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Parallel Systems raises $100M to scale driverless freight rail vehicles
Parallel Systems raised $100M to scale its battery-powered autonomous rail vehicle, targeting short-haul freight after FRA approval near Savannah.
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- Parallel Systems raised a $100M Series C led by AVP to scale its Panther autonomous rail vehicle
- The FRA approved operations near the Port of Savannah about 18 months ago; testing covers 160 miles of track
- The battery-powered Panther hauls several tons up to 500 miles without an operator
- About 60% of US freight trips are under 500 miles, mostly handled by trucking
- At least 16 trucking companies went bankrupt within a few weeks amid record diesel prices
Parallel Systems has raised $100 million in a Series C round to scale production of its Panther, a battery-powered autonomous rail vehicle designed to move multi-ton loads up to 500 miles without an operator. AVP led the round, with participation from Hillspire, Agility Global, Cobalt Capital, Anthos Capital, Congruent Ventures, Riot Capital and Collaborative Fund.
The Los Angeles-based startup, founded in 2020 by former SpaceX rocket avionics engineers, aims to help railroads win back short-haul freight traffic they have ceded to trucking. CEO Matt Soule told TechCrunch: "Less than 500 miles is hard for railroads to do competitively. Our technology allows them to take some of that trucking, and it's for the public's benefit."
Why short-haul freight is the target
The funding lands against a shifting freight backdrop. Around 60% of US freight trips run under 500 miles, and trucking companies carry the majority of them. But at least 16 trucking operators filed for bankruptcy within a matter of weeks as diesel prices hit record highs, opening a gap in a surface freight market TechCrunch values at roughly $1 trillion.
Railroads have pulled back from short routes under the industry's precision railroading model, which favors ever-longer trains on fixed schedules to spread labor and operating costs across more cargo. Parallel's approach inverts that logic: its vehicles run individually or in short, uncoupled platoons.
How the Panther differs from a conventional train
The Panther has no couplers. Platoons form from uncoupled vehicles, so once a platoon reaches a yard, the vehicles can separate without human intervention. After clearance to run on a track section, onboard sensors monitor the rails ahead for obstacles.
The company claims two operating advantages: running on rail keeps freight off congested highways, and battery propulsion produces no tailpipe emissions. These are supplier claims, and commercial payloads have not yet begun.
What is happening at the Port of Savannah?
Parallel won Federal Railroad Administration approval roughly 18 months ago to operate near the Port of Savannah in Georgia, and has since run the vehicles over 160 miles of track there to validate safety systems.
Souse said: "We've been verifying all the safety controls and operating practices that are best evaluated in a real-world setting with a path toward our first commercial payload coming up very soon." He did not give a date for that first paying load.
Port congestion frames the opportunity. "If you ever go to the Port of Savannah, you see the truck lines coming in and out of the port — it's insanity," Soule said.
Do trucking companies see a threat?
Not uniformly. Drayage operators, which haul freight short distances, earn per load delivered but cannot bill extra when trucks idle in port congestion. By moving freight closer to a customer's door, Parallel's vehicles would let drayage fleets complete more deliveries per day. "They want certainty, they want to be able to move," Soule said.
What the Series C funds
The $100 million will fund manufacturing scale-up of the third-generation Panther and accelerate the commercial rollout. Whether railroads adopt the vehicles at scale depends on production costs, regulatory clearance beyond the Savannah corridor, and demonstrated safety performance — none of which the company has yet quantified publicly. The first commercial payload, whenever it lands, will be the measure of whether the model works.
via data.bts.gov (Original)
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Senior reporter covering business strategy at Mainline Report.
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