The Evocargo N1 autonomous freight truck has no steering wheel, no pedals, and no provision for a human being. It debuted before a general Russian public audience for the first time last week at Moscow's ProDvizheniye-2026 ("ProMotion-2026") automotive festival — and behind that milestone sits a fleet of more than 300 trucks that have been hauling freight daily across Russian industrial yards and distribution centers for years, unknown to most of the world. That makes the N1's public debut at VDNH more than a product showcase. It is the moment a commercially deployed autonomous trucking fleet — built without a cab from day one, operated by a Russian company, and running at a scale that US highway-focused autonomous vehicle programs have not yet achieved in their chosen domain — stepped out of locked-off industrial yards and into public view. No Cab, by Choice: The Architecture That Sets N1 Apart Nearly every major autonomous truck in the Western market was built by taking an existing cab-equipped vehicle and layering a self-driving stack on top. The Volvo VNL with Aurora's hardware bolted on. The Peterbilt 579 with Kodiak's sensors grafted to the roof. The logic was pragmatic: use a proven commercial truck platform, add the autonomy, and defer the structural redesign for later. EvoCargo made the opposite choice from the start. The N1 was designed with no cab — a space that would normally contain a driver's seat, steering column, and instrument panel instead houses a hardened compute module that serves as the truck's brain. This is not a modification. It is a purpose-designed space, with sensor mounts, compute placement, and weight distribution all conceived around the assumption that no human operator will ever sit inside. The result is what EvoCargo calls a fifth-generation autopilot, developed entirely in-house. The system's perception layer