Cabless Truck Prices Could Drop Below $100,000
Humble Robotics CEO Eyal Cohen predicts cabless autonomous freight platforms could be priced under $100,000 at scale, narrowing the cost gap with
Cabless autonomous freight platforms could be priced below $100,000 when produced at high volumes, according to Humble Robotics CEO Eyal Cohen. He made the comments in an interview with FreightWaves, noting this price point closes in on the $50,000 to $60,000 cost of a standard 53-foot trailer.
Cohen described these platforms, often called skateboards, as having a simple core of powered axles, a battery pack, and autonomous technology. "It can get even lower than that at scale," the Humble Robotics representative said. He argued the movement of freight can become very simple in an autonomous future.
Price Comparison and Technology
The projected sub-$100,000 price for a self-driving platform contrasts sharply with the cost of today's conventional trucks, which include expensive cabs and life-support systems for drivers. The company's design starts with autonomy rather than retrofitting sensors onto trucks built for humans. Cohen pointed to firms like Kodiak and Aurora as evidence that commercial autonomous operations are already underway.
| Item | Price Range |
|---|---|
| Cabless Autonomous Platform (at scale) | Below $100,000 |
| Standard 53-foot Trailer | $50,000 to $60,000 |
Operational and Economic Shifts
The skateboard model could fundamentally alter dock operations and freight economics. A key change involves the drop-trailer model, where trailers are left at docks for loading and unloading. This practice is economically justified by avoiding driver dwell-time costs. A cabless platform waiting at a dock carries no such driver cost, weakening the rationale for dropping trailers.
"You could just have a vehicle that shows up at a dock, loads and drives to destination, unloads, and it just does that back and forth all day, kind of on demand, on call," Cohen said. He described remote CDL holders monitoring vehicles and automated warehouse loading as interim steps toward a fully hands-off system.
Maintenance costs are also expected to fall. Electric drivetrains eliminate fluids and combustion cycles. Cohen claimed the skateboard's mechanical complexity is roughly one-tenth that of an internal combustion engine, which should significantly reduce repair expenses. While sensors introduce new maintenance needs, the representative noted modern sensing hardware has few moving parts.
Industry Consolidation and Competitive Risk
The shift poses a stark competitive threat to mid-sized carriers. Cohen argued that operators with 50 or fewer trucks have historically competed by recruiting drivers and maintaining customer relationships. These advantages erode when autonomous platforms commoditize the driving task.
The Humble Robotics representative agreed industry centralization is likely but said carriers' expertise in asset management and cargo security will retain value. Human oversight for operations and maintenance will remain a regulatory requirement for the foreseeable future.
Cohen predicted a specific consolidation pattern within five years. He suggested well-capitalized freight brokers, who may lack operational trucking knowledge, could begin acquiring mid-market asset carriers to obtain it. He cited Echo Global Logistics CEO Doug Wagner's observation that most brokers "do not know how to run trucks if their life depended on it." Humble Robotics plans to sell its equipment to third-party operators rather than run its own fleet, positioning capital strength and marketing as key competitive levers in the future autonomous market.
