Quick Answer: Cars travel from factory to dealership through a four-stage logistics chain: ocean transport via roll-on/roll-off (RoRo) ships for imported vehicles, port-of-entry storage, long-haul rail or over-the-road truck, and final-mile carrier delivery to the dealership. About 75 percent of vehicles sold in the United States travel by rail for some portion of the journey. Roughly half of U.S. light-vehicle sales are imported, and the rest move from domestic assembly plants concentrated in the Midwest.
The process of transporting cars to dealers is a multi-stage journey involving several different parties, modes of transport, and a lot of planning to protect cargo that can easily exceed a million dollars per truckload. For dealerships, OEMs, fleet operators, and remarketing companies, understanding this chain matters — it directly affects inventory timing, condition on arrival, and total landed cost. For consumers, it explains why the vehicle on the lot took longer to get there than it took to manufacture.
This guide walks the full route, from assembly plant or port to dealership driveway, and explains how finished vehicle logistics works in 2026.
Where Do Car Dealerships Get Their Cars From?
Vehicles on a dealer lot come from one of two origins: a domestic assembly plant or an overseas factory. The journey from either origin to the lot involves multiple transport modes, multiple handoffs, and tightly choreographed logistics.
How It Used to Be Done
Cars haven't been around that long in the grand scheme of things, but the logistics behind moving them have evolved significantly since the original 1886 patent. Since automobiles initially came from Europe, early vehicles were shipped overseas using conventional cargo vessels. As manufacturing expanded in the United States, transport companies turned to rail to ship cars across the country.
Rail transport was expensive and slow given the limited rail infrastructure of the era. In 1898, Alexander Winton invented the first auto carrier — essentially a cart with two rear wheels and a flatbed on top. It could only transport one car at a time, so rail remained the primary method of long-distance vehicle transport for decades.
Rail innovation continued. The 1950s brought the two-level vehicle-carrying rail car. By the 1960s, tri-level rail cars were standard. Around the same time, over-the-road auto carriers began to look like the modern equipment we see today, with double-deckers capable of moving eight or more cars per trip with the right planning.
How It's Done Today
Modern finished vehicle logistics looks broadly similar but operates at far larger scale, with substantially more technology in play. Roughly half of light-vehicle sales in the U.S. are imported from overseas — typically from Japan, South Korea, Mexico, Canada, and Germany. The rest are built at domestic plants, mostly concentrated in the Midwest.
For imported vehicles, the journey starts with a specialized roll-on/roll-off (RoRo) cargo ship. These purpose-built vessels can carry up to 8,000 vehicles each, with most ships moving between 4,000 and 5,000 units per voyage. Cars are simply driven onto and off the ship through ramps, eliminating the crane-handling damage common to early conventional cargo loading.
RoRo ships dock at major U.S. ports of entry: Los Angeles and Long Beach, New York, Savannah, Seattle, Houston, Charleston, Miami, and Norfolk. Once stateside, vehicles are rolled off and held in a port-of-entry storage yard while they wait for inland transport.
The next leg depends on distance. U.S. Bureau of Transportation Statistics data shows that roughly three out of four vehicles sold in the United States travel by rail for some portion of the journey. Trucks dominate the shorter routes — typically anything under about 500 miles — while rail dominates long-haul moves.
At a railroad auto ramp, vehicles are loaded onto auto racks holding cars in either two or three levels. Bi-level racks carry larger vehicles like trucks, SUVs, and minivans. Tri-level racks carry smaller vehicles like sedans and compacts. Once the train reaches its destination ramp, vehicles are unloaded, stored briefly, then picked up by an over-the-road auto carrier for the final leg to the dealership.
At the dealership, the vehicle is inspected for transit damage, cleaned, and prepped for sale.
The 4 Stages of Finished Vehicle Logistics
The OEM-to-dealer chain breaks cleanly into four stages. Each stage has its own handoffs, documentation requirements, and damage-risk profile.
Stage 1 — Plant or port departure. Vehicles roll off the assembly line or RoRo ship. AIAG-compliant condition inspections are documented at this point and become the baseline for the entire chain.
Stage 2 — Long-haul transport. Most vehicles travel the long-haul leg by rail. Rail offers the lowest per-unit cost over distance, but it adds dwell time at origin and destination ramps. Truck is used when speed matters more than cost, when rail capacity is constrained, or when the route is too short to justify rail handling.
Stage 3 — Storage and staging. Vehicles arrive at intermediate storage yards or distribution centers, where they're held until the dealer requests delivery. For high-volume dealers and OEM programs, storage often includes reconditioning and accessory installation before final delivery.
Stage 4 — Final-mile delivery. The last leg moves the vehicle to the dealership lot. For mainstream inventory, this is typically an open multi-car trailer. For luxury, exotic, or pre-sold high-value units, enclosed transport is the standard. For low-volume premium delivery or when a single vehicle needs precise timing, driveaway service uses a professional driver to move the vehicle under its own power.
The Trucks
The trailers used to transport cars from manufacturers to dealers are mostly open transports — vehicles are exposed on the sides during transit. Most of these trailers are double-deckers that can carry up to 12 vehicles depending on size, shape, and driver skill.
Arranging vehicles on a multi-car trailer is a real spatial problem. The driver maximizes vehicle count per trailer while respecting axle weights, height limits, and load balance. Done well, it looks like a game of Tetris. Done poorly, it leads to weight violations or damage.
For high-value inventory, enclosed trailers replace open transport. Enclosed equipment carries 2 to 7 vehicles per trailer with full protection from weather, road debris, and visibility from passersby. Enclosed costs 30 to 40 percent more than open transport, but for vehicles where condition on arrival materially affects value or presentation, it pays for itself.
Open vs Enclosed Transport for OEM and Dealer Inventory
The transport-mode decision usually comes down to vehicle value and exposure tolerance.
Open transport is the standard for mainstream new and pre-owned inventory: Toyota, Honda, Ford, Chevrolet, Nissan, Hyundai, Kia. It's the most cost-efficient method per unit and accounts for the majority of OEM-to-dealer shipments nationwide.
Enclosed transport is the standard for:
- Luxury and exotic vehicles — Porsche, Bentley, Lamborghini, Ferrari, McLaren, Aston Martin
- Classic, vintage, and collector vehicles
- OEM press fleets and prototype vehicles
- Pre-sold high-value units where the dealer guarantees showroom condition
- EV halos and limited-run vehicles where insurance terms require enhanced protection
For dealerships and OEMs, the right mix of open and enclosed depends on inventory profile. A volume dealer running mainstream brands ships almost entirely open. A luxury or exotic dealer ships almost entirely enclosed. Most dealer networks use a hybrid mix and contract with a logistics partner who can flex equipment by load.
Last-Mile Options: Carrier Transport vs Driveaway
For most OEM-to-dealer moves, the last mile is a carrier trailer. But for certain use cases, driveaway service moves the vehicle under its own power with a professional driver.
Driveaway is the standard option for:
- Single-vehicle dealer-to-customer deliveries where timing matters
- D2C fulfillment for direct-sale brands
- Pre-launch vehicle staging and dealer trade-shows
- Vehicles too tall, too wide, or too modified for standard car-hauler equipment
- Specialty utility and upfit vehicles delivered to fleet customers
Carrier transport remains the dominant mode for OEM-to-dealer volume because it scales. But driveaway fills the gaps where carriers can't deliver the precision a specific customer or program requires.
Cross-Border Vehicle Logistics
A significant share of U.S. vehicle inventory crosses the U.S.-Mexico or U.S.-Canada border before reaching a dealer lot. Mexico builds vehicles for Audi, BMW, Ford, GM, Honda, Mazda, Nissan, Stellantis, Toyota, Volkswagen, and others. Canada builds for Ford, GM, Honda, Stellantis, and Toyota. Under the United States–Mexico–Canada Agreement (USMCA), vehicles meeting regional content thresholds move duty-free between the three countries.
Cross-border vehicle logistics requires customs documentation, in-bond carrier authority, and routing that handles the border-crossing delay window. For OEMs and high-volume dealer networks, an experienced cross-border partner is the difference between predictable delivery and inventory stuck in a customs queue.
The Drivers
The over-the-road portion of the chain depends on driver skill more than most steps. A car-hauler driver does much more than arrange vehicles on the trailer. They secure the load, monitor it throughout transit, and protect cargo worth hundreds of thousands to over a million dollars per truckload — based on average new vehicle transaction prices near $48,000 in 2025 per Cox Automotive.
Car-hauler drivers need a current commercial driver's license (CDL). CDL requirements include a minimum age (21 for interstate), application, identity and residency proof, medical examination, vision test, knowledge exam, and a road skills and driving examination. State requirements vary on top of federal rules.
A CDL alone doesn't qualify a driver for vehicle hauling. Vehicles are considered high-value cargo typically reserved for the most experienced and qualified drivers. Logistics companies vet drivers for years of experience, clean safety records, and prior auto-transport history. The result: car-hauler driver pay averages well above general trucking, and capacity for high-value enclosed work is consistently tight.
AIAG Standards and Chain-of-Custody Documentation
Damage in transit is the largest loss exposure in finished vehicle logistics. The industry response is documented condition inspection at every handoff, governed by Automotive Industry Action Group (AIAG) standards.
A complete chain-of-custody record includes:
- Origin inspection at the plant or port
- Rail loading and unloading inspections
- Storage-yard receipt inspection
- Final-mile carrier pickup inspection
- Dealer receipt inspection
Each handoff is documented with condition codes, photos, and signatures. When damage is identified, the responsible party in the chain is determined by comparing inspections across stages. Without this documentation, claims become arguments rather than facts.
For OEMs and high-volume dealers, the quality of a logistics partner's AIAG compliance and digital inspection workflow directly affects damage claim resolution and net landed cost.
How Long Does It Take for a Car to Go From Factory to Dealership?
Transit time depends on origin distance, transport mode mix, and dealer demand patterns. Vehicles built at domestic plants typically reach dealers in 5 to 14 days. Imported vehicles take longer — 30 to 60 days from foreign factory to dealer lot is typical, with ocean transit accounting for most of the variance.
Major U.S. assembly plants concentrate in the Midwest. General Motors operates plants across Michigan, Indiana, Ohio, Kentucky, Tennessee, and Texas. Stellantis North America runs plants in Michigan, Indiana, Illinois, and Ohio. Ford operates major plants in Michigan, Missouri, Kentucky, and Ohio. Toyota, Honda, Hyundai, Kia, Nissan, BMW, Mercedes-Benz, and Volkswagen also operate major U.S. plants — many of them in the Southeast.
From a centrally located plant like Ford's Kansas City facility, a great truck driver covers the 1,500 miles to Los Angeles in two to three days, or the 1,200 miles to New York City in about two days. Most cars can move from factory to dealership within a few days once they're released for transport, though weather, capacity, and rail dwell can delay the process.
The Dangers
Multi-car transport on a double-deck trailer carries real risk. Open-deck vehicles are exposed to rain, hail, wind, road debris, and the occasional impact from objects kicked up by other traffic. Vehicles also arrive dusty from open transport and typically need a wash and detail at the dealership before delivery to the customer.
Enclosed transport eliminates most of this exposure but doesn't eliminate all risk. Improper loading, securement failure, or accidents can still damage cargo regardless of trailer type. This is why carrier vetting, securement training, and chain-of-custody documentation matter more than trailer type alone.
Official Rules for Transporters
While there's no industry "rulebook" for finished vehicle transport, federal regulations govern commercial drivers and equipment. Vehicle haulers must comply with FMCSA rules covering hours of service, weight, equipment standards, and driver qualification.
Weight of Cargo
At the federal level, the maximum combined weight of tractor, trailer, and cargo cannot exceed 80,000 pounds. State-level limits often add further restrictions — most states cap single-axle loads at 20,000 pounds, double-axle at 34,000 pounds, and tridem-axle at 42,000 pounds. Vehicle haulers manage these limits by balancing load mix and trailer configuration.
Trailer and Vehicle Height
Federal regulations don't impose a vehicle height limit, but most states do — typically between 13 feet 6 inches and 14 feet. As a result, most car haulers set internal height restrictions of about 7 feet on individual vehicles loaded to the trailer, which is why lifted trucks and modified vehicles often require specialized equipment.
Driving Hours of Service
FMCSA Hours of Service (HOS) rules limit how many hours commercial drivers can be on duty and behind the wheel. Property-carrying drivers, including car haulers, are limited to 11 driving hours within a 14-hour on-duty window. Drivers must take a 30-minute break after 8 cumulative hours of driving. They may not drive after 60 or 70 hours on duty in 7 or 8 consecutive days, though a driver can restart this cycle by taking 34 or more consecutive hours off duty.
Frequently Asked Questions
How are cars actually shipped from factory to dealership?
Cars move through a four-stage logistics chain: ocean transport via RoRo ships for imports, port or plant departure, long-haul rail or over-the-road truck, and final-mile carrier or driveaway delivery to the dealership. Most vehicles travel by rail for at least part of the journey, with trucks handling shorter routes and final-mile delivery.
How long does it take to ship a new car from factory to dealer?
Vehicles built at U.S. plants typically reach dealers within 5 to 14 days. Imported vehicles take 30 to 60 days from foreign factory to dealer lot, with ocean transit accounting for most of the time. Weather, rail dwell, and capacity constraints can extend either timeline.
Why do new cars sometimes arrive damaged?
Damage usually traces to a specific handoff in the four-stage chain — port loading, rail transit, storage handling, or final-mile transport. Industry-standard AIAG inspections at each handoff identify where damage occurred. The carrier or facility responsible at that point in the chain handles the claim.
How do dealerships move inventory between locations?
Multi-location dealer groups use the same logistics infrastructure as OEM-to-dealer transport: open carriers for mainstream inventory, enclosed for luxury and high-value units, and driveaway for single-vehicle or precision-timing moves. High-volume dealer networks contract with logistics partners on annual agreements rather than per-shipment quotes.
Do imported and domestic vehicles use the same logistics chain?
The domestic legs are the same — rail and truck handle inland transport regardless of origin. Imported vehicles add ocean transport, port-of-entry handling, and customs clearance at the front of the chain. USMCA simplifies cross-border moves from Mexico and Canada, where vehicles meeting regional content thresholds clear duty-free.
The Bottom Line
The journey from factory to dealer involves multiple modes, multiple carriers, and tightly coordinated handoffs. For dealerships, OEMs, fleet operators, and remarketing companies, choosing a logistics partner with the network depth to handle all four stages — and the documentation discipline to keep damage claims defensible — directly affects inventory timing and total landed cost.
RPM provides finished vehicle logistics for OEMs and high-volume dealer networks across North America, combining over-the-road, rail, port, and ocean transport into a single managed platform. Our network of more than 30,000 vetted carriers handles open, enclosed, specialized, and driveaway delivery at scale.
Request a quote for personal vehicle shipping, or talk to our OEM and dealer team if you're moving vehicles at volume.