Niqo Robotics unveils 50-foot-wide AI weeder, RoboWeeder F50

Niqo Robotics announced the RoboWeeder F50, an AI weeder with a 46-foot working width that can be expanded to 50 feet. Its U.S. lineup will comprise three models: a 20-foot flagship, the 24-foot F24 and the F50. The F50 performs precision weeding, thinning and beneficial chemical application in a single pass.

The F50 is designed to expand its working width from 46 feet to 50 feet and combine weeding, thinning and spraying in a single pass. This bears on how large specialty-crop farms combine working width and tasks. The speed at which the company says it can build and improve crop-specific algorithms, and the accuracy they maintain in the field, will be factors in determining whether the wide machine can be adapted to crops in different regions.

The F50’s product change is its expanded working width of 46 feet, up to 50 feet, compared with the company’s existing 20-foot and 24-foot machines. The company says it developed the model in response to requests from large farms that could not be adequately served by the width of its previous machines. This suggests that the design focus is not only on the machine’s recognition performance but also on the area it can cover within limited working hours. However, the information provided includes no comparative figures showing how much the greater width changes working time or area covered. Another feature is that the F50 performs thinning and beneficial chemical application as well as precision weeding in a single pass. Combining multiple tasks on a wide machine brings working width and functions together in a field-work design. However, the available information does not indicate which crops and conditions allow all three functions to be used at once, or how performance differs among them. Greater width alone does not necessarily mean uniformly higher operational efficiency; suitability for the field conditions at the deployment site will be important. The company says it can build an algorithm for a crop overnight and improve it from initial accuracy of more than 85% to commercial accuracy of 99.6% within a few weeks. If this capability is paired with the F50’s greater working width, operations will depend not only on scaling up the machine but also on preparing recognition models suited to each region and crop. In other words, assessing the product’s competitiveness requires looking at how algorithms are deployed for different crops and field conditions, and what accuracy they maintain in the field, alongside the machine’s width. The announced accuracy figures are the company’s claims and should be distinguished from results of independent field testing. The F50 was showcased at FIRA USA 2026, and a 2027 commercial launch has been reported. The next points to confirm are whether the commercial model retains the announced working width and functions, and how its capacity and recognition accuracy perform in actual fields. Details on the conditions for applying the three functions and the procedures for updating and validating crop-specific models would also make it possible to assess expanded width and AI adaptability as a unified operating model.

The F50 is a wide, hooded machine that the company describes as North America’s widest hooded AI weeder. Niqo Robotics founder Jaisimha Rao said the machine was designed in less than six months after the company heard that its previous machine widths could not meet the operational needs of large specialty-crop farms. The company says it can build an operating algorithm for a new crop overnight, achieve initial accuracy of more than 85%, then improve it to commercial accuracy of 99.6% within a few weeks. The F50 was showcased at FIRA USA 2026, and a 2027 commercial launch has been reported.