The Naïo Jo represents a significant advancement in agricultural robotics, offering a fully autonomous and electric solution for specialized crop care. Designed to navigate challenging environments such as narrow vineyards, orchards, and various row crops, this crawler robot is engineered to enhance efficiency, reduce manual labor, and promote sustainable farming practices. Its compact design, coupled with precise guidance technology, allows for meticulous work in areas traditionally difficult for larger machinery.
Developed by Naïo Technologies, the Jo robot embodies a commitment to ecological responsibility and operational excellence. By leveraging 100% electric power, it eliminates direct emissions and significantly reduces reliance on fossil fuels, contributing to a healthier environment and lower operating costs. Its robust construction and intelligent features are tailored to meet the evolving demands of modern agriculture, providing farmers with a reliable and high-performing tool for daily operations.
The Naïo Jo is more than just a machine; it's a comprehensive solution for precision agriculture. From mechanical weeding to soil preparation and canopy management, it offers a versatile platform capable of adapting to various tasks throughout the growing season. Its user-friendly interface and advanced safety systems ensure that autonomous operations are not only efficient but also secure, making it an invaluable asset for farmers looking to optimize their crop management strategies.
Key Features
The Naïo Jo stands out with its fully autonomous operation, driven by a sophisticated GNSS RTK guidance system. This precision technology allows the robot to perform unsupervised work with centimeter-level accuracy, ensuring that tasks like inter-row and in-row weeding are executed flawlessly, minimizing crop damage and maximizing efficiency. The system's 'Augmented Autonomy' ensures compliance with safety and regulatory standards, providing peace of mind for operators.
Powering this autonomous capability is a 100% electric motorization system, featuring two 3000 W - 48 V engines. This eco-friendly design not only eliminates carbon emissions and noise pollution but also significantly reduces operational costs associated with fuel and maintenance. The electric power contributes to a reduced carbon footprint, aligning with sustainable agricultural goals and offering a cleaner alternative to traditional diesel machinery.
One of Jo's most compelling attributes is its compact and agile design. With a width of just 68 cm and a compact U-turn radius of 3 meters (depending on the tools attached), it is specifically engineered to navigate the tight spaces of narrow vineyards, fragmented plots, and even steep terrains where larger equipment cannot operate. This agility ensures comprehensive coverage and accessibility across diverse agricultural landscapes.
The robot's versatility is further enhanced by its removable electrical tool-carrier, which boasts a substantial 250 kg lift capacity and provides electrical output for tool plugging. This allows the Naïo Jo to be compatible with a wide array of existing and new electrical implements, making it a highly adaptable platform for various tasks, from mechanical weeding and soil preparation to sowing line marking and shoot removal. The common software platform across Naïo's robot range ensures that all robots benefit from continuous improvements in guidance and operational software, further enhancing their capabilities over time.
Technical Specifications
| Specification | Value |
|---|---|
| Motorization | 100% electrical: two 3000 W – 48 V engines |
| Autonomy (Standard) | Three 200 Ah batteries (16 kWh) |
| Autonomy (Option) | Four 200 Ah batteries (21 kWh) |
| Work Length | More than 8 hours (up to 10-12 hours, depending on tools and field conditions) |
| Weight (empty with 3 batteries) | 850 kg |
| Width | 68 cm |
| Maximum Autonomous Speed | 2.2 km/h |
| Navigation System | GNSS RTK guidance system, Naïo's autonomous work system (guidance, safety, remote control) |
| Safety Features | Autonomous machine, safety system with bumper and geo-fencing module |
| Tool-Carrier Lift Capacity | 250 kg |
| Electrical Output | For tool plugging |
| Traction | Compact U-Turn (3m depending on tools) |
Use Cases & Applications
The Naïo Jo is a highly versatile robot, finding applications across a range of specialized agricultural tasks. Farmers utilize it for precise mechanical weeding, both inter-row and in-row, significantly reducing reliance on herbicides and manual labor. Its accuracy ensures that weeds are effectively managed without harming the crops.
Beyond weeding, the robot is adept at soil preparation, ensuring optimal conditions for planting and growth. With its RTK accuracy, it can also be used for sowing and planting line marking, guaranteeing precise row alignment for subsequent operations. In vineyards, Jo performs crucial tasks like shoot removal and canopy management, contributing to vine health and grape quality. Furthermore, its capabilities extend to general inter-row maintenance, keeping fields clean and accessible throughout the growing season.
Strengths & Weaknesses
| Strengths ✅ | Weaknesses ⚠️ |
|---|---|
| Fully autonomous operation with precise GPS-RTK technology, enhancing efficiency and accuracy. | Price is not publicly available, requiring direct inquiry, which can delay decision-making. |
| 100% electric motorization significantly reduces carbon footprint, fuel costs, and noise pollution. | Maximum autonomous speed is 2.2 km/h, which might be slower for larger plots or urgent tasks. |
| Compact and agile design (68 cm width, 3m U-turn) ideal for narrow rows, fragmented plots, and steep terrains. | Autonomy is dependent on tools and field conditions, potentially requiring battery swaps for very long shifts. |
| Versatile tool-carrier with 250 kg lift capacity and electrical output, compatible with various implements. | Requires initial field mapping and configuration for optimal RTK guidance and safety. |
| Equipped with 'Augmented Autonomy' and comprehensive safety systems (bumper, geo-fencing) for unsupervised work. | |
| Significantly reduces crop damage (e.g., 2% with Jo vs. 10-15% with a tractor), preserving yield and quality. | |
| Common software across Naïo's robot range ensures continuous improvements and shared benefits. | |
| Comes with a substantial 5-year warranty, offering long-term reliability and support. |
Benefits for Farmers
Implementing the Naïo Jo brings a multitude of business values and benefits to farmers. Its autonomous operation leads to substantial time savings by reducing the need for constant human supervision and enabling continuous work cycles. Cost reduction is achieved through lower fuel expenses due to its electric power, decreased labor costs from automating repetitive tasks, and reduced herbicide use. The precision of the robot minimizes crop damage, which directly contributes to improved yield quality and quantity. From a sustainability perspective, the Naïo Jo significantly lowers the farm's environmental impact by eliminating direct emissions and promoting eco-friendly cultivation practices.
Integration & Compatibility
The Naïo Jo is designed to seamlessly integrate into existing farm operations. Its versatile electrical tool-carrier allows for compatibility with a wide array of existing and new electrical implements, meaning farmers can often leverage their current tool investments. The robot's common software platform across Naïo's product range ensures that it benefits from ongoing software improvements and can potentially integrate with other Naïo solutions. This approach facilitates a smooth transition to robotic farming, enhancing overall operational efficiency without requiring a complete overhaul of current practices.
Frequently Asked Questions
| Question | Answer |
|---|---|
| How does this product work? | The Naïo Jo operates fully autonomously using a precise GNSS RTK guidance system for navigation. It is 100% electric, powered by two 3000 W engines, and performs various agricultural tasks like weeding and soil preparation by carrying and operating compatible implements. |
| What is the typical ROI? | The Naïo Jo contributes to ROI by significantly reducing labor costs and tractor operating hours. It minimizes crop damage, which can lead to improved yields and quality, and its electric nature lowers fuel expenses while promoting sustainable farming practices. |
| What setup/installation is required? | Initial setup involves mapping the field boundaries and defining specific work zones using the integrated GNSS RTK system. The robot is then configured with the desired operational parameters and safety protocols for autonomous task execution. |
| What maintenance is needed? | Regular maintenance for the Naïo Jo includes routine checks of battery health, electrical connections, and mechanical components. Software updates are typically provided remotely, and periodic inspections ensure optimal performance and extend the robot's operational lifespan. |
| Is training required to use this? | Yes, training is required for operators to effectively manage the robot's functions, understand its safety protocols, and utilize the remote control system. Naïo Technologies provides comprehensive support and training to ensure proficient and safe operation. |
| What systems does it integrate with? | The Naïo Jo is designed for versatility, integrating with a wide range of existing and electrical implements through its tool-carrier. Its common software platform allows for seamless integration and benefits from continuous improvements across Naïo's robot ecosystem. |
Pricing & Availability
The price for the Naïo Jo autonomous electric crawler is not publicly available and requires a direct quote. Pricing can vary based on specific configurations, optional battery packs, chosen implements, regional factors, and current lead times. For detailed pricing information and availability, please contact us via the Make inquiry button on this page.
Support & Training
Naïo Technologies is committed to providing comprehensive support and training for the Naïo Jo robot. This includes initial operator training to ensure safe and effective use, ongoing technical support, and access to software updates that enhance the robot's capabilities and performance. The common software platform across Naïo's robot range ensures that all robots benefit from guidance software improvements, backed by a 5-year warranty for long-term reliability.
