Future Farming has unveiled its newly updated field and harvest robot catalogue, a comprehensive buyers’ guide that now features 70 different models specifically designed for outdoor crop production. This year’s edition marks the fifth consecutive update in anticipation of the World FIRA event in Toulouse, France, and showcases an increase of ten models compared to last year’s catalogue, bringing the total to 70. This expansion reflects the growing interest and investment in agricultural robotics, as farmers and growers increasingly turn to automation to enhance productivity and sustainability.
The catalogue serves as a vital resource for anyone interested in the field of agricultural robotics, providing extensive technical details, specifications, and pricing information for each listed model. These robots are available for purchase, hire, or through service fees based on the area treated or the volume of products harvested. While the global landscape offers even more options, not all manufacturers disclose the necessary details to be included in the catalogue, limiting its comprehensiveness in some areas.
The field and harvest robot market is dynamic and ever-evolving, with several notable changes occurring since the last update. The British Small Robot Company faced liquidation, leading to the removal of its Tom robot from the catalogue. Similarly, Chinese manufacturer XAG discontinued its R150 robot, while Danish pioneer AgroIntelli shifted its focus from the Robotti 150D to the newer Robotti LR model. These shifts highlight the challenges faced by companies in the agricultural robotics sector, where innovation must constantly adapt to meet the needs of growers.
The latest edition of the guide also introduces 11 new models, including the FarmRobo iMog, MQ Autonomous Agritech M200, and XMachines X100 Ultra. These new entries are eligible for the Ag Robot of the Year 2025 Award, following in the footsteps of last year’s winner, Tortuga AgTech. The introduction of these new robots underscores the increasing emphasis on automation in specialty crops, orchards, and vineyards, where lightweight, multipurpose robots can effectively perform tasks such as mowing, weeding, and spraying.
Despite the catalogue’s extensive offerings, compiling financial and operational statistics has proven more challenging this year. Not all manufacturers provided updated pricing or operational numbers, complicating the task of making true comparative assessments. However, trends indicate that most purchase prices have remained stable or increased slightly, while existing participants reported stable or marginally higher operational numbers. New entrants to the market have demonstrated the ability to scale their operations more rapidly, suggesting a vibrant and competitive landscape.
Farmers and growers interested in integrating field robots into their operations will find this catalogue invaluable. It categorizes robots into multipurpose, specialized, and harvest robots, offering insights into their capabilities, energy sources, and pricing. Each listing concludes with a short description, and additional specifications are available online, including dimensions, weight, and output capacity. For those developing or selling components for agricultural machinery or involved in research, the catalogue serves as a crucial tool for understanding the current market offerings.
Future Farming invites manufacturers of field and harvest robots to contribute to future editions of the catalogue. By providing necessary details and specifications, companies can ensure their products are included in this essential resource for the agricultural community. The updated catalogue not only reflects the rapid advancements in ag robotics but also emphasizes the importance of transparency and collaboration within the industry.