The Carré Anatis represents a significant leap forward in agricultural robotics, offering an autonomous weeding co-bot solution engineered to revolutionize modern farming practices. Developed to support and enhance agro-ecological methods, this advanced robot efficiently tackles the labor-intensive and time-consuming task of mechanical weeding with unparalleled precision. By taking over repetitive field operations, the Anatis empowers farmers to reallocate their valuable time and resources to higher-value activities, strategic planning, and overall farm management.
This innovative co-bot is more than just a weeding machine; it's a versatile farmhand designed for sustainable crop management. Its ability to integrate with various standard agricultural tools via a robust 3-point hitch linkage extends its utility beyond weeding, making it a multifaceted asset for diverse farming operations. The Anatis embodies a commitment to precision agriculture, aiming to reduce reliance on chemical herbicides while promoting healthier soil and optimized crop growth.
Key Features
The Carré Anatis is engineered for fully autonomous mechanical weeding, drastically reducing the manual labor and time traditionally associated with this essential farming operation. Its precision capabilities directly support agro-ecological practices by minimizing soil disturbance and eliminating the need for chemical herbicides, fostering healthier ecosystems.
Operating as a true co-bot, Anatis works collaboratively with farmers, handling monotonous tasks so agricultural professionals can dedicate their expertise to strategic planning and other critical farm management responsibilities. This design philosophy not only boosts overall farm productivity but also enriches the farmer's role, allowing them to focus on value-added activities.
Exceptional maneuverability is a hallmark of the Anatis, thanks to its sophisticated wheel module. All four wheels are steerable with an 80° turn capacity, enabling 'crab-like' navigation and an impressively tight 5-meter turning radius. This agility ensures efficient operation even in challenging field conditions, such as headlands and confined spaces, thereby minimizing potential crop damage.
Versatility is further enhanced by its robust rear 3-point Category 1 hitch linkage, which allows seamless integration with a wide array of standard agricultural tools, including inter-row hoes and comb harrows. This adaptability transforms Anatis into a multi-functional machine, capable of performing diverse farming operations beyond just weeding.
Precision is at the core of Anatis's design, utilizing a dual Trimble GPS antenna for sub-2cm RTK accuracy, complemented by a high-resolution dual optical camera system. This advanced navigation suite ensures precise field positioning and the identification of plants as small as 3 cm in diameter, guaranteeing targeted weeding and optimal crop protection.
Powering these operations is an efficient interchangeable lithium-ion battery pack, providing 8-10 hours of continuous working endurance. With a rapid 3-hour recharge time and an IP65 rated battery pack featuring an integrated Battery Management System (BMS), Anatis maximizes operational uptime throughout the working day and offers a service life of up to five years.
Technical Specifications
| Specification | Value |
|---|---|
| Autonomy | Fully autonomous |
| Working Endurance | 8-10 hours |
| Battery Type | Interchangeable Lithium-ion pack |
| Battery Recharge Time | 3 hours |
| Navigation System | Dual Trimble GPS antennae (sub-2cm RTK accuracy) + High-resolution dual optical camera |
| Minimum Plant Detection | 3 cm in diameter |
| Drive System | Four-wheel drive and steering, with four 1.1 kW electric motors directly on wheels |
| Turning Radius | 5 meters |
| Steering Angle | 80° on all four wheels |
| Tool Linkage | Rear 3-point Category 1 hitch |
| Lifting Capacity | 350 kg |
| Remote Control Range | Up to 500 meters |
| Safety Features | Laser scrutator (265° vision), emergency stop, dead man's switch, double safety sensors |
| Dimensions (L x W x H) | 3.20 m x 2 m x 2 m |
| Weight | 1450 kg |
| Travel Speed | Approximately 4 km/h |
Use Cases & Applications
Farmers utilize the Carré Anatis primarily for autonomous mechanical weeding, significantly reducing the manual labor burden in various crops. Its precision allows for targeted intervention, which is crucial for maintaining crop health and optimizing yields without chemical inputs.
Beyond weeding, the Anatis acts as a versatile farmhand by attaching different tools via its standard 3-point hitch. This enables it to perform a range of agricultural tasks, from inter-row cultivation with hoes to soil aeration with comb harrows, adapting to different crop management needs throughout the season.
It is particularly valuable in enhancing agro-ecological practices, allowing farmers to transition towards or maintain organic farming methods by providing an effective, non-chemical weed control solution. This supports biodiversity and soil health.
The co-bot also serves as a data collection platform, providing valuable insights into field conditions. It can collect information on weed presence and density, crop progress, luminosity, hygrometry, and soil/air temperature, which assists farmers in making informed decisions and optimizing their interventions.
In specific crop scenarios, Anatis has been demonstrated in vegetable fields, broadacre crops like barley (with 19cm rows), and sugar beet. It's also been presented for use in processing tomatoes, showcasing its adaptability across diverse agricultural settings.
Strengths & Weaknesses
| Strengths ✅ | Weaknesses ⚠️ |
|---|---|
| Fully autonomous operation reduces labor and time. | High initial investment cost (around 100,000 EUR). |
| Supports agro-ecological practices by eliminating chemical herbicides. | Potential reliance on robust GPS signal for consistent RTK accuracy. |
| High precision weeding (3cm plant detection, sub-2cm RTK accuracy). | Primarily focused on weeding, though versatile with tools, its core value is mechanical weeding. |
| Exceptional maneuverability with 5m turning radius and 'crab-like' navigation. | Requires careful field preparation and setup (e.g., plot layout, irrigation). |
| Versatile tool compatibility via standard 3-point hitch. | |
| Efficient interchangeable battery system with 8-10 hours autonomy and 3-hour recharge. | |
| Robust construction designed for durability and longevity in harsh environments. |
Benefits for Farmers
The Carré Anatis delivers substantial business value by significantly reducing the labor and time commitment associated with mechanical weeding, allowing farmers to reallocate resources to more strategic tasks. This directly translates to cost savings on labor and chemical inputs, as the robot eliminates the need for herbicides.
Its precision weeding capabilities lead to improved crop health by minimizing competition from weeds and enhancing soil conditions through mechanical cultivation, which can lead to better water infiltration and nutrient uptake. This ultimately contributes to higher potential yields and crop quality.
Furthermore, by facilitating agro-ecological practices, Anatis supports sustainable farming, appealing to organic markets and environmentally conscious consumers. The data collection features also provide valuable insights, enabling farmers to make more informed decisions for optimized crop management.
Integration & Compatibility
The Carré Anatis is designed to seamlessly integrate into existing farm operations. Its standard rear 3-point Category 1 hitch allows it to be used with a wide range of conventional agricultural tools, such as inter-row hoes and comb harrows, that farmers may already own or can easily acquire.
For navigation, it relies on a dual Trimble GPS antenna system, ensuring compatibility with established RTK GPS infrastructure. The co-bot's connectivity extends to smartphone or tablet control, providing real-time data and live camera views, making it a connected component of modern precision agriculture ecosystems.
Frequently Asked Questions
| Question | Answer |
|---|---|
| How does this product work? | The Carré Anatis operates autonomously, using dual Trimble RTK GPS for precise positioning and a high-resolution camera to identify and mechanically weed plants as small as 3 cm. It navigates fields, performs weeding tasks with attached tools via its 3-point hitch, and collects data, all while being monitored remotely. |
| What is the typical ROI? | The Anatis enhances ROI by significantly reducing manual labor and the need for chemical herbicides, leading to cost savings. It improves crop health through better water infiltration and optimized inputs, potentially increasing yields. By freeing farmers for higher-value tasks, it optimizes overall farm productivity. |
| What setup/installation is required? | Initial setup involves programming field boundaries and crop rows into the navigation system using GPS. The 3-point hitch allows for quick attachment of standard weeding tools. Farmers may need to prepare plots carefully, including planting operations and drip irrigation installation, to optimize the robot's performance. |
| What maintenance is needed? | Routine maintenance includes checking and cleaning the weeding tools, cameras, and sensors. The interchangeable lithium-ion battery packs are designed for durability with an integrated Battery Management System. Regular software updates and general mechanical checks are recommended to ensure longevity and sustained performance. |
| Is training required to use this? | While designed for intuitive use with a user-centric remote control, some training is beneficial for optimal operation. This would cover programming navigation, understanding safety protocols, and efficient battery management. Carré aims for a strong partnership with initial users to ensure good follow-up and successful implementation. |
| What systems does it integrate with? | The Anatis integrates with standard agricultural tools via its Category 1 rear 3-point hitch. Its advanced navigation system is based on Trimble RTK GPS technology. It can also connect to farm office systems via smartphone or tablet for real-time GPS data and data collection, including weeding maps and crop indicators. |
Pricing & Availability
Indicative price: 100,000 EUR. The final price may vary based on specific configurations, additional implements, regional distribution, and lead times. For precise pricing and availability information tailored to your needs, please contact us via the Make inquiry button on this page.
Support & Training
Carré is committed to providing comprehensive support for the Anatis co-bot. This includes technical assistance, spare parts availability, and software updates to ensure continuous optimal performance. Training programs are available to help farmers and operators effectively utilize the robot's advanced features, ensuring a smooth integration into daily farm operations and maximizing its benefits.
