The Aigro UP autonomous weeding robot represents a significant leap forward in sustainable and precision agriculture. Developed with insights from growers, this innovative agricultural technology solution is engineered to address the critical challenges of labor scarcity, rising operational costs, and environmental impact associated with traditional farming methods. By seamlessly integrating advanced robotics with intelligent navigation and efficient crop care mechanisms, the Aigro UP offers a pathway to more productive and ecologically sound farming practices.
Designed for unparalleled efficiency and reliability, the Aigro UP excels in a variety of agricultural settings, from narrow crop rows to the challenging under-canopy environments of orchards. Its robust, lightweight construction ensures durability without compromising soil health, while the ingenious swappable dual Li-Ion battery system guarantees continuous operation, maximizing fieldwork hours. This product documentation provides a comprehensive overview of the Aigro UP's capabilities, technical specifications, and the tangible benefits it delivers to modern farming operations.
Key Features
The Aigro UP stands out with its autonomous weeding and mowing capabilities, revolutionizing the way farmers manage their fields. It employs a sophisticated weeding mechanism, typically a tine harrow, which is further enhanced with an electrical left-right movement to ensure thorough and precise mechanical weed control. This significantly reduces the need for manual labor and the application of chemical herbicides, promoting a healthier ecosystem and reducing operational expenses.
A cornerstone of the Aigro UP's design is its swappable dual Li-Ion battery system. This intelligent power solution features two 48V Lithium-Ion batteries, allowing for an incredibly fast, 1-minute changeover. This means the robot can operate almost continuously, supporting work cycles of up to 24 hours a day with a sufficient supply of charged batteries, ensuring maximum field uptime and productivity. The average operational time per battery set ranges from 8 to 10 hours, depending on the specific conditions and tasks.
Precision is paramount in modern agriculture, and the Aigro UP delivers with its advanced navigation system. It utilizes dual RTK GPS in conjunction with proximity sensors and smart algorithms to achieve highly accurate row navigation. This allows the robot to operate effectively even in challenging environments, such as under thick foliage where traditional GPS signals might be compromised, thereby reducing reliance on GPS alone. Its compact design also enables navigation in difficult conditions and under cultivation racks or shelves.
Furthermore, the Aigro UP is conceived as a versatile autonomous tool carrier. Beyond its primary functions of weeding and mowing, its adaptable platform means it can be equipped with various other implements for different crop care tasks. This flexibility, combined with its user-friendly control via a cloud-connected web application accessible from any internet-connected device, makes it a highly adaptable and indispensable asset for diverse agricultural operations.
Technical Specifications
| Specification | Value |
|---|---|
| Length | 135-155 cm |
| Width | 55 cm (standard), 75 cm (4x4 WIDE) |
| Height | 61 cm |
| Weight | 75 kg |
| Drivetrain Options | 3 or 4 wheels; 2-wheel drive (standard), 4x4, 4x4 WIDE (4-wheel drive) |
| Tires | 4.00-8 pneumatic, tractor profile |
| Battery | 2x Lithium-Ion 48V (swappable) |
| Average Battery Life | 8-10 hours per battery set |
| Battery Changeover Time | 1 minute |
| Charging Time | 4 hours |
| Maximum Speed | 3.6 km/hour |
| Working Width | 60 cm (customization possible) |
| Capacity | Up to 15 hectares per week per robot |
| Navigation | Dual RTK GPS, proximity sensors, smart algorithms |
| Control | User-friendly APP and cloud-connected web application |
| Weeding Mechanism | Tine harrow with electrical left-right movement |
| Connectivity | WiFi, LTE, LoRa |
Use Cases & Applications
The Aigro UP is designed to be a multifaceted solution for various agricultural needs, significantly enhancing efficiency and sustainability.
- Autonomous Mechanical Weed Control: Farmers can deploy the Aigro UP to precisely remove weeds in crop rows without human intervention. This is particularly valuable in horticulture, orchards, and open fields, where it reduces the need for manual labor and eliminates the use of chemical herbicides, contributing to organic or low-input farming practices.
- Autonomous Mowing in Orchards and Tree Nurseries: The robot can efficiently mow grass and weeds under the canopy of orchards and around trees, areas often difficult to reach with larger machinery. Its compact size and precise navigation prevent damage to crops while maintaining a clean environment.
- Crop Scouting and Monitoring: Equipped with smart sensors, the Aigro UP can be utilized for scouting tasks, collecting data on crop health, growth patterns, and potential issues. This allows farmers to gain valuable insights for informed decision-making and targeted interventions.
- Versatile Tool Carrying for Crop Care: Beyond weeding and mowing, the Aigro UP's robust platform can serve as a carrier for various other tools. This adaptability allows it to perform diverse crop care tasks, such as harrowing or specific soil treatments, making it a flexible asset for comprehensive field management.
- Reducing Reliance on Heavy Machinery: By performing tasks like weeding and mowing autonomously, the Aigro UP helps farmers reduce their dependence on larger, heavier machinery. This minimizes soil compaction, improves soil health, and lowers fuel consumption, contributing to a reduced carbon footprint and more sustainable farming operations.
Strengths & Weaknesses
| Strengths ✅ | Weaknesses ⚠️ |
|---|---|
| Sustainable Operation: Clean electric energy and mechanical weeding drastically reduce carbon footprint and chemical herbicide use. | Initial Investment: The price range of €25,000 to €30,000 may represent a significant upfront cost for smaller farms. |
| Non-Stop Work Cycle: Swappable dual Li-Ion batteries enable continuous operation (up to 24 hours/day with swaps), maximizing productivity. | Speed Limitation: Maximum speed of 3.6 km/hour might be slower than conventional methods for very large, open fields. |
| High Precision Navigation: Dual RTK GPS, proximity sensors, and smart algorithms ensure accurate operation even under thick foliage. | Capacity Dependence: Weekly capacity of 15 hectares is dependent on conditions and may require multiple units for very large operations. |
| Versatile Tool Carrier: Adaptable platform for various crop care tasks beyond weeding and mowing. | Working Width: Standard working width of 60 cm, though customizable, might require more passes in wider row spacing. |
| Lightweight & Durable: Robust yet light construction (75 kg) minimizes soil compaction and withstands daily farm operations. | Battery Management: Requires active battery swapping and charging management for continuous 24/7 operation. |
| User-Friendly Control: Intuitive app and cloud-connected infrastructure allow easy route setup and remote management. |
Benefits for Farmers
The Aigro UP delivers substantial benefits to farmers, addressing key operational and environmental concerns. Foremost among these is significant cost reduction. By automating time-consuming weeding and mowing tasks, it drastically cuts down on labor expenses, which are often a major overhead in agriculture. Furthermore, its mechanical weed control eliminates or greatly minimizes the need for costly chemical herbicides, leading to direct savings on input costs and fostering more sustainable farming practices.
Beyond direct cost savings, the robot enhances operational efficiency and productivity. The swappable dual battery system ensures near non-stop operation, allowing farmers to maximize working hours, even overnight. With a capacity of up to 15 hectares per week per unit, it can cover substantial ground, freeing up valuable human resources for more complex or strategic tasks. This continuous operation capability translates into more timely interventions and better overall crop management.
From an environmental perspective, the Aigro UP offers considerable sustainability impacts. Its electric operation means zero direct emissions, reducing the farm's carbon footprint. The precise mechanical weeding improves soil health by avoiding chemical residues and minimizing soil disturbance compared to heavy machinery. This contributes to healthier soil microbiomes, better water retention, and ultimately, a more resilient and productive agricultural ecosystem. The reduction in heavy machinery use also mitigates soil compaction, further preserving soil structure and fertility.
Integration & Compatibility
The Aigro UP is designed for seamless integration into modern farm operations, acting as a complementary tool rather than a disruptive overhaul. Its control system is entirely cloud-based, accessible through a user-friendly web application on any internet-connected device, including smartphones, tablets, or computers. This flexibility means farmers can manage and monitor their robots remotely, setting routes and adjusting parameters from anywhere, without the need for specialized on-site control panels.
For initial setup and route planning, the Aigro UP can either learn routes by being "walked around" the field manually or by importing existing GPS data, allowing it to fit into farms already utilizing precision agriculture mapping. Its high-precision navigation system, combining dual RTK GPS with proximity sensors, ensures it can work effectively alongside existing crop layouts and infrastructure. Connectivity options such as WiFi, LTE, and LoRa ensure reliable communication with the cloud platform, facilitating data exchange and remote diagnostics. While primarily an autonomous unit, its data can be potentially integrated into broader farm management systems for comprehensive operational insights, although direct API integrations are not explicitly detailed.
Frequently Asked Questions
| Question | Answer |
|---|---|
| How does this product work? | The Aigro UP autonomously navigates crop rows using dual RTK GPS and proximity sensors. It uses smart algorithms to maintain precise positioning, even under dense foliage. Its electric drivetrain powers a weeding mechanism, typically a tine harrow with an electrical left-right movement, to remove weeds efficiently. |
| What is the typical ROI? | The Aigro UP reduces operational costs by alleviating manual labor and decreasing the need for chemical herbicides. Its continuous operation capability and capacity of up to 15 hectares per week per robot contribute to significant efficiency gains, leading to a faster return on investment through labor savings and improved crop health. |
| What setup/installation is required? | Initial setup involves defining the robot's work area and routes, which can be done by 'walking the robot around' using the control app or by uploading existing GPS data. The cloud-connected infrastructure facilitates easy configuration and management from any internet-connected device. |
| What maintenance is needed? | Maintenance primarily involves routine checks of the weeding mechanism, tires, and battery system. Given its robust construction and electrical drivetrain, maintenance requirements are generally low, focusing on ensuring the longevity and optimal performance of its components. |
| Is training required to use this? | While the Aigro UP is designed for user-friendliness with its intuitive app and cloud interface, basic training is recommended to familiarize operators with route setup, monitoring, battery management, and general operation to maximize efficiency and safety. |
| What systems does it integrate with? | The Aigro UP operates within its own cloud-connected infrastructure, allowing control via any internet-connected device. It can utilize existing GPS data for route planning and offers connectivity options like WiFi, LTE, and LoRa for seamless data exchange and remote management. |
| How does the Aigro UP contribute to sustainability? | By operating on clean electric energy, the Aigro UP minimizes carbon emissions. Its mechanical weeding capabilities drastically reduce the reliance on chemical herbicides, promoting healthier soil, biodiversity, and a more environmentally friendly agricultural practice. |
| What is the operational capacity of a single Aigro UP robot? | A single Aigro UP robot is designed to manage approximately 5 to 10 hectares of field and can cover up to 15 hectares per week, depending on crop type, field conditions, and operational setup, especially with continuous battery swaps. |
Pricing & Availability
The Aigro UP autonomous weeding robot is priced between €25,000 and €30,000 euro. The exact cost can vary depending on the specific configuration chosen, including drivetrain options (e.g., 2-wheel drive, 4x4, or 4x4 WIDE) and any customization of the working width or additional tools. This price reflects the advanced technology, robust construction, and autonomous capabilities designed to provide long-term operational savings and efficiency. For a precise quote tailored to your specific agricultural needs and to inquire about current availability, please contact us via the Make inquiry button on this page.
Support & Training
Aigro UP is committed to ensuring optimal performance and user satisfaction. Comprehensive support is provided to assist with initial setup, operation, and ongoing maintenance. While the system is designed for intuitive use, training programs are available to familiarize operators with the robot's functionalities, including route programming, monitoring via the web application, battery management protocols, and troubleshooting. This ensures that farmers can maximize the efficiency and benefits derived from their autonomous weeding robot, maintaining seamless operation throughout the growing season.
