The document summarizes the VINESCOUT project, an H2020 funded project running from 2016-2019 with 5 partners including 3 SMEs and 2 universities. The project aims to design and build a commercial robot tool for precision agriculture and big data collection to monitor and map vineyards by assessing water status and vigor. The robot, called VINESCOUT, uses GPS, cameras, sensors and other technologies to automatically monitor modern vineyards and implement big data collection.

1. Francisco Rovira-Más,
VineScout Coordinator
Agricultural Robotics Laboratory
Universitat Politecnica de Valencia,
Spain
VINESCOUT AT A GLANCE:
H2020 - FTI Pilot - 2016 - Grant agreement nº 737669
PROJECT
FACTS
H2020
Fast Track
Innovation
Dec 2016 -
Dec 2019
5 partners:
3 SMEs + 2 Universities
Design & Build
Commercial
Robot
Tool for Precision
Agriculture & Big data
Assess
Water
Status &
Vigor
PROJECT
GOALS
Monitor
& Map
Vineyards2,125,081 €
How to implement automatic monitoring for modern vineyards: the way to Big data

2. GPS antenna
(extended)Communication
lights
Navigation
camera
USB ports
Power
on/off
Control monitor
Left
ultrasonic
sensor
Battery status
indicators
Crop sensors
Emergency
stop
Joystick
Front Lateral Back
Emergency stop
Power
outlet
LiDAR
Safety
bumper
Right
ultrasonic
sensor
Console lights

3. Watch the video online: http://vinescout.eu/web/the-challenge-lab-to-field