fast car turns and reliable volume = better rates and service. ✅ RFP carefully: compare total delivered cost, not just the base rate. ✅ KPIs are mandatory: what you don't measure, you can't improve. ✅ Scale in phases: test → commit → optimize → expand — don't skip steps. ✅ Someone must OWN your rail program — shared responsibility means no accountability.
📋 Practical Exercise: Rail Readiness Assessment
Answer these questions for your company (or a hypothetical scenario):. 1. What is your annual freight volume in tons? By how many lanes/routes?. 2. What is your average haul distance? Does rail's 500+ mile sweet spot apply?. 3. Do you have rail access (siding) or is a transload facility needed?. 4. What car type does your commodity require? Lease, own, or railroad-supplied?. 5. What is your current cost per ton by truck? What would rail + transload cost?. 6. What is your estimated annual savings and payback period?. 7. Who in your organization would own the rail program?. 8. What is your realistic Phase 1 start date and first shipment target?.
Course Complete — Final Checkpoint
✓ You can assess whether rail is right for your freight (Module 10). ✓ You understand railroad pricing, contracts, and negotiation (Module 3). ✓ You can manage demurrage and optimize car turns (Module 4). ✓ You know your commodity's car types and regulations (Module 7-8). ✓ You can calculate and report rail sustainability metrics (Module 9). ✓ You have a framework for scaling from first car to unit trains (Module 10). ✓ You are ready to build and execute a rail logistics strategy.
Course Summary: Bulk Rail Freight Mastery
Module 1: The Railroad Landscape — who the players are and how the network works
Module 2: Freight Cars — picking the right iron for your commodity
Module 3: Railroad Pricing — cracking the code on rates, fuel surcharges, and contracts
Module 4: Demurrage — stop hemorrhaging money on avoidable charges
Module 5: Transloading — extending rail's reach when you don't have a siding
Module 6: Surviving PSR — adapting to Precision Scheduled Railroading
