Waabi Completed Autonomous Truck Highway Test

The AI-driven truck navigated a 300-mile route between Dallas and San Antonio with no human intervention.

Updated on Sept. 22, 2026 in Robotics

An autonomous heavy-duty truck driving on an empty multi-lane interstate highway under a bright blue sky. — Waabi successfully operated an autonomous truck over 300 miles of Texas highway between Dallas and San Antonio without manual assistance. AI Illustration. Upload story photo >

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Waabi successfully operated an autonomous truck over 300 miles of highway between Dallas and San Antonio. The AI system completed the four-and-a-half-hour trip without pre-mapped data or manual assistance.

Why it matters

This milestone advances autonomous trucking by demonstrating that systems can adapt to unfamiliar routes in real time. This capability could allow logistics companies to fulfill delivery needs on demand rather than relying on strictly pre-mapped paths.

The test vehicle maintained an average speed of 60 miles per hour during the 4.5-hour journey. The system utilized general adaptive driving capabilities rather than relying on pre-loaded maps or simulation data.

The players

Waabi

Founded in 2021, this company develops artificial intelligence software designed to enable autonomous trucking operations.

Volvo

This global truck manufacturer plans to integrate Waabi autonomous technology into its commercial vehicle fleet starting in 2027.

The details

The autonomous truck traveled between Dallas and San Antonio without prior training on the specific highway route. The system successfully navigated the journey at highway speeds without requiring any intervention from the safety driver on board.

Waabi was founded in 2021.
Waabi raised $1 billion from investors during 2026.
The 300-mile autonomous test drive was completed the week of September 14, 2026.
Volvo expects to begin installing Waabi technology on new trucks in the first quarter of 2027.

The Tech Race

The shift toward mapless navigation represents a fundamental departure from the legacy requirement of pre-loading high-definition maps into autonomous systems. By enabling real-time adaptation, the industry is moving closer to commercial viability across diverse, unplanned freight routes.

For the logistics and freight industry, this technology promises more flexible and efficient cargo delivery options. Customers may eventually see faster shipping turnarounds as autonomous systems gain the ability to navigate routes dynamically based on real-time demand.

The takeaway

Autonomous trucking is rapidly transitioning from highly scripted, pre-mapped routes to systems capable of true navigation. This shift is critical for the long-term scalability of driverless freight across the national highway network.

What happens next

Commercial robotruck operations are scheduled to begin in 2027, with Volvo expected to integrate Waabi technology into new truck models starting in the first quarter of that year.