FIRA USA 2026 Brings Autonomous Agriculture to Washington's Specialty Crops

Introduction

FIRA USA drew more than 80 agricultural technology companies and roughly 2,500 attendees to Yakima, Washington, this week, wrapping up its final day on October 22 with a demonstration-heavy program aimed at specialty crops that dominate the Pacific Northwest.

The event, organized by GOFAR, moved for the first time out of California and into one of the country's densest patchwork of orchards, vineyards, berry fields and vegetable farms, a region where the seasonal labor shortage has turned automation from a convenience into a survival question. The demonstration program covered more than 10 crop types across working farms, a deliberate contrast with the controlled indoor demos that have dominated agricultural robotics conferences in the past.

Robots at Work in Yakima

Opening day featured live demonstrations from autonomous work platforms, weeding robots and spraying systems designed for the kind of broadacre and specialty crop operations that make up the agricultural economy in Washington state.

Burro Robotics brought its autonomous work platform, the Grande 44, to the show floor and announced general availability of the system. The platform carries a payload of up to 1,500 pounds while towing up to 6,000 pounds, a combination that makes it suitable for hauling crates of harvested fruit, transporting tools or moving materials between rows in orchards and vineyards where a second tractor is expensive or impractical.

The company also reported that more than 800 of its robots now operate across 17 countries, accumulating over 1 million autonomous hours in vineyard, nursery and berry operations.

Niqo Robotics presented its RoboWeeder F50, a field robot system that uses a 50-foot boom of nozzles to run weed management, thinning and beneficial spraying in a single pass. The system was rated to cover 25 acres per hour at speeds of up to 4.5 miles per hour, and the company said its 14 cameras and AI software delivered greater than 99 percent accuracy in weed detection.

The system can be paired with tractors and is described as retrofittable onto existing farm machinery, and it speaks ISOBUS, the control protocol common across European and increasingly North American tractor manufacturers.

Industry catalogues now list more than 70 field and harvest robot models in commercial production, according to Future Farming's 2025 compilation, up from roughly 50 tracked a year earlier. The growth reflects a shift from experimental platforms to products that can be financed, trained on and insured like conventional farm equipment rather than research projects. The industry projects that this growth will continue as growers identify the robots that produce the best return on investment for the crops they produce.

The Harvest Frontier

The demonstrations extended beyond weeding and spraying into picking, where growers have long treated robotics as the hardest problem.

The U.S. Department of Agriculture and Michigan State University presented a dual-arm robot for fruit harvesting that showed up to a 34 percent improvement over a single-arm baseline in early tests, according to coverage from Fruit Growers News. The work matters for tree fruit because labor remains the single largest cost in apple production and harvest windows rarely allow a human crew to move fast enough to capture a full crop.

Washington State University has positioned itself as a partner in that effort, hosting research on robotic pruning, autonomous spraying, irrigation management and crop load management at its Smart Farm testbeds, where faculty work on robotics and precision agriculture alongside specialty crops. The university is also one of the organizers of FIRA USA 2026.

The harvest window is the constraint that makes all of this urgent. Cherries and apples ripen in a matter of days under warm weather, and a crew that cannot pick fast enough leaves fruit on the tree. Robots do not tire, do not have visa deadlines and do not need to be housed, which is why picking has attracted more public research funding than any other segment of agricultural robotics in the past decade.

Autonomy That Runs on What Growers Already Own

A recurring theme at Yakima was not a new robot but an older tractor becoming autonomous.

The integration between Sabanto and Verdant Robotics, which connects the two companies' platforms through a Controller Area Network bus, allows the Smart Spray system to aim at individual plants rather than spraying whole fields. Sabanto's retrofit autonomy platform brings autonomy to existing tractor brands that lack their own guidance electronics.

The combined system is running commercially at a sod farm, and the approach matters because it lowers the capital barrier that keeps most growers from adopting any autonomous system in the first place.

For a grower with a fleet of recent-model tractors already fitted with ISOBUS-compatible implements, the retrofit path turns a new-technology purchase into a software upgrade rather than a capex decision. That distinction is what has kept many early autonomous-tractor programs from reaching commercial scale: they asked growers to replace equipment at a moment when most operations cannot afford to.

The Adoption Gap

Even as the hardware matures, the economics of agricultural robotics remain a subject of intense debate.

FIRA USA organizers framed the event as a move toward commercial relevance, and the industry pushed back gently. A panel discussion at the show examined the gap between demonstration performance and production economics. Panelists included Washington State University dean Raj Khosla, Washington Tree Fruit Research Commission representative Ines Hanrahan, grower Andrew Nelson of Nelson Farms and others.

Organizers of the event and the research community pointed to a 2024 Government Accountability Office report on agricultural technology development and adoption that highlighted obstacles including funding timing, the cost of deployment and the difficulty of proving return on investment during a single growing season.

Reservoir Farms has become a testing ground for startups, giving agritech companies working farms where they can measure reliability, task accuracy, equipment uptime and farm economics under real conditions.

Conclusion

FIRA USA 2026 was never going to answer the question of whether agricultural robots work. The demonstrations in Yakima answered something more useful: that the technology is moving from the laboratory phase into the same decade as the labor shortage that created it.

The robots shown this week, from autonomous work platforms that haul and transport to weeding and spraying systems that see and decide, are being built for crops that do not ship in boxes. Whether the economics close fast enough for growers to adopt them at scale is the question the next three years will determine.

FIRA USA 2026 coverage draws on announcements and demonstrations from Fira USA, Organic Grower Magazine and Fruit Growers News, supplemented by publicly available information up to October 2026. Explore our Robotics & Drones coverage of the broader sector.