A trucking industry veteran who spent two years publicly dismissing the Tesla Semi has driven one loaded — and now says two of his three core objections collapsed within the first few miles.

The author, a Class A CDL holder with hazmat endorsement and nearly three decades in the business, had called the truck a glorified day cab in May 2023, overhyped in February, and in July 2025 argued that legacy OEM electric trucks kept superior diesel-cab comfort standards. In April he dismissed a viral Frito-Lay video as rage bait, noting snack haulers run lift axles because the freight weighs almost nothing.

His doubts ran in three directions: whether range would survive real freight, whether a passenger-car company understood a fourteen-hour day, and whether the center seat made sense for anyone backing a 53-foot trailer into a tight dock. Only one of those three still stands after the drive — and it isn't about how the truck performs.

The center seat, tested

The seat placement he was most ready to hate turned out to be his biggest miss. Direct forward visibility beats anything he has driven, because the driver looks down the truck's centerline instead of down one edge. "You stop guessing where your right side is. You can see it."

Side visibility runs through cameras and mirrors, and he concedes it "kinda works" — different, requiring time to get fluent, but without the blind-spot problem he expected. At the dock, backing loses the hang-out-the-window move but gains symmetry: both sides sit equidistant, camera views are equivalent, and with Tesla's tight wheel cut and precise steering, the net came out better than expected. He'd still tell fleets to give veteran drivers a couple of weeks before judging, because unlearning driver-side bias takes real time.

The brake pedal

The surprise he didn't see coming: he barely touched the service brake. Regenerative braking handles so much deceleration that the truck slows with authority even loaded — closer to working a Jake brake in the hills, except constantly, in traffic, on ramps, into docks. On flat ground with weight behind him, the service brake became something used at the very end of a stop.

He flags the maintenance implications — shoes, drums, air system components and labor — as a real cost line moving the right way for regional routes with frequent stops, while declining to put a number on it.

Specs and driving dynamics

The steering is fully electric with no hydraulic loop, redundant, and quicker and more precise than any Class 8 he has driven. Tesla claims a turning radius close to a Model Y. Drive power is listed at 800 kW from three independent rear motors; when the author asked the accompanying engineer whether his trailer was even loaded, the onboard scale confirmed it was. He still calls acceleration the most oversold attribute of every EV built — the real story is ride quality, with a hard-mounted cab that outperforms expectations, no differential-induced cab rise, and acoustic glass cutting road noise.

A small detail signals customer responsiveness: the pop-out window on early trucks became a roll-down window on the production version, after fleet operators pushed back — badge readers, toll booths and guard shacks all sit at that height.

Practical touches include driver profiles that follow the operator from truck to truck via phone, a simplified pre-trip with three oils consolidated to one and a dry hub, and a trip planner that adjusts range estimates after pickups and drops.

Where the skepticism stands

Two objections remain. First, weight: the Long Range version runs 500 miles at roughly 23,000 pounds curb weight, while the Standard Range offers 325 miles under 20,000 pounds — both rated at 82,000-pound gross combination weight via the 2,000-pound federal EV allowance. The version with usable regional range is the heavier one, cutting payload ceiling on freight that weighs out. "Show me one running 46,000 pounds of canned goods all day and then we'll talk," he writes — which is why snack freight, cubing out long before it weighs anything, remains the trucks' best showcase.

Second, infrastructure. There's no sleeper, and Tesla is straightforward about why: until an over-the-road charging network exists, a sleeper makes no sense, though the chassis can accept one. The operating model assumes recovering 60% of range in about thirty minutes on 1.2 MW charging during a mandated break. On paper that works — if the charger is where you need it, working when you arrive, and unoccupied. Every driver knows how that goes at a truck stop on a Monday night.

His conclusion: the vehicle is further along than he credited, the infrastructure isn't, and no amount of engineering inside the cab fixes what's missing outside it. Fleets weighing the truck should judge it on the brake pedal and the steering rather than the acceleration — and then judge whether it fits the lanes they actually run.