Rail's Role in Vehicle Transport
Rail’s role in vehicle transport can be glimpsed up-close at Union Pacific’s auto facility in Mira Loma, Calif., where new vehicles are shipped from manufacturers via rail.
Rail’s role in vehicle transport can be glimpsed up-close at Union Pacific’s auto facility in Mira Loma, Calif., where new vehicles are shipped from manufacturers via rail, then unloaded, and transferred to vehicle transport trucks for delivery at auto dealers throughout California.
The 250-acre facility, which is open around the clock, offloads an average of 200-220 vehicle-filled rail cars per day, according to Jeff Grandstaff, general manager of ShipCarsNow, an auto transport company that is a subsidiary of Union Pacific. Nationwide, Union Pacific transported over 5 million vehicles in 2014.
“About 70 percent of all new vehicles move on rail, but we don’t see that network — it takes place behind the scenes,” Grandstaff said.
The Mira Loma facility receives new vehicles from Ford, Chrysler, General Motors, Nissan, and Toyota. And, two types of rail cars transport vehicles to the facility: tri-level, for vehicles 60 inches or lower in height (passenger cars); and bi-level, for vehicles 90 inches or lower (trucks, SUVs, and minivans).
The following steps are what it takes to get a car ready for transport to a dealership.
Step 1: Rail cars containing new vehicles shipped directly from manufacturers arrive at the Mira Loma location.
Step 2: Rail cars are unlocked and opened.
Step 3: Each vehicle is inspected for exterior damage prior to unloading, and VIN number tags are scanned to ensure all of the rail car's vehicles are present. An estimated 99.8 percent of transported vehicles arrive damage free.
Step 4: Bridge plates connecting bi-level railcars are set prior to unloading of vehicles. Each bi-level rail car holds 8-10 trucks, SUVs, and minivans, while each tri-level railcar holds 14-15 passenger cars.
Step 5: Wheel chocks are removed to prepare vehicles for unloading. The chocks clamp onto the wheels so that vehicles remain steady during transport.
Step 6: Vehicles are unloaded from rail cars via rail ramps. With a crew 0f 15, unloading each 90-foot-long rail car can take up to a half-hour.
Step 7: Spotters from both Union Pacific and Alliance Inspection Management (AiM) inspect recently unloaded vehicles for exterior damage. If damage is detected, the tag for the corresponding damaged area is scanned, and the information is sent to the main Union Pacific office.
Step 8: After the vehicles have been inspected, they are loaded onto vehicle transport trucks, which deliver the vehicles to dealerships through California.
Step 9: Once rail cars are emptied of vehicles, bridge plates and levels are removed, and rail cars are closed.
More Operations

How to Manage Conflict for Your Fleet Operations
Conflict management is becoming a core leadership skill. Here are five strategies fleet leaders should know.
Read More →
Turning Connected Vehicle Data Into Decisions That Matter
Fleet leaders have more data than ever, but turning that data into clear, actionable decisions remains a challenge. This white paper shows how leading organizations are using connected vehicle data to improve safety, reduce costs, and optimize fleet performance. Learn how to turn insight into action across your fleet.
Read More →
Cameras, Safety and Insurance: From Reactive Claims to Real-time Prevention
Commercial auto remains one of the most challenging and costly lines of coverage for fleet operators and insurers alike. Learn more about how to effectively address these issues from Onur Aksan, Enterprise Business Development Executive, Geotab.
Read More →Are You Tracking Your Fleet's True Total Cost of Ownership?
Bobit Business Media surveyed 190 fleet professionals and found that while most fleets are tracking costs, fragmented systems and data gaps are keeping true TCO visibility out of reach. With rising pressure to control spend in an increasingly volatile environment, the gap between what fleets think they know and what the data actually shows is wider than you might expect. See how your peers are managing costs today and where the industry still has room to improve.
Read More →
Turn Fleet Data Into Smarter Decisions
Fleet leaders have access to more operational data than ever, but disconnected systems and unclear metrics often slow decision-making instead of improving it. This article outlines five practical steps fleets can take to transform fragmented data into actionable insights that improve planning, safety, utilization, and long-term performance.
Read More →
Hybrids: Electrification Without the Challenges
For fleet managers, fuel is one of the biggest line items in the budget — and it's one hybrids can shrink without changing how your people work. Download the eBook to see the numbers, understand the technology, and get a step-by-step guide to making the switch.
Read More →
How NOV Uses Telematics to Improve Fleet Safety Across 160 Locations
James Victory of NOV discusses how the company manages fleet safety, maintenance, and telematics across more than 150 locations supporting oilfield operations throughout the U.S.
Read More →
Fleet Meets: Steven Santostasi
This edition of the Fleet Meets series features Steven Santostasi, the current TSP channel manager for Ford Pro.
Read More →
Why Fleet Managers Are Replacing Departmental Vehicles with Shared Motor Pools
Departmentally assigned vehicles often create hidden costs through underutilization, poor visibility, and increased administrative burden. This white paper explores how shared motor pool strategies help fleets reduce costs, improve accountability, and optimize vehicle utilization.
Read More →Soap Box Derby Challenge: Assembling the Crew
Meet Gabriel, Matthew, and Angel — the team helping bring this soap box derby build to life.
Read More →
