Chevy Camaro: A small vicious animal that eats Mustangs
This Camaro definitely eats Mustangs
This Camaro definitely eats Mustangs
When people think about auto transport today, they probably picture a large multi-car carrier traveling down the interstate, a dispatcher coordinating the shipment digitally, GPS tracking providing location information, and customers receiving updates through their phones.
Before trucks became common, horses handled nearly every type of freight movement.
But the industry developed very differently.
Auto transport grew alongside the automobile itself. As vehicle ownership expanded, so did the need to move cars beyond the distance owners or dealerships could reasonably drive them. Railroads became an important method of moving vehicles, particularly over long distances, while the expansion of America's highway infrastructure helped trucking become increasingly practical.
Eventually, specialized auto carriers changed the economics of vehicle transportation. Instead of moving one vehicle at a time, carriers could transport multiple vehicles on the same trip.
Then came another major transformation: technology.
For decades, auto transport relied heavily on experience and relationships. Those remain important.
Computers made logistics and recordkeeping more efficient. GPS provided better visibility into vehicle locations. Smartphones made communication between customers, dispatchers, brokers, and drivers almost immediate. Online platforms and digital marketplaces further changed how transportation orders are created and managed.
What is interesting is that the industry's fundamental challenges have remained remarkably consistent.
A carrier still has to consider distance, fuel, equipment, driver availability, road conditions, demand, capacity, and profitability. Technology can make those factors easier to manage, but it doesn't eliminate them.
Now we're entering another potential turning point.
Electric vehicles could change how carriers think about weight, charging infrastructure, and operating costs. Artificial intelligence could improve route planning, pricing, forecasting, and dispatching. Autonomous driving technology could eventually change the role of the driver. Better connected vehicle systems could provide more information throughout the transportation process.
The history of auto transport suggests that major changes usually happen when transportation technology and infrastructure change together.
So I'm curious what everyone thinks:
And looking forward, what do you think will be the next major turning point?
🧐 Read more → The Complete History of Auto Transport
The Plymouth Duster 340 (introduced in 1970) was a budget-friendly performance icon. It paired Chrysler’s high-revving 340-cubic-inch small-block V8 officially rated at 275 horsepower with the lightweight A-body compact platform of the Plymouth Valiant, creating a fast, nimble "giant killer" that undercut bigger muscle cars in price.
https://www.hotcars.com/the-plymouth-that-humbled-chevelles-for-half-the-sticker-price/
Legend: 1970 Sox & Martin Plymouth Hemi Barracuda GT1
https://www.soxandmartin.com/car/1970-plymouth-hemi-cuda-pro-stocker/
A hard one to beat!
I would choose this over any Hellcat. Am I the only one?
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Can you spot the outsider?