In the evolving landscape of modern agriculture, efficiency, sustainability, and precision are paramount. Farmers today face numerous challenges, from optimizing resource utilization to mitigating environmental impact and addressing labor shortages. The Oscar Autonomous Crop Care Robot emerges as a transformative solution, designed to meet these demands head-on.
Developed by Osiris, Oscar represents a significant leap forward in agricultural robotics. This innovative electric robot autonomously manages irrigation and fertilization for industrial crops, leveraging cutting-edge GPS technology and a flexible power system that includes water energy recharging. Its core mission is to streamline crop care, ensuring optimal resource delivery while drastically reducing operational costs and environmental footprint.
Oscar’s robust design and intelligent systems allow it to operate with remarkable independence, offering farmers unprecedented levels of precision and efficiency. By automating critical crop management tasks, it frees up valuable time and labor, enabling agribusinesses to achieve greater productivity and profitability in a sustainable manner.
Key Features
Oscar is engineered with a suite of advanced features that collectively redefine crop care. Its standout capability is extended autonomous operation, allowing it to function for up to three months without direct human intervention. This is made possible by its electric power source, which is innovatively complemented by water energy recharging capabilities, alongside options for batteries, a thermal engine, and solar panels, ensuring uninterrupted performance across diverse conditions.
Precision is at the heart of Oscar's design. It utilizes advanced GNSS-RTK GPS technology to achieve centimeter-level accuracy in navigation and resource application. This ensures that irrigation and fertilization treatments are delivered precisely where and when needed, optimizing nutrient uptake and water efficiency while minimizing waste. Furthermore, Oscar features an intelligent system for automated pipe management, automatically winding and unwinding its connection to the water source based on its field position, guaranteeing continuous operation without manual adjustment.
Beyond its core autonomous functions, Oscar is built for seamless integration into existing farm ecosystems. It is designed to follow the same trajectory as a farmer's traditional spreader, simplifying adoption and minimizing disruption to established practices. This integration, combined with its ability to be towed behind a tractor (approval pending), enhances its mobility and versatility across different fields. Farmers also benefit from Oscar's significant resource efficiency, which includes a 10% reduction in water usage, an 80% time saving in crop care management, and a 20% energy saving compared to conventional methods. These efficiencies not only reduce operational costs but also contribute to environmental stewardship by minimizing waste and preventing nutrient runoff, thereby protecting local water bodies and supporting overall ecosystem health.
Technical Specifications
| Specification | Value |
|---|---|
| Power Source | Electric with water energy recharging, batteries, thermal engine, solar panels |
| Operational Autonomy | Up to 3 months without human intervention |
| Coverage Area | Up to 25 hectares |
| Navigation System | Advanced GPS, GNSS-RTK |
| Water Usage Reduction | 10% |
| Time Savings | 80% in crop care management |
| Energy Savings | 20% |
| Boom Width | 24 to 40 meters |
| Dimensions (L x W x H) | 508 x 305 (boom max 3937) x 343 cm |
| Net Weight | 12,000 kg |
| Water Productivity | 5 mm of water per hectare over 25 hectares in 1 day |
| Liquid Spreading Productivity | 1200 m3 per day |
| Rated Power | 2.5 kW |
| Wheel Spacing | 2.25m to 2.7m |
| Water Flow | Up to 60 m3/h |
| Water Pressure | 7 bars at 60 m3/h |
| Pipe Length | Up to 620 m (DN 100 or DN 90) |
| Embedded Technologies | RGB Camera, GPR (Ground Penetrating Radar), DST (Depth Sensing Technology), Low Pressure Nozzle for irrigation |
| Connectivity | Internet (4G/5G) |
Use Cases & Applications
Oscar serves a variety of critical agricultural applications, optimizing resource management and operational efficiency for modern farms. One primary use case is autonomous precision irrigation for large fields, where it ensures optimal water delivery based on real-time crop needs and soil conditions, minimizing waste and maximizing absorption. Secondly, it excels in autonomous precision fertigation, applying fertilizers directly to the root zone at variable rates, which maximizes nutrient uptake and significantly reduces fertilizer consumption and environmental impact.
Furthermore, Oscar is highly effective for autonomous precision spreading of liquid amendments or treatments across extensive areas. Its ability to cover up to 25 hectares and spread 1200 m3 of liquids per day makes it invaluable for uniform and efficient application. Overall, the robot is instrumental in optimizing resource (water, energy, and fertilizers) use across industrial crops, vegetables, and field crops, leading to substantial reductions in consumption and operational costs. Finally, Oscar directly addresses labor shortages in agricultural practices by automating repetitive and time-consuming tasks, allowing farm personnel to focus on more strategic, higher-value activities.
Strengths & Weaknesses
| Strengths ✅ | Weaknesses ⚠️ |
|---|---|
| Extended Autonomy: Operates for up to three months without human intervention, significantly reducing labor requirements and operational oversight. | High Initial Investment: The price range of 201K-300K EUR/USD represents a substantial upfront cost, potentially limiting access for smaller farms. |
| Exceptional Resource Efficiency: Delivers measurable savings with a 10% reduction in water usage, 80% time savings in crop care, and 20% energy savings compared to traditional methods. | Infrastructure Dependency: Requires access to a water source and potentially a power grid for recharging, which might not be available in all remote field locations. |
| High Precision Application: Utilizes GNSS-RTK for centimeter-level accuracy in irrigation and fertigation, leading to optimized crop health and yield. | Field Type Limitations: Primarily designed for large, relatively flat fields suitable for boom operation, which may not be ideal for highly irregular terrains or small, diverse plots. |
| Flexible Power Options: Supports multiple power sources including electric with water energy recharging, batteries, thermal engine, and solar panels, offering adaptability and resilience. | Towable Approval Pending: While designed to be towable, the 'approval pending' status indicates a potential delay or regulatory hurdle for this specific feature. |
| Environmental Benefits: Minimizes waste and runoff, protecting water sources and supporting sustainable farming practices. | |
| Seamless Integration: Designed to follow existing spreader trajectories and is towable, facilitating easy adoption into current farm operations. |
Benefits for Farmers
The Oscar Autonomous Crop Care Robot delivers profound benefits that translate directly into enhanced profitability and sustainability for farmers and agribusinesses. The most immediate impact is substantial cost reduction, achieved through a 10% decrease in water usage, a 20% saving in energy consumption, and minimized waste of expensive fertilizers due to precise application. This efficiency also leads to an impressive 80% time saving in crop care management, freeing up valuable labor resources and allowing farm personnel to focus on more strategic tasks.
Beyond cost and time efficiencies, Oscar contributes significantly to improved crop health and potential yield increases. Its precise, targeted delivery of water and nutrients ensures that crops receive exactly what they need, fostering stronger growth and resilience. Environmentally, the robot's ability to minimize runoff and reduce overall resource consumption underscores a commitment to sustainable farming practices, protecting natural resources and enhancing the farm's ecological footprint.
Integration & Compatibility
Oscar is engineered for practical integration into diverse agricultural environments. Its design allows it to follow the same trajectory as a farmer's existing spreader, ensuring seamless incorporation into current field operations without requiring extensive re-planning of field patterns. For enhanced mobility between different plots, the robot is designed to be towable behind a tractor, although this feature is currently pending final approval.
Connectivity is crucial for modern farm management, and Oscar supports this with internet capabilities (4G/5G). This allows for remote monitoring, data exchange, and potential integration with broader farm management software systems, providing farmers with real-time insights and control over their crop care processes. It connects directly to a water source, autonomously managing its pipe for continuous operation, making it a self-contained solution once deployed.
Frequently Asked Questions
| Question | Answer |
|---|---|
| How does this product work? | Oscar autonomously navigates fields using GNSS-RTK GPS, delivering precise irrigation and fertilization. It connects to a water source, automatically managing its pipe, and uses embedded sensors like RGB cameras and GPR to optimize resource application based on crop needs. |
| What is the typical ROI? | Farmers can expect significant returns through 10% water savings, 80% time savings in crop care, and 20% energy savings. These efficiencies lead to reduced operational costs, improved crop yields, and less reliance on manual labor. |
| What setup/installation is required? | Installation involves connecting Oscar to a water source and defining field boundaries and treatment zones via its intuitive interface. Initial calibration of its navigation system and sensors ensures precise operation within the designated area. |
| What maintenance is needed? | Oscar is designed for minimal maintenance, primarily requiring routine checks of its nozzles, sensors, and power systems. Regular software updates ensure optimal performance and access to new features, maximizing its lifespan and efficiency. |
| Is training required to use this? | Basic training is recommended to familiarize users with Oscar's operational interface, programming irrigation and fertigation plans, and monitoring its performance. Its intuitive design aims for a straightforward user experience. |
| What systems does it integrate with? | Oscar integrates seamlessly into existing farm operations by following the same trajectories as traditional spreaders. It utilizes 4G/5G connectivity for remote monitoring and data exchange, allowing for potential integration with broader farm management software. |
| What are its environmental benefits? | By delivering precise amounts of water and nutrients, Oscar significantly reduces waste and minimizes runoff, preventing contamination of nearby water bodies and contributing to healthier ecosystems and sustainable farming practices. |
| What are its power source options? | Oscar offers flexible power solutions including electric power with water energy recharging, as well as support for batteries, thermal engines, and solar panels, providing adaptability to various energy infrastructures and ensuring continuous operation. |
Pricing & Availability
Indicative price: 201,000 - 300,000 EUR. The final price for Oscar can vary based on specific configurations, additional implements, and regional factors. For precise pricing tailored to your operational requirements and current availability, please contact us via the Make inquiry button on this page.
Support & Training
Osiris is committed to providing comprehensive support and training to ensure optimal performance and user satisfaction with the Oscar robot. This includes detailed operational guides, technical assistance, and ongoing software updates to enhance functionality and introduce new features. Training programs are available to familiarize farm personnel with the robot's operation, maintenance, and advanced capabilities, empowering them to maximize Oscar's efficiency and integrate it seamlessly into their agricultural practices.
