Agility Robotics began trading on the Nasdaq stock exchange on November 5, 2026, marking the first time a company focused solely on humanoid robots has become publicly available to investors. The company completed a merger with special purpose acquisition company Churchill Capital Corp XI, raising approximately $465 million in gross capital. Agility reported $1.8 million in revenue for 2025, alongside an operating loss of $140 million, indicating the early stage of commercialization for its products.
The debut of Agility Robotics on the Nasdaq signifies a new chapter for the humanoid robotics sector, offering public investors direct exposure to a field long dominated by venture capital funding and private development. The company's flagship product, the Digit robot, has seen deployments in logistics, manufacturing, and automotive sectors with clients such as GXO, Schaeffler, and Toyota Motor Manufacturing Canada. Agility's financial filings reveal the considerable investment required to bring humanoid robots to market, with the company acknowledging that operating and net losses are expected to continue for the foreseeable future. The company's projections suggest that significant cost reductions in component manufacturing are contingent on achieving annual output levels of 10,000 units, a scale yet to be realized.
Agility's strategy hinges on the commercial success of its next-generation Digit 5 robot, which has secured multi-year orders exceeding $300 million. However, these orders are subject to contractual milestones and product delivery timelines, with early customer access slated for the first half of 2027. The company's manufacturing capacity is being scaled at its RoboFab facility, designed to produce up to 10,000 robots annually. Despite the substantial investment and projected losses, Agility's existing operational data, accumulated over more than 65,000 hours of real-world robot operation, provides a tangible basis for its commercial ambitions. The company's path forward will be closely watched by investors assessing the viability and scalability of humanoid robots in industrial and commercial applications.