VineScout autonomously monitors vineyard crops for water status, temperature, and canopy vigor using a suite of sensors, supporting data-driven precision viticulture.
VineScout is a cutting-edge agricultural robot designed to support winegrowers with real-time, plant-level data collection and analysis. Purpose-built for vineyards, VineScout navigates autonomously between rows, capturing detailed information on vine health, water status, and canopy vigor — all without disturbing the soil or plants.
By using non-invasive sensors, GPS guidance, and AI algorithms, VineScout provides winemakers with accurate, geo-referenced data to support smarter irrigation, fertilization, and yield forecasting. With VineScout, you can optimize vineyard management sustainably while enhancing grape quality and reducing resource waste.
🍇 Autonomous Navigation – Self-guides through vineyard rows using RTK GPS and LiDAR
🌿 Precision Crop Monitoring – Measures plant temperature, canopy vigor, and chlorophyll levels
📊 Real-Time Data Collection – Delivers high-resolution, geolocated insights to the cloud or farm systems
🔋 All-Electric & Eco-Friendly – Zero-emissions, quiet operation ideal for sensitive environments
📡 Connectivity Ready – Integrates with farm management platforms for decision support
Improve irrigation scheduling and reduce water use
Monitor vine health to detect stress early
Increase harvest quality and consistency
Reduce reliance on manual scouting
VineScout empowers winegrowers with the data they need to cultivate smarter, more sustainable vineyards — season after season.
Dimensions (LxWxH) | 1.5x1.2x0.7 m |
Weight | 120 kg |
Battery Type | Li-ion |
Battery Life | 8 hours |
Payload Capacity | Sensor array |
Crop Type | Vineyards |
Autonomy Level | Full |
Sensors | Proximity, canopy, temperature, humidity, GPS |
Connectivity | Not specified |
Year Released | 2020 (prototype) |
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 |
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