The AgXeed AgBot 2.055 is a groundbreaking autonomous farming robot, representing a significant leap forward in agricultural technology. Designed for precision, efficiency, and continuous operation, this versatile machine is engineered to handle a wide array of field tasks, from light soil cultivation to comprehensive crop care. Available in W3 and W4 configurations, it caters to diverse farming needs, offering specialized solutions for orchards and broader field applications.
At its core, the AgBot 2.055 integrates a robust diesel-electric powertrain with advanced AI and navigation systems, enabling it to operate with unparalleled accuracy and minimal human intervention. This autonomy not only addresses labor shortages but also optimizes resource utilization, leading to substantial operational savings and improved sustainability for modern farms. Its intelligent design and comprehensive safety features ensure reliable performance, making it a pivotal tool for the future of agriculture.
Key Features
The AgXeed AgBot 2.055 is engineered with a suite of advanced features that redefine autonomous farming. Its fully autonomous operation capability allows for continuous, 24-hour working cycles, significantly boosting field capacity and overall operational efficiency. This is facilitated by smart navigation and AI technology that intelligently plans and executes tasks, ensuring consistent performance day and night.
Precision is paramount in modern agriculture, and the AgBot excels here with its high-precision guidance system. Leveraging RTK GNSS, the robot achieves an impressive accuracy of +/- 2.5cm, which is critical for tasks requiring meticulous placement like precision planting and spraying. This level of accuracy minimizes overlap and ensures optimal use of inputs.
Safety is a cornerstone of the AgBot's design, featuring a comprehensive array of systems. It includes LIDAR, ultrasonic, and radar sensors for advanced obstacle detection, complemented by a contact-sensitive bumper, Geofence system, visual and acoustic warnings, and easily accessible emergency stop buttons. Front and rear cameras provide additional situational awareness, ensuring a secure working environment for both the robot and its surroundings.
Powering its operations is an efficient electric drivetrain, which includes an optional electric driven PTO capable of delivering up to 55kW and 700V, along with optional high-voltage connectors. This electric power delivery system ensures efficient and robust operation of various implements. Furthermore, the AgBot's design is mindful of soil health; the W3's 3-wheel configuration promotes even rollover, while the W4 offers adjustable wheel/track configurations (1500-1800mm variable width) to significantly minimize soil compaction, contributing to long-term soil preservation.
Technical Specifications
| Specification | Value |
|---|---|
| Engine | 2.9L 4-stroke Deutz Diesel Engine, Stage 5, 55kW / 75hp |
| Max Torque | 300Nm |
| Drivetrain | Electric drive train, 0-13.5 km/h |
| Optional Electric PTO | Up to 55kW and 700V |
| Optional High Voltage Connectors | Up to 55kW and 700V |
| Diesel Tank Capacity (W4) | 220l (potential for 350L with additional tank) |
| Hydraulic Pump | 85l/min at 210bar |
| Spool Valves | Up to 3 double-acting proportional spool valves |
| Rear Linkage (W4) | Three-point Cat 3, 4t maximum lift capacity at hooks |
| Front Linkage (W4) | Three-point Cat 2, 1.5t maximum lift capacity at hooks |
| Length | 3850mm |
| Height | 1500mm |
| Wheelbase | 2400mm |
| Width (W4) | min. 1960mm |
| Empty Weight (W4) | 3.2t |
| RTK GNSS Accuracy | +/- 2.5cm |
Use Cases & Applications
The AgXeed AgBot 2.055 is engineered for a broad spectrum of agricultural applications, significantly enhancing efficiency and precision across various farming operations. In orchards, the W3 model excels in high-precision tasks such as targeted spraying and inter-row weeding, navigating tight spaces with its specialized 3-wheel design.
For general field work, the W4 configuration is highly versatile, ideal for light soil cultivation and maintenance. This includes critical tasks like soil preparation, seeding, and plant care, where its adjustable track widths help minimize soil compaction and adapt to different crop types.
The AgBot is also proficient in crop care operations such as flail mowing and tedding, ensuring uniform coverage and optimal timing, which is crucial for forage quality. Its ability to perform precision planting and spraying operations with high accuracy leads to optimized input usage and improved crop establishment.
Beyond these, the AgBot supports advanced field monitoring, collecting valuable data to inform decision-making. It can handle specialized tasks like alfalfa cutting and is designed for general autonomous field operations, enabling data-driven farming, resource optimization, and a significant reduction in manual labor across the entire farming cycle.
Strengths & Weaknesses
| Strengths ✅ | Weaknesses ⚠️ |
|---|---|
| High Autonomy & Efficiency: Enables 24-hour continuous operation for maximum field capacity and significantly reduced labor costs. | Initial Investment Cost: The suggested end-customer price represents a significant upfront investment for many farms. |
| Exceptional Precision: RTK GNSS guidance offers +/- 2.5cm accuracy, crucial for high-precision tasks like planting and spraying. | Diesel Engine Reliance: While featuring an electric drivetrain, it still relies on a diesel engine for power generation, which might be a concern for farms aiming for fully electric operations. |
| Comprehensive Safety: Advanced sensor suite (LIDAR, ultrasonic, radar), Geofence, emergency stops, and cameras ensure secure autonomous operation. | Dependence on RTK Infrastructure: Requires a stable RTK correction signal for optimal precision, potentially necessitating robust communication infrastructure like Starlink. |
| Versatile Power Delivery: Electric drivetrain with optional electric PTO and high-voltage connectors provides efficient power for diverse implements. | Learning Curve for Optimization: While intuitive, maximizing its efficiency and programming complex tasks may require a learning curve for operators to fully leverage its capabilities. |
| Soil Health Focus: Configurable wheel options and adjustable track widths minimize soil compaction, contributing to better soil preservation. | |
| Lower TCO: Offers a 25-35% lower Total Cost of Ownership through savings on labor, fuel, and maintenance compared to traditional methods. |
Benefits for Farmers
The AgXeed AgBot 2.055 delivers substantial business value to farmers by optimizing various aspects of their operations. The most significant benefit is the potential for up to 90% labor savings, as the robot can operate autonomously for extended periods, freeing up human resources for other critical tasks.
Its precision farming capabilities, driven by RTK GNSS and smart algorithms, lead to optimized input usage—reducing consumption of fuel, fertilizer, water, and seeds. This not only cuts down operational costs but also improves environmental sustainability. The continuous, 24-hour operation ensures maximum productivity, allowing farmers to complete tasks more efficiently during optimal windows, which can directly translate to improved yield quality and quantity.
Furthermore, the AgBot's soil-preserving design minimizes compaction, fostering healthier soil structures and long-term fertility. The advanced data collection and analysis features provide farmers with actionable insights into their operations, enabling more informed decision-making and better overall farm management. These combined factors contribute to a 25-35% lower Total Cost of Ownership compared to conventional tractors.
Integration & Compatibility
The AgXeed AgBot 2.055 is designed as an open system, emphasizing seamless integration into existing farm operations. This open architecture ensures compatibility with a wide range of conventional agricultural implements, allowing farmers to utilize their current tools without extensive modifications.
The robot's communication module facilitates bidirectional data transfer, enabling it to integrate with various farm management systems. The AgXeed Portal serves as a central hub for planning, managing, and monitoring tasks, providing a user-friendly interface for remote control and data access. This connectivity ensures that the AgBot can become a cohesive part of a larger, data-driven farming ecosystem.
Frequently Asked Questions
| Question | Answer |
|---|---|
| How does this product work? | The AgXeed AgBot 2.055 operates autonomously using RTK GNSS for precise navigation and AI for smart task execution. It is powered by a diesel engine driving an electric drivetrain and can be remotely monitored and controlled via the AgXeed Portal application. |
| What is the typical ROI? | Farmers can expect a 25-35% lower Total Cost of Ownership compared to conventional tractors. This is primarily due to significant labor savings (up to 90%), improved fuel economy, and reduced maintenance requirements, leading to higher productivity. |
| What setup/installation is required? | Initial setup involves mapping the field and defining operational parameters, such as working speed and depth, via the AgXeed Portal. The robot then uses its RTK GNSS system to navigate and perform tasks according to the programmed plan. |
| What maintenance is needed? | Regular maintenance includes routine checks of the diesel engine, electric drivetrain components, hydraulic system, and sensors. AgXeed provides specific schedules to ensure optimal performance and longevity, with the electric drive requiring less maintenance than hydraulic systems. |
| Is training required to use this? | While the AgBot is designed for intuitive operation via the AgXeed Portal, initial training is recommended. This helps users fully understand its advanced features, safety protocols, and how to efficiently program complex tasks for optimal results. |
| What systems does it integrate with? | The AgBot features an open system design, ensuring compatibility with a wide range of existing agricultural implements. Its communications module supports bidirectional data transfer for seamless integration with farm management systems. |
Pricing & Availability
Indicative price for the AgXeed AgBot 2.055W4 ranges from €205,000 to €225,000. Pricing may vary based on specific configurations, optional features (such as electric PTO or additional high-voltage connectors), dealer services, transport costs, and customs fees. The AgBot 2.055W3 has a suggested end-customer price of €195,000 - €215,000. For precise pricing tailored to your specific needs and current availability, please contact us via the Make inquiry button on this page.
Support & Training
AgXeed is committed to providing comprehensive support and training to ensure farmers can maximize the potential of their AgBot 2.055. This includes access to the AgXeed Portal for managing operations and data, as well as ongoing software updates. Support is readily available, often just a phone call away, with remote assistance for software updates. Initial training is typically provided to familiarize operators with the robot's functionalities, programming, and safety protocols, facilitating a smooth transition to autonomous farming.
