Why the seat still has a person in it
Long-haul freight is more than steering. A shift includes a pre-trip inspection, coupling and uncoupling trailers, checking brakes, tires and lights, securing or tarping a load, and backing a 53-foot trailer into a dock with inches to spare. Software is strongest on the highway miles in the middle. The work at both ends is hands, judgment and a signature from a receiver.
That is the honest split for this job. Driverless freight runs that exist today are highway-to-terminal on mapped routes, with people handling the yard ends, the fueling and the breakdowns. On our coverage question, Can AI do it?, this job reads 16 out of 100. The scale behind that figure is explained on how coverage is measured.
Scale matters too. The Bureau of Labor Statistics counted about 2,062,040 heavy and tractor-trailer truck drivers, with median pay of $58,640 a year (BLS, 2025), and projects employment up roughly 3.8% from 2025 to 2035. A fleet does not swap two million jobs for software in one budget cycle. It buys a few trucks for one lane and watches the cost per mile.
What AI does, what it assists, and what stays with the driver
Some of the paperwork and planning side is already machine work. Electronic logging of hours, dispatch messaging, route and fuel-stop planning, and mileage and trip records are handled by software with the driver checking the output. Across this job’s tasks, AI handles about 0% of task time.
The assisted group is where most of the change shows up. Lane keeping, adaptive speed, following distance, collision warnings and fatigue monitoring all sit beside a driver rather than in place of one. Highway cruising and night driving fall here as well. The assisted share prints as 31% of task time.
What is left is the physical and social end of the job: the pre-trip and post-trip inspection, strapping, chaining and tarping cargo, hooking air lines and landing gear, blind-side backing into a tight dock, and reporting a mechanical fault to a shop in words a mechanic can act on. Tasks that need a person come to 69% of task time.
What the evidence actually shows
There is no published head-to-head test of an autonomous system against a working driver across this whole job. That is why our parity question, Is it better than a person?, carries an evidence grade of D, and why we publish no parity number for this occupation. A grade at that level means not measured, not measured and failed.
What would settle it is specific: per-mile safety, on-time and damage-free delivery data from driverless fleets, broken out by weather, night, construction zones and urban yards, compared with matched human drivers over the same lanes, plus a full-task comparison that includes inspections, securement and dock work rather than highway miles alone. Until that exists, claims in either direction are marketing or mood. Our grading rules are set out in how parity is graded, and the wider method in our scoring methodology.
When this could change for long-haul freight
Most likely after 2044 (8 in 10 of our scenarios). What the range measures, and how the median and the window are built, is explained on the replacement-year method page.
Two things could pull that window earlier. The first is the hub-to-hub model: if driverless tractors only run terminal to terminal and local drivers handle the first and last miles, the automated leg skips most of the physical work. The second is cost. Software and sensing per truck keeps falling, and our cost panel above compares the machine side against the cost of a driver on the same work.
Two things hold it back. Around 63% of this job’s task content has a physical component, and our robotics read puts the hardware needed for that at the dexterous humanoid tier, meaning hands able to handle straps, chains, hoses and frozen fifth-wheel pins in bad weather. That hardware is not in fleets. The second brake is regulation and liability, which differ by state and by cargo type, so a lane that works in one place does not transfer.
What to do: watch the lanes near you rather than the headlines, since the first changes show up as fewer long dry-van highway runs, not as empty seats everywhere.
How drivers stay needed
Lean into the work the task list above puts in the needs-a-human group. Dock and yard maneuvering, especially blind-side backing in cramped urban sites. Load securement on flatbed, oversize and specialized freight, where straps, chains and weight distribution are the job. Inspection and fault reporting, which keeps equipment legal and gets a truck back on the road faster.
Two skills pay off. First, endorsements that tie the driving to handling: hazmat, tanker and doubles work, plus crane or forklift tickets where the delivery includes placing the load. Second, comfort supervising automated systems, which means knowing when to override lane keeping, how to document a disengagement clearly, and how to work with a remote support desk.
If you are weighing a move, nearby work is worth comparing. Light truck drivers cover the local and last-mile end, driver/sales workers add customer and ordering duties, and transit and intercity bus drivers trade freight for passengers. The rest of the group sits on the motor vehicle operators family page, and the industry view is on our trucking sector page.
On the headline question, this job scores 79 out of 100 (higher is safer). You can put it beside another job on the compare tool, or see where it falls against the jobs we track with the most exposure on our most at-risk list.