Solution overview

Soter Rover is an electro-hybrid robotic platform, remotely controlled and equipped with GPS navigation. It uses existing tools designed for power tillers and category I tractors, driven by a PTO shaft. It is safe for operators and can be used for mowing, spraying, surface treatment of orchards, vineyards, and other green areas (2-10 hectares), as well as for snow removal and other municipal tasks.

Key features

1.Multifunctionality – Utilizes tools for power tillers or category I tractors via PTO shaft; 2.Agility – Due to its smaller dimensions compared to traditional agricultural machinery and its ability to turn in place (zero-turn), it allows for precise maneuvering and greater efficiency when working on slopes up to 40°; 3.Autonomous operation mode – Autopilot; 4.Safety – Remote control and autopilot system keep the operator away from the risk zone during agricultural and municipal tasks; 5.Reduced environmental impact – Lighter than traditional agricultural machinery, combined with its hybrid drive, helps reduce harmful emissions and soil compaction, which can lead to land desertification.

Integration and adaptability in manufacturing environments

Soter Rover is capable of using all available attachment tools already on the market for power tillers and category I tractors, making it compatible with traditional agricultural machinery. The remote control and autopilot system simplify operation, allowing users to perform demanding tasks in the field with just the touch of a finger.

Implementation support and training for manufacturers

At the request of users, we offer training for the use of our product, and detailed instructions for operation and implementation are available on our companys YouTube channel. During the warranty period, the company is committed to providing product servicing.

Sustainability, compliance and certifications in the EU

The components that make up our product comply with relevant environmental regulations and standards, and each comes with the appropriate certification.

Example of successful implementation of solution in manufacturing company.

Case studies or testimonials showcasing the impact of the solution on real-world operations.

Link to the solution video or pdf technical documentation.

Expected return on investment (ROI)

Compared to traditional agricultural machinery, SOTER platforms have a hybrid drive, resulting in a 50% reduction in fuel consumption. With the option to install an autopilot, labor costs are eliminated, and the user has the ability to better optimize their time and business processes, which reflects in increased overall business productivity.

Cost overview: implementation and ongoing expenses

Farmbot is a company that manufactures and sells multifunctional robotic platforms for agricultural and municipal needs. The Soter SR120 model (compatible with power tiller attachments) costs 12,400 EUR, including a mowing attachment (120 cm). The Soter HEAVY model (compatible with Category I tractor attachments) costs 19,900 EUR without attachments. There is an option to upgrade mechanical and electronic components (4x4 drive, autopilot, AC converter, control station with integrated display), with prices ranging from 1,000 to 5,000 EUR. Annual maintenance costs for the platforms do not exceed 100 EUR and include regular servicing and maintenance of mechanical components. Additional usage costs depend on the type of work the user performs and the number of working hours, which involve investment in tools and fuel. Compared to traditional agricultural machinery, SOTER platforms have a hybrid drive, resulting in a 50% reduction in fuel consumption. With the option of autopilot installation, labor costs are eliminated, and the user has the opportunity to better optimize their time and business processes, which leads to increased overall business productivity. The ROI for agricultural production companies depends on the size of the plot being cultivated, the type of crops grown, and the type of tasks that need to be performed using the SOTER platform. With optimal product use and proper application of autopilot technology and fuel savings, users will achieve a significantly faster return on the initial investment in equipment compared to using traditional agricultural machinery. The minimum savings in land and crop maintenance costs, when using the SOTER platform for 100 working hours compared to traditional machinery, amounts to 1,200 EUR, considering only fuel savings, increased productivity, and reduced labor costs. For production companies, this amount can be up to ten times higher, depending on the type of crops grown and the price of the final product.