Aurora Innovation has launched its second-generation driverless semi trucks, built on the International LT Series with hardware rated for a million miles. The Aurora Driver has now logged nearly 440,000 fully driverless miles, and the company is targeting 200 trucks on the road by the end of 2026 — with a manufacturing partner aiming for a 1,000-truck annual production rate.
Aurora Innovation, the self-driving trucking company, announced on July 22, 2026 that it has launched its second-generation driverless trucks — a hardware upgrade the company says is essential to moving from a small proof-of-concept fleet into real commercial scale. The new trucks will roll out across Aurora's existing commercial network of 10 driverless routes throughout the U.S. Sun Belt, and the launch comes with a notable vote of confidence already attached: a customer has committed to purchasing 500 Aurora Driver-powered trucks.
The new fleet is built on the International LT Series truck and runs Aurora's next-generation hardware, which the company says is both more powerful and built to last a full one million miles — a meaningful jump for a piece of equipment that needs to survive constant highway duty cycles without the kind of downtime a passenger vehicle might tolerate. Before launching, Aurora closed what it calls its "Safety Case" for the new truck and hardware combination — the internal framework the company uses as its bar for operating on public roads without anyone in the driver's seat.
"Last year's driverless launch proved our technology could operate safely on public roads — our new platform now provides the foundation to deliver at scale."
— Chris Urmson, CEO and co-founder, Aurora InnovationManufacturing is being handled by Roush, a longtime automotive product-development supplier, which is installing redundant systems and integrating Aurora's hardware into the trucks at a facility dedicated specifically to Aurora. The two companies have formalized an upfit process that Aurora says positions Roush to reach an annual production run-rate of 1,000 trucks later this year — a scale that would be a dramatic jump from where the program has operated so far.
Context matters here: earlier this year, Aurora was running just five autonomous trucks hauling cargo without safety monitors between Dallas, Houston, Fort Worth, and El Paso, Texas. The company hasn't published a precise current fleet count alongside this launch, but it has set a public target of roughly 200 driverless trucks on the road by the end of 2026 — meaning most of the scale-up is still ahead rather than behind it, even with production ramping.
| Milestone | Figure |
|---|---|
| Driverless miles completed (as of end of June 2026) | ~440,000 |
| Active driverless routes | 10, across the U.S. Sun Belt |
| Longest validated driverless route | ~1,000 miles, Phoenix to Fort Worth (~15 hours) |
| Customer commitment (single carrier) | 500 trucks |
| Fleet target, end of 2026 | ~200 trucks |
| Roush production target (annualized, by year-end) | 1,000 trucks/year |
The 1,000-mile Phoenix-to-Fort Worth route is worth pausing on: a human driver is legally capped at 11 hours of driving time under federal hours-of-service rules, meaning that specific route already isn't legally completable non-stop by a solo human driver. Aurora's trucks running it in roughly 15 hours without a mandatory rest break is a genuine structural advantage over human-driven freight on that lane specifically, independent of any debate about autonomous safety more broadly.
Autonomous trucking has had a habit of announcing bigger numbers than it delivers, and Aurora's own history includes plenty of incremental steps — first a small supervised pilot, then a handful of trucks running fully driverless on a couple of Texas routes, then route expansion, and now a hardware generation change explicitly framed around manufacturing scale. What separates this announcement from a typical incremental update is that it's paired with an actual customer order (500 trucks) and a named manufacturing partner with a specific production target (1,000 trucks a year), rather than just a mileage milestone or a new route map.
The bottom line: Aurora has moved from proving driverless trucks can run safely on a couple of Texas routes to building the manufacturing pipeline needed to put hundreds of them on the road. Nearly 440,000 driverless miles and a 500-truck customer commitment are real, verifiable signs of momentum — but the jump from roughly five trucks earlier this year to a 200-truck fleet by year-end is still a steep climb, and how closely Aurora and Roush hit that production target over the next two quarters will say more about the state of commercial autonomous trucking than this launch announcement alone.
The Model Y L Premium AWD's official EPA rating came in higher than Tesla's original in-house estimate: 332 miles on 19-inch wheels and 328 miles on 20-inch wheels, up from the 325 and 320 miles Tesla initially listed. The bigger surprise: the longer Model Y L on 20-inch wheels now out-ranges the standard Model Y on 19-inch wheels.
The Range Rover Electric is finally here, starting at $138,000 with a 118.5 kWh battery, 543-hp dual-motor setup, and a claimed 45-degree climbing angle. It undercuts the V8's towing capacity by over a ton and its EPA range trails rivals like the BMW iX5 — but Land Rover says off-road capability wasn't compromised.
Tesla published a detailed engineering breakdown of how it designs battery packs to contain single-cell failures, manage cell temperature, and extend battery life — including its in-house 4680 cell chemistry and a claim of zero spontaneous battery fires across 265 billion miles driven. Here's what it actually says, and what to keep in mind about the source.