Crop solutions

The Newman in-row cultivator uses cameras to recognize plants in the row and then cultivates around them. Other smart cultivators do this as well. However, this machine impresses with the level of AI-based plant recognition. – Photos: Sönke Schulz

28-08-2024 | Article

Ullmann Newman precision cultivates in-row

Photo: Michel Velderman

27-08-2024 | News

AI: new weapon in the battle against rampant weeds

The S7’s advancements in automation and integration are designed to be a foundation for future autonomous technologies, making the transition to full autonomy smoother for farmers. – Photos: John Deere

26-08-2024 | Article

How John Deere’s S7 combines are paving the way for fully autonomous farming

Photo: Xarvio

20-08-2024 | News

Spray timer tool in xarvio Field Manager for optimal fungicide use

LINTTAS aims to create a virtual prototype within a year. – Image: LINTTAS

19-08-2024 | Article

LINTTAS advances with groundbreaking electric harvester design

The Harvy500 was first successfully tested during the harvesting season of 2019 and was fully operational by 2021. – Photo: FIneField

15-08-2024 | Article

A close look at solar-powered robot harvesting technology

With AVR Connect, you gain online insights not only during planting but also afterwards, including the capacity of the agitators, the number of misses, the planting distance, the pressure on the hilling cover, and the number of planted seed potatoes. - Photo: AVR

13-08-2024 | Article

How Belgian manufacturer AVR aims to automate potato cultivation

The Crover family includes several different devices. – Photos: Crover

09-08-2024 | Article

Crover robot: The future of grain management with precision monitoring

The Photoheyler rotary hoe, equipped with four cameras, weeds within the row. Many machines can do this, but the rotating knives make this machine unique. - Photos: Michel Velderman

08-08-2024 | Article

Camera directs knives of the Photoheyler rotary hoe with precision

The EEFs trialled will target key nitrogen loss mechanisms such as denitrification, nitrate leaching and volatilisation in different cropping regions and quantify crop nitrogen uptake to determine nitrogen use efficiency and return on investment. Photo: Arjun Pandey/University of Melbourne

05-08-2024 | Article

Australian research explores impact enhanced efficiency fertilisers on grain farming

Quantum navigation offers GPS-free solution for autonomous farming

Polybot project receives €220,000 to develop AI-powered harvesting robot

AgriRobot joins €4.97M EU project to advance autonomous farm robotics