Kodiak Driver runs 64 straight days without a restart, setting an uptime record for driverless trucks
An unsupervised Kodiak truck never powered off or restarted for 64 consecutive days in West Texas, a reliability milestone as the company prepares its first driverless highway launch.
- 64 consecutive days
- 5 trucks
- 35 driverless trucks
- 40,000 hours
What Happened
Kodiak AI, Inc. said a driverless truck equipped with its Kodiak Driver autonomous driving system ran for 64 consecutive days of continuous uptime, never powering off or re-starting. Both the autonomy stack and the truck stayed running and available for service in the company's industrial deployment in the Permian Basin, in a streak that began June 30 and ended Sept 1, 2026. Five additional Kodiak Driver-equipped trucks have each surpassed 45 consecutive days of continuous uptime. The company presented the results as evidence of the engineering reliability and durability of its Physical AI technology as it scales its autonomous deployment.
64consecutive days
The autonomy stack and truck ran without a single power-off or restart in the Permian Basin, June 30 to Sept 1, 2026.
- 64 consecutive days of continuous uptime
- Each surpassed 45 consecutive days of continuous uptime
“Uptime is a critical measure of reliability and operational performance for our customers. These milestones reflect the dedication of our team and the dependability of the Kodiak Driver, underscoring the importance of consistent performance as we scale our commercial operations.”
“Maintaining sustained uptime for more than two months demonstrates the reliability and operational performance of the Kodiak Driver in our driver-as-a-service model. These milestones reinforce the dependability of our technology and the strength of our operational execution as we prepare to scale both our industrial and long-haul trucking commercial deployments.”
As of June 30, 2026, these trucks were part of a fleet of 35 driverless trucks owned and operated by Atlas Energy Solutions in the Permian Basin, which Kodiak describes as the largest fleet of its kind in the world. At that time the fleet had surpassed 40,000 cumulative hours of paid driverless operation. The trucks run Kodiak's sixth-generation (Gen6) autonomous platform, engineered for maintainability and uptime. Earlier this summer the company unveiled its seventh-generation (Gen7) system, designed for further improvements in efficiency, reliability and serviceability, along with nearly 50% longer operational lifetimes.
- Grow the Atlas fleet in the Permian Basin to 100 trucks by mid-2027
- Final preparations for a planned driverless highway launch on Interstate 45 between Dallas and Houston by the end of 2026
- Deploy the Gen7 platform, which Kodiak says offers nearly 50% longer operational lifetimes
- Scale both industrial and long-haul trucking commercial deployments
Previously from Kodiak Robotics, Inc.
Kodiak has already named Dallas-Houston as its first driverless long-haul lane, a 219-mile route it aims to launch by the end of 2026 after months of intervention-free test deliveries with no human at the wheel. IKEA is set to become Kodiak's first driverless launch shipper partner, with unsupervised freight runs between the Houston and Dallas areas due to begin later in 2026.
- Kodiak and IKEA to launch driverless truck service on Texas I-45 route in 2026
- Kodiak AI names Dallas-Houston as first driverless long-haul lane, targets year-end launch
Background drawn from MotorClaw's earlier coverage of Kodiak Robotics, Inc.'s official releases.
Why this matters
Uptime is how trucking customers judge whether a driverless system is dependable enough to replace a human driver, so streaks like this are sales evidence, not just engineering trivia. The trucks belong to Atlas Energy Solutions' Permian Basin fleet, the largest of its kind, and Kodiak plans to grow it to 100 trucks by mid-2027 while preparing a highway launch on Interstate 45 by the end of 2026.
Terms in This Story
- Uptime
- The amount of time a system is running and available for use, as opposed to being powered off, offline for repairs, or restarting.
- Driver-as-a-Service
- A business model in which a company supplies autonomous driving technology as a service rather than selling the vehicle or the software outright.
- Permian Basin
- A major oil and gas producing region in West Texas and southeastern New Mexico that generates heavy industrial trucking demand.
Summarised from the linked release; details can be imperfect — always verify against the original source.