Understanding your shipping options

When booking auto transport, one of the biggest questions customers face is whether to choose open or enclosed transport. Both options have clear advantages — but the right choice depends on your vehicle type, location, and budget.

Open transport

Open transport is the most common and affordable option. Your car travels on a two-level open trailer with several other vehicles.
Pros:

• Lower cost and faster availability

• Ideal for standard cars, SUVs, and daily drivers

• Easier to schedule across most routes
  Cons:

• Exposed to weather, dust, and debris during transit

• Less suited for collectible or luxury cars

For most customers, open transport provides a great balance of value and reliability — especially for short to mid-range routes.

Enclosed transport

Enclosed transport provides maximum protection. Vehicles are fully covered inside a sealed trailer, shielded from rain, sun, and road debris.
Pros:

• Best for exotics, classics, and high-value vehicles

• White-glove handling and liftgate loading

• Fully enclosed, weatherproof environment
  Cons:

• Higher cost

• Slightly longer booking time due to limited availability

If your car requires special handling, enclosed transport is worth the investment for complete peace of mind.

What about flatbed transport?

For short or regional moves — or when a vehicle can’t be driven onto a carrier — flatbed transport is the best option. It’s commonly used for construction vehicles, inoperable cars, or oversized units that need special loading.

Choosing what’s right for you

Your decision should be based on three main factors: vehicle value, distance, and personal comfort level.

• For daily drivers, open transport is efficient and affordable.

• For high-end vehicles, enclosed transport offers unmatched protection.

• For short-distance or special moves, flatbed carriers are ideal.

At XPRT Auto Transport, we help you choose the right option for your situation — with licensed carriers, insured protection, and real communication at every stage.