Throughout 2025, Future Farming reported extensively on the rapid evolution of autonomous machines designed for field and ...

Drones continue to move from experimental technology to a practical tool in everyday farming. Throughout 2025, Future Farming ...

Managing camels, horses, cattle, and sheep across large, open grazing areas presents ongoing challenges. Animals can easily ...

The AgBot 5.115T2 traction robot is capable of neat ploughing. If necessary, it does so day and night without a driver and ...

The FarmRobo iMog multipurpose electric robot for small holder farms wins the Ag Robot of the Year 2025 award. The iMog is capable of performing a wide array of agricultural tasks and is compatible ...

The year 2026 marks the 10th anniversary of GOFAR. The organisation that aims to accelerate the adoption of agricultural robotics, celebrates this milestone with a new mission and a global tour.

For the fourth consecutive year, Future Farming magazine has compiled the most comprehensive overview of field and harvest robots for outdoor crop production. Sixty different robots have reached the ...

On a significant part of its 405-hectare open field vegetable area, the Australian company Qualipac deploys 2 robots, each with its own method of tackling weeds. The lightweight, autonomous FarmDroid ...

UK company Fieldwork Robotics will start trials with a new harvesting robot at Costa berry farms in Australia over the next 12 months, with field trials taking place from Q1 2025. According to ...

The autonomous Innotrac Caesar has a 3-point hitch at the front, in the middle and at the rear for existing implements and machines. depending on requirements, this can be a category 1 or 2 hitch.

Machine Sync from John Deere synchronises the driving speed and position of a harvesting vehicle or harvesting combination with an offloading combination, so that the latter – in theory at least – can ...