Dino is an autonomous robot for large-scale mechanical weeding in vegetable fields. Its precision guidance and high capacity support intensive organic farming and input reduction.
Product Description
Dino by Naïo Technologies is a fully autonomous electric robot designed to revolutionize mechanical weeding for row crop vegetables such as lettuce, carrots, and onions. Tailored for mid to large-scale farms, Dino reduces labor costs, supports sustainable practices, and offers precise weeding without herbicides.
Equipped with advanced GPS RTK guidance, AI-powered vision systems, and customizable tools, Dino navigates crop rows with centimeter-level precision, operating day or night with minimal supervision. Its quiet, electric drive makes it ideal for use in environmentally sensitive areas and organic fields.
Key Benefits:
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🚜 Autonomous operation – covers up to 12 hectares per day
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🌱 Non-chemical weeding – perfect for organic agriculture
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📍 Precision guidance – high accuracy with GPS RTK and sensors
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🔋 Electric-powered – quiet, low-emission, and energy-efficient
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👨🌾 Reduces manual labor – frees up time for other high-value tasks
Whether you're looking to reduce herbicide use, cut operational costs, or embrace smart farming, Naïo Dino brings you scalable, sustainable weed control with cutting-edge robotic technology.
Specification
| Dimensions (LxWxH) | 2.5x1.6x1.3 m |
| Weight | 800 kg |
| Battery Type | Li-ion |
| Battery Life | 8–10 hours |
| Payload Capacity | 100 kg |
| Crop Type | Lettuce, carrots, vegetables |
| Autonomy Level | Full |
| Sensors | GPS, cameras, LIDAR |
| Year Released | 2016 |
Agriculture Specific
Attribute
Value
Description
Why It Matters
Crop Types
N/A
Compatible plant varieties
Application versatility
Field Conditions
N/A
Terrain and weather capability
Deployment reliability
Pesticide Resistance
N/A
Chemical exposure protection
Agricultural environment survival
GPS Accuracy
N/A
Positioning precision (cm)
Precise farming operations
Data Collection
N/A
Sensor types and capabilities
Farm management integration
Seasonal Operation
N/A
Year-round capability
Farming cycle coverage
Autonomy Level
N/A
Human supervision required
Labor cost reduction
Yield Impact
N/A
Crop yield improvement (%)
ROI demonstration
