The agricultural sector faces increasing pressures from rising operational costs and labor shortages, driving a demand for innovative and sustainable solutions. SIZA Robotics addresses these challenges with the TOOGO, an advanced autonomous farming robot. Engineered for precision and efficiency, the TOOGO is specifically designed to work with vegetable and beet crops, offering a transformative approach to modern farm management.
This fully electric, autonomous platform represents a significant leap forward in agricultural technology, providing a sustainable alternative to traditional diesel-powered machinery. By integrating cutting-edge robotics with intelligent navigation, the TOOGO aims to enhance productivity, reduce environmental impact, and alleviate the economic burden on farmers, paving the way for a more resilient and efficient agricultural future.
Key Features
The TOOGO robot stands out with its sophisticated autonomous operation and advanced navigation capabilities. It boasts an IP65 rating, ensuring durability in diverse agricultural environments, and is equipped with dual GNSS RTK receivers that deliver sub-centimeter positioning accuracy. This precision is further enhanced by camera-based tool guidance, Lidar, and front sensors for robust obstacle detection, allowing the robot to navigate fields safely and accurately. Geofencing algorithms are integrated to ensure the TOOGO operates strictly within predefined plot boundaries, providing peace of mind and operational control.
Versatility is at the core of the TOOGO's design, making it a highly adaptable asset for various farm tasks. It features a Category 2 lift with an impressive capacity of up to 1400 kg, alongside a standard three-point linkage with PTO (Power Take-Off). This robust connectivity allows the TOOGO to seamlessly attach and power a wide array of existing farm machinery, transforming conventional implements into autonomous tools for tasks such as weeding, sowing, hoeing, and crop monitoring.
One of its most innovative features is the dynamic, electrically adjustable track width, ranging from 1835 mm to 2535 mm (1.5m to 2.2m). This on-the-fly adjustment capability is crucial for optimizing tool centering on crop rows, maximizing precision, and minimizing crop damage. Furthermore, it simplifies road transport and tool coupling, enhancing operational flexibility and reducing setup times. The TOOGO's fully electric driveline, with individual motors on each wheel, is powered by two batteries totaling 40 kWh (with an option for up to 70 kWh in the 2025 model), providing up to 12 hours of continuous operation on a single charge. This not only significantly reduces greenhouse gas emissions but also lowers fuel and maintenance costs.
Safety is paramount, with the TOOGO incorporating four emergency stop buttons, Lidar, and front sensors for comprehensive obstacle detection. These features, combined with geofencing, ensure the robot operates securely within its designated area. The product also offers a comprehensive ownership package, including all features with no additional subscriptions for services like RTK, and is backed by a 5-year warranty on all parts, ensuring predictable costs and long-term reliability.
Technical Specifications
| Specification | Value |
|---|---|
| Length | 3700 mm |
| Width | 1835 mm to 2535 mm (electrically adjustable track width from 1.5m to 2.2m) |
| Height | 1750 mm |
| Ground Clearance | 750 mm |
| Weight | 1800 kg |
| Turning Radius | 8 meters |
| Energy Source | 2 batteries, totaling 40 kWh (up to 70 kWh for 2025 model) |
| Operation Time | Up to 12 hours on a single charge |
| Navigation System | IP65-rated with dual GNSS RTK receivers, camera, Lidar, front sensors, geofencing |
| Lift Capacity | Category 2 lift, up to 1400 kg |
| Driveline | Electric, individual motors on each wheel |
| Connectivity | Three-point linkage with PTO |
Use Cases & Applications
The TOOGO autonomous farming robot is engineered to perform a wide array of field operations, significantly reducing the need for constant human supervision and enabling farmers to optimize their resources. One primary application is precision weed control. By leveraging its advanced navigation and camera systems, TOOGO can accurately identify and mechanically remove weeds using existing compatible machinery, thereby reducing reliance on herbicides and minimizing pesticide use.
Another critical use case is autonomous sowing and hoeing. The robot's precise tool guidance ensures optimal seed placement and consistent cultivation, leading to healthier crop development and improved yields. Farmers can program TOOGO to execute these tasks with unparalleled accuracy, even in challenging field conditions.
Furthermore, TOOGO excels in crop monitoring. Its integrated sensors and cameras can collect valuable data on crop health and growth patterns, enabling data-driven farming decisions. This real-time information supports proactive management, helping farmers detect issues early and respond effectively.
Beyond these, the robot contributes to minimizing soil compaction due to its optimized weight distribution and electric driveline, promoting better soil health and long-term fertility. It also plays a vital role in decreasing greenhouse gas emissions by offering a fully electric alternative to fossil fuel-powered equipment, supporting sustainable farming practices and lowering the carbon footprint of agricultural operations.
Strengths & Weaknesses
| Strengths ✅ | Weaknesses ⚠️ |
|---|---|
| Innovative solution for robotics applications in agriculture, driving modernization. | Requires an initial investment and setup, which can be a significant upfront cost. |
| Advanced technology and modern electric design offer sustainable and efficient farming. | May need training for optimal use, especially for advanced features and integration. |
| Suitable for precision agriculture and farm management, enhancing accuracy and resource use. | Dependent on specific operational conditions, such as field terrain and crop row consistency. |
| Helps improve efficiency and productivity by automating labor-intensive tasks. | Regular maintenance and software updates are recommended to ensure peak performance and longevity. |
| High versatility with Category 2 lift and PTO, compatible with existing farm machinery. | |
| Unrivaled safety features including 4 emergency stops, Lidar, and geofencing. | |
| Comprehensive purchase with no subscriptions for RTK and a 5-year warranty on all parts. |
Benefits for Farmers
The TOOGO autonomous farming robot delivers substantial business value and operational advantages for farmers. A key benefit is significant cost reduction, primarily by mitigating the rising expenses associated with agricultural labor. By automating tasks like weeding, sowing, and hoeing, farmers can reallocate human resources to more complex management roles or reduce overall labor costs.
In terms of sustainability, the TOOGO's fully electric operation drastically decreases greenhouse gas emissions, offering an environmentally friendly alternative to diesel machinery. This not only aligns with modern ecological demands but also contributes to a cleaner farming environment. Furthermore, its optimized design helps in minimizing soil compaction, promoting healthier soil structure and long-term fertility.
Improved efficiency and productivity are direct outcomes of TOOGO's precision. Its ability to perform tasks with sub-centimeter accuracy leads to optimized seed placement, targeted weed removal, and reduced waste of inputs like water and pesticides. This precision can directly translate into enhanced crop yields and quality, ensuring better returns on investment. The continuous operation capability, up to 12 hours on a single charge, also means tasks can be completed more rapidly and consistently, regardless of daylight hours, thereby maximizing operational throughput.
Integration & Compatibility
The TOOGO autonomous farming robot is designed for seamless integration into existing agricultural ecosystems. Its core compatibility lies in its robust three-point linkage with PTO (Power Take-Off) and a Category 2 lift with a 1400 kg capacity. This standardized interface allows the TOOGO to attach and operate a wide range of conventional farm machinery and implements that farmers already own. This means that existing cultivators, seeders, hoes, and other tools can be repurposed for autonomous operation, maximizing the utility of current investments without requiring a complete overhaul of farm equipment.
By leveraging these industry-standard connections, TOOGO acts as an intelligent, electric power unit that can drive and guide traditional implements with precision. This flexibility ensures that farmers can gradually transition to autonomous operations, incorporating the robot into their current practices rather than being forced into entirely new systems. The ability to utilize existing tools also simplifies maintenance and part sourcing, as farmers can continue to rely on familiar equipment supply chains.
Frequently Asked Questions
| Question | Answer |
|---|---|
| How autonomous is the TOOGO? | The TOOGO robot features full autonomous navigation using dual GNSS RTK receivers for sub-centimeter precision, complemented by cameras, Lidar, and front sensors for obstacle detection. Geofencing algorithms ensure it operates strictly within predefined plot boundaries, minimizing the need for constant human supervision. |
| What is the typical ROI for investing in a TOOGO robot? | The TOOGO robot is designed to significantly reduce operating costs by minimizing labor expenses, decreasing greenhouse gas emissions, and optimizing resource use through precision agriculture. While exact ROI varies by farm, these efficiencies, coupled with reduced pesticide use and minimized soil compaction, contribute to substantial long-term savings and increased productivity. |
| What setup and installation are required for the TOOGO? | Initial setup involves defining operational boundaries using geofencing algorithms and potentially configuring existing compatible machinery for autonomous use. While there is an initial investment and setup phase, the system is designed for streamlined integration, allowing farmers to quickly deploy it after initial calibration. |
| What maintenance is needed for the TOOGO? | The TOOGO robot's robust design and electric driveline contribute to minimized maintenance needs. However, regular maintenance and software updates are recommended to ensure optimal performance and maximize its operational lifespan, as is typical for advanced agricultural machinery. |
| Is training required to use the TOOGO? | While the TOOGO is highly autonomous, some initial training is recommended for optimal use. This typically covers understanding its operational parameters, monitoring its performance, and managing its integration with existing farm management systems and implements. |
| What systems does the TOOGO integrate with? | The TOOGO is highly versatile, featuring a Category 2 lift with a 1400 kg capacity and a three-point linkage with PTO. This allows it to seamlessly integrate with and power a wide array of existing farm machinery and implements, making it a flexible addition to current farming operations. |
| How does the TOOGO ensure safety during operation? | Safety is paramount for the TOOGO, which is equipped with four emergency stop buttons, advanced Lidar, and front sensors for comprehensive obstacle detection. Additionally, geofencing algorithms ensure the robot remains within its designated operational plot, preventing unintended movements. |
| What crops is the TOOGO robot suitable for? | The TOOGO is specifically tailored for a wide range of vegetable and beet crops, including sugar beet, carrots, artichokes, garlic, and general row crops. It is also suitable for vineyards with less than 2.5m spacings and orchards, offering broad applicability for specialized farming. |
Pricing & Availability
Indicative price: 140,000 EUR. This price typically includes all features and benefits, notably without additional subscriptions for RTK services, and comes with a comprehensive 5-year warranty on all parts. Final pricing may vary based on specific configurations, regional availability, and any additional implements chosen. For detailed information on current availability and to receive a personalized quote, please contact us via the Make inquiry button on this page.
Support & Training
SIZA Robotics is committed to ensuring optimal performance and user satisfaction for the TOOGO autonomous farming robot. While the system is designed for intuitive operation, initial training is recommended to help farmers fully leverage its advanced capabilities and integrate it seamlessly into their existing farm management practices. Comprehensive support resources are available to guide users through setup, operation, and troubleshooting. Furthermore, regular maintenance and software updates are advised to uphold the robot's efficiency, longevity, and to benefit from continuous improvements and new functionalities.
