The railroad sector was among the pioneers in leveraging technology to transform global operations; however, recent advancements in freight rail have largely resulted in the mere extension of train lengths. This trend has prompted numerous railroads to forgo shorter routes, consequently surrendering a significant portion of the $1 trillion surface freight market to trucking firms. As diesel prices soar to unprecedented levels, several of these trucking companies are facing bankruptcy, creating a gap in the market. In recent weeks, at least 16 trucking firms have declared insolvency.
Parallel Systems appears to have a solution that could facilitate the continuous movement of freight while enabling railroads to regain market share. The startup has engineered a rail vehicle capable of transporting several tons of freight up to 500 miles autonomously. Should the company successfully scale production of its Panther vehicles, it could restore profitability for railroads on shorter hauls. “Less than 500 miles is hard for railroads to do competitively,” stated Matt Soule, co-founder and CEO of Parallel Systems, according to hinews. “Our technology allows them to take some of that trucking, and it’s for the public’s benefit.”
Since it operates on railways, Parallel’s vehicle does not contribute to road congestion, and its battery-powered design ensures it does not produce emissions. To enhance the manufacturing of its third-generation vehicle and expedite commercial deployment, Parallel Systems has secured a $100 million Series C funding round led by AVP, with contributions from Hillspire, Agility Global, Cobalt Capital, Anthos Capital, Congruent Ventures, Riot Ventures, and Collaborative Fund. Soule and his co-founders established Parallel Systems in 2020 after their tenure at SpaceX, where they developed rocket avionics systems.
Parallel’s vehicles can operate either autonomously or in platoons, which are typically shorter than conventional trains. This strategy diverges from the dominant approach in the railroad industry, known as precision railroading. As the sector has evolved, investor demands have pushed companies to create longer trains and adhere to fixed schedules, thereby distributing certain costs, such as labor, across a larger freight volume.
As railroads have retreated from smaller routes, trucking companies have filled the void. Currently, approximately 60% of freight journeys in the United States are under 500 miles, with trucking firms managing the majority of these trips. However, an increase in trucks on the roads leads to heightened congestion, particularly evident at ports. “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 remarked.
In contrast to conventional train cars, Parallel’s vehicles lack couplers, instead forming uncoupled platoons that traverse the rails. This coupler-free configuration allows a platoon to disband upon reaching a train yard without requiring human intervention. Once the Panther is authorized to operate on a specific track segment, its sensors continuously monitor the rails to ensure the path ahead is free of obstacles.
Despite the fact that Parallel is encroaching on a segment of the market currently dominated by them, trucking companies have shown interest in the startup. Drayage firms, which transport freight over short distances, earn revenue for each load delivered, yet they cannot charge extra when a truck is delayed in traffic, particularly in congested areas like ports. By facilitating freight movement closer to customers’ locations, Parallel enables trucking companies to increase their daily delivery capacity. “They want certainty, they want to be able to move,” Soule noted.
Parallel received approval from the Federal Railroad Administration a year and a half ago to operate near the Port of Savannah in Georgia, where it has been utilizing 160 miles of track to validate the safety of its system. “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,” Soule added.
