Skip to content
HOMETECH DIRECTORYNEWS & DEVELOPMENTSRELOCATEEMPLOYERSNEIGHBORHOODSABOUTSchedule a Call

Torc Robotics

Torc Robotics is the Daimler Truck subsidiary running autonomous trucking development from a 32,000 sq ft Ann Arbor Technology Center opened June 2025.

A2Hub Editorial· Rusty Roof Media· Updated May 4, 2026

Torc Robotics

Torc Robotics is the Daimler Truck-owned autonomous-driving software company that opened a 32,000 square foot Ann Arbor Technology Center in June 2025 and is now using Michigan's roads to test self-driving Freightliner Cascadia trucks toward a 2027 commercial launch. Founded in 2005 in Blacksburg, Virginia, Torc spent its first decade working on autonomous-systems software for defense, mining, and industrial customers before pivoting decisively to on-highway autonomous trucking. Daimler Trucks North America acquired a majority stake in 2019, and the company is now Daimler Truck's dedicated AV software subsidiary, developing the autonomous driving stack that will power Daimler's Level 4 trucking product. The Ann Arbor office is Torc's most significant recent geographic expansion and gives the company a direct foothold in the densest autonomous-vehicle talent market in the Midwest. For the regional AV cluster, Torc is the autonomous-trucking counterpart to the passenger-mobility work at May Mobility and TRI-ANN.

Quick facts

  • Founded: 2005
  • Founders: Michael Fleming (CEO and co-founder), with founding team from Virginia Tech's robotics community
  • HQ: Blacksburg, Virginia (Austin, Texas is the principal engineering hub; additional sites in Stuttgart, Germany and Ann Arbor, Michigan)
  • Parent company: Daimler Truck AG (via Daimler Trucks North America, majority stake acquired March 2019)
  • Ann Arbor site: 32,000 square foot Ann Arbor Technology Center, opened June 2025
  • Headcount: Estimated 700 to 900 employees company-wide; specific Ann Arbor headcount undisclosed at opening and growing
  • Total funding: Majority-owned by Daimler Truck; prior to the Daimler investment, raised multiple venture and strategic rounds; specific consolidated totals not fully disclosed
  • Key investor: Daimler Truck (majority owner)
  • Current leader: Peter Schmidt Vogt (CEO of Torc Robotics, succeeding Michael Fleming)
  • Sector tags: autonomous vehicles, trucking, robotics, mobility
  • Careers: torc.ai/careers
  • Website: torc.ai
  • LinkedIn: linkedin.com/company/torc-robotics

What Torc Robotics makes

Torc develops the autonomous driving stack for Class 8 freight trucks. The product is a full Level 4 self-driving system designed to operate Freightliner Cascadia trucks (Daimler Truck's flagship Class 8 tractor in the North American market) on designated long-haul freight routes between logistics hubs. The Level 4 designation means the truck can operate without a human driver within its operational design domain (ODD), which for Torc's commercial launch will be specific freight corridors, highway-dominant routes, and hub-to-hub transfers where the trucks stay on controlled-access highways between staffed terminals.

The technical stack covers the full autonomy pipeline. Perception combines LiDAR, radar, cameras, and sensor fusion to build a real-time model of the truck's environment. Prediction models estimate the future trajectories of other vehicles, vulnerable road users, and environmental elements. Planning generates safe driving trajectories that meet the truck's physical constraints (Class 8 trucks have very different dynamics from passenger vehicles) and freight-delivery goals. Controls execute those trajectories through Daimler's drive-by-wire Cascadia platform. Supporting systems include mapping (high-definition freight-corridor maps), remote assistance for edge cases, and a large-scale simulation platform for validation.

Commercial launch is targeted for 2027 on initial routes, with expansion to additional corridors thereafter. Daimler Truck has structured the autonomous program around a direct commercial launch approach (as opposed to the ride-pooling and robotaxi approach that dominated the passenger-AV category), with the autonomous Cascadia sold or leased as a product to freight carriers and shippers. The first commercial routes are expected to run between freight hubs in the southern United States, with Michigan and other Midwest corridors added as the operational design domain expands.

Torc's development partners include Daimler Truck (parent and commercial launch partner), a network of fleet customers running pilot programs, and technology suppliers for LiDAR, compute, and other core components. The Ann Arbor office supports engineering, testing, and operational planning tied to Michigan and the broader Midwest freight network.

The Ann Arbor story

Torc Robotics was founded in 2005 in Blacksburg, Virginia by Michael Fleming and co-founders from the Virginia Tech autonomous vehicles program. The company's early years were spent on autonomous-systems software for defense customers, mining vehicles, and other industrial-automation applications. The 2007 DARPA Urban Challenge (in which Virginia Tech's VictorTango team competed and finished in the top group) was part of the DNA of the company's early autonomous-driving expertise.

In March 2019 Daimler Trucks North America (now part of Daimler Truck AG) acquired a majority stake in Torc and integrated the company into its autonomous-trucking program. Torc retained its brand, its headquarters in Blacksburg, and its engineering teams; Daimler brought capital, truck platforms, and commercial go-to-market. Subsequent years added a principal engineering hub in Austin, Texas, a Stuttgart, Germany office (for coordination with Daimler Truck's European parent operations), and, in June 2025, a 32,000 square foot Ann Arbor Technology Center.

The Ann Arbor office opening was a deliberate move into the Midwest AV talent market. Torc is now able to recruit from the University of Michigan's robotics, computer science, and automotive engineering pipelines and from the broader Ann Arbor AV community built up around Toyota Research Institute, May Mobility, Ford's Quantum Signal, and other regional mobility employers. The proximity to Michigan's freight corridors and to the Upper Midwest winter-weather conditions also gives Torc a valuable testing environment that its Texas and Virginia sites cannot replicate.

The Ann Arbor Technology Center includes engineering and testing space, operational planning capability, and a growing headcount across AV software, systems integration, operations, and commercial program roles. Torc's Michigan road testing has been underway using its Freightliner Cascadia autonomous trucks, supporting corridor-specific validation work toward the 2027 commercial target.

Funding and exits

Torc's funding history pre-Daimler involved multiple strategic and venture rounds across defense, industrial, and automotive verticals, with specific consolidated totals not fully disclosed publicly. The March 2019 Daimler Trucks North America acquisition of a majority stake restructured the capital base, with Daimler now the controlling owner and primary financial backer of the company's autonomous-trucking work.

No exit has been announced. Torc operates as a Daimler Truck subsidiary with independent branding and engineering leadership. The strategic endpoint for Daimler is the commercial launch of autonomous Freightliner Cascadia trucks on US freight routes starting in 2027, with the Torc team continuing as the software and AV operations engine for Daimler's autonomous program.

Autonomous trucking as a category has had a turbulent capital history. Aurora Innovation is publicly listed and has pivoted toward trucking as the lead commercial wedge. TuSimple, once a flagship, has effectively wound down its US operations. Kodiak Robotics has continued on a defense-and-commercial path. Torc's position inside Daimler gives it patient capital and a direct path to commercial deployment via Daimler's Cascadia platform, which is a different risk profile than the independent venture-backed competitors. That structural advantage is a meaningful part of why Torc's 2027 target remains on the public schedule while several peers have struggled.

Culture and hiring

Torc hires autonomous-vehicle software engineers (perception, prediction, planning, controls, mapping, simulation, systems), safety and assurance engineers, operations staff for road-testing and commercial-corridor work, and the standard supporting product, hardware, and commercial roles. Ann Arbor hiring is active across engineering and operations, and Michigan road-testing support staff are part of the local footprint.

The work suits engineers who want to do autonomous-trucking at scale with a direct commercial launch path rather than an open-ended passenger-AV research track. The Daimler ownership means structured corporate processes, stable funding, and a clearly defined commercial product. The Virginia, Texas, Michigan, and Germany site distribution means a globally coordinated engineering organization.

Work model as of 2026 is hybrid in Ann Arbor, with meaningful on-site requirements for testing and operations roles. Compensation is competitive in the autonomous-trucking market and includes equity and Daimler-linked compensation structures. Employee signal on Glassdoor and similar platforms is moderate in volume and generally positive on engineering rigor, mission, and peer quality.

Why they matter for Ann Arbor tech

Torc's 2025 Ann Arbor Technology Center is one of the most important recent additions to the regional AV cluster. It extends the cluster's passenger-mobility depth (May Mobility, TRI-ANN) and Ford-owned capability (Quantum Signal AI) into autonomous trucking, which is a distinct commercial category with larger near-term revenue potential. For the historical arc of how the region became the densest AV development environment in the country, see the history of Ann Arbor tech.

FAQ

Who owns Torc Robotics? Daimler Truck AG, via Daimler Trucks North America, acquired a majority stake in Torc Robotics in March 2019. Torc operates as a Daimler Truck subsidiary with its own brand and engineering leadership.

When did Torc open the Ann Arbor office? Torc opened a 32,000 square foot Ann Arbor Technology Center in June 2025. The office supports engineering, testing, and operational planning for the company's autonomous-trucking program.

What does Torc Robotics build? Torc builds a Level 4 autonomous-driving software stack for Class 8 freight trucks, designed to operate Daimler's Freightliner Cascadia on designated long-haul freight routes. Commercial launch is targeted for 2027.

Is Torc testing trucks in Michigan? Yes. Torc has deployed autonomous Freightliner Cascadia trucks on Michigan roads for corridor-specific validation work, supported by the Ann Arbor Technology Center and the broader Michigan mobility-testing infrastructure.

When will Torc Robotics launch commercially? Torc and Daimler Truck have publicly targeted a 2027 commercial launch of autonomous Freightliner Cascadia trucks on initial US freight corridors, with expansion of the operational design domain expected thereafter.

Is Torc hiring in Ann Arbor? Yes. Open roles in autonomous-vehicle software, systems, safety, operations, and commercial program functions are posted at torc.ai/careers. The Ann Arbor Technology Center is actively growing.