A material order, not a deployment
Now Robotics disclosed on September 7 that it had signed a 2,365,900,000-won contract, excluding VAT, with VPK Co., Ltd. to manufacture USA NQ6a HEV Holder Assy assembly equipment. The filing says the equipment will go to a location designated by the counterparty in the United States. The contract runs from September 7 through November 15, 2026, and covers both in-house and outsourced production. This is a recorded equipment order; it is not evidence that a robot line is already installed or operating.[1,2,3]
The payment structure makes the execution path visible: 30% after signing, 60% after the relevant team completes its receiving report and shipment occurs, and 10% after installation, trial operation and final acceptance reporting. The filing also says the terms may change by agreement as work progresses. It does not disclose the equipment quantity, robot count, final U.S. customer, site, throughput, margin or revenue-recognition timing.[1,2,3]
The order is large against the disclosed base
The contract equals 18.89% of Now Robotics’ 2025 standalone revenue of 12,526,033,167 won. That ratio is the decision-relevant change: one disclosed order is material relative to the company’s latest reported sales base. It should not be annualized, treated as immediate revenue or read as a margin signal. The staged payments describe commercial checkpoints, not proof that every milestone has been completed or collected.[1,2,3]
The next evidence is installation and acceptance
Now Robotics’ own product material places the company in industrial robots and automation, and lists assembly, handling, loading and unloading among NURO X applications. That context explains why the order matters to the robotics supply chain, but the contract itself names an assembly-equipment package rather than a robot model or completed deployment. The next checkpoint is shipment, installation, trial operation, final acceptance and recognized revenue by November 15. Until those records appear, the evidence supports a consequential order—not proven customer output or return on deployment.[1,4]