Ted is an autonomous robot dedicated to vineyards, providing precise mechanical weeding and soil management while reducing labor needs and chemical usage.
Product Description
TED is an advanced, fully electric autonomous robot designed by Naïo Technologies to perform mechanical weeding and soil maintenance in vineyards — sustainably, precisely, and without chemical inputs. Built specifically for the needs of viticulture, TED offers an eco-friendly alternative to traditional tractors and herbicides, reducing labor costs while improving soil health.
Lightweight, quiet, and highly accurate, TED navigates between vineyard rows with ease, thanks to state-of-the-art GPS guidance and safety sensors. It’s compatible with a range of tools and adaptable to various row widths, making it ideal for both conventional and organic vineyards.
Key Features
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🌱 Mechanical Weeding & Soil Management – Reduces herbicide use and supports regenerative farming
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⚡ 100% Electric – Zero emissions and quiet operation
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🤖 Autonomous Navigation – GPS + sensor fusion enables safe, driverless operation
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🔧 Tool Compatibility – Mounts with hoes, inter-row cultivators, and other vineyard tools
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🧠 Smart Safety System – Equipped with LIDAR, cameras, and emergency stop functions
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📊 Remote Monitoring – Control and track robot activity via a user-friendly digital interface
Why Choose TED?
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Reduce labor needs and operating costs
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Improve working conditions with silent, emission-free operation
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Promote sustainable vineyard practices
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Increase precision and consistency across hectares
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Operate safely even in complex or sloped terrain
TED isn’t just a weeding robot — it’s a partner in sustainable vineyard management. Trusted by winegrowers across Europe and beyond, TED helps you manage your land with care, precision, and confidence.
Specification
| Dimensions (LxWxH) | 2.5x1.4x1.7 m |
| Weight | 900 kg |
| Battery Type | Li-ion |
| Battery Life | 8 hours |
| Payload Capacity | 80 kg |
| Crop Type | Vineyards |
| Autonomy Level | Full |
| Sensors | Cameras, RTK-GPS |
| Year Released | 2018 |
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
