Growers in both the viticultural and agricultural sectors face similar challenges; pests, weather and resources. It is traditionally monitored by literally walking around fields or vineyards to inspect the plants, taking time and effort best used elsewhere. The introduction of drones mounted with various sensors addresses all these challenges, by identifying specific areas for monitoring and remediation whilst reducing time, resource use and protecting the environment.
Multispectral sensing detects the light reflected by plant canopy in non-visible wavelengths. This is then measured and converted by vegetation indexes to provide a state of health alongside actionable outputs. By using drones, we can gather much more detailed data than available via satellite.
LiDAR will enable precision mapping of the complete vineyard and establish a measurable digital twin, which can be updated to monitor growth and predict yield. Thermographic sensors will complement the existing multispectral capability and measure temperature fluctuations in the vine, allowing key decisions to be made across the season.
Drone mounted LiDAR (Light Detection and Ranging) and Drone mounted multispectral imaging sensors, interpretive software. Measurable digital models of the vineyard, tracked and charted data.
We hypothesise that a combined data-layer approach will allow real-world savings and a 10% improvement in seasonal yield compared to the existing approach.
Full name | Low Altitude Ltd |
Country | United Kingdom |
Website | https://lowaltitude.co.uk/ |
Contact Persons | Chris Crane |
Contact’s email |
Low Altitude serves the precision Viticulture and Agriculture sectors, offering advanced crop-monitoring via drone mounted multispectral sensors. Our goal is to help clients improve yield, reduce expenditure and protect the environment.
Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union or Research Executive Agency. Neither the European Union nor the granting authority can be held responsible for them.