Small, light robotics to take over big tractors as future for farm machinery
Gerald Piddock for NZ Farmer: Larger farming machinery will be replaced by more efficient systems relying on emerging technologies, agricultural robotics expert Simon Blackmore says.
World's first floating farm in the Netherlands
Mina Solanki for IAmExPat: Floating Farm will be made from a concrete base and will measure around 1.000 square metres. The roof will be fitted with solar panels and a rainwater collection system.
UK Farm is First to Complete Fully-autonomous Crop Harvest
Lauren Scrudato for Laboratory Equipment: They completed the task with basic, commercially-available agriculture machines and open-source software typically used to guide hobbyists' drones.
Scarcity of Specialists a Troubling Trend
Jack Zemlicka for Precision Farming Dealer: For the first time in the 13-year history of the study, recruiting and retaining technicians ranked atop the list of dealer concerns, with some 92% saying they are "concerned" about the availability of technicians.
Are vegetable flats the future?
Fresh Plaza: Vertical cultivation systems are seen as the solution increasingly often. By working in a controlled environment and on multiple layers, an enormous amount of food can be produced on a small surface.
Vertical Farms May Be the Future of Your Food
The Merkle: Plenty Inc will utilize vertical farms to make it feasible to have large growing operations close to consumers. The farms themselves will be state of the art and capable of producing large amounts of food.
New Holland Agriculture unveils methane powered concept tractor
It combines alternative fuels and advanced agricultural technology with readily available powertrain innovation from CNH Industrial sister brand FPT Industrial.
EU's future cyber-farms to utilise drones, robots and sensors
Anthony King, From Horizon Magazine: Bee-based maths is helping teach swarms of drones to find weeds, while robotic mowers keep hedgerows in shape.
Ag-tech: The automated farm
Tara Duggan for The San Francisco Chronicle: In the field, self-propelling harvesters lop off the heads of cabbages, then funnel the 8-pound goliaths to workers who trim and sort them. Inside a nearby Taylor Farms packing plant, a three-armed robot pivots and turns to maneuver bagged salads squarely into packing boxes.
FORGET PRECISION AGRICULTURE: DRONE HERDING IS TAKING OFF
Malek Murison for We Talk UAV: Luckily, a few farming pioneers have started using their drones to herd animals, including cattle and sheep, from one place to another.
In India, an Uber for farm machinery aims to make a difference in rural areas
Jon Russell for TechCrunch: The concept is actually quite straightforward. EM3 works with farmers who own equipment like tractors, harvesters and other mechanical implements by allowing them to 'rent' out their assets to help pay off the purchase or generate additional revenue.
XAIRCRAFT Launched in Japan Targeting Global Precision Farming
Japan is one of the first countries using large-scale UAV on plant protection in the world. Take rice as an example, ground vehicles spray about 22% (in 2014), and the proportion of UAV plant protection has reached 36%.
As California's labor shortage grows, farmers race to replace workers with robots
Geoffrey Mohan for LA Times: Now, the $47-billion agriculture industry is trying to bring technological innovation up to warp speed before it runs out of low-wage immigrant workers.
This AgTech Startup Just Built A Coinstar For Coffee
Alex Knapp for Forbes: "Our machine, using machine vision and artificial intelligence, analyzes every single coffee cherry," said Jones. "And then we give the grade back to the farmer who produced it."
Ivy Tech Precision Ag Program prepares students with newest technologies in agriculture
Greensburg Daily News: The need for new agriculture training is great. Indiana is seeing an increase in the average age of its farm workers from 49 in 1950 to now approaching the age of 60.
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Harvesting & Transport - Featured Product
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maxon launches the next generation of positioning controllers - the EPOS4. A high performance module with detachable pin headers and two different power ratings. With a connector board, the modules can be combined into a ready-to-install compact solution. Suitable for efficient and dynamic control of brushed and brushless DC motors with Hall sensors and encoders up to 750 W continuous power and 1500 W peak power. The modular concept also provides for a wide variety of expansion options with Ethernet-based interfaces, such as EtherCAT or absolute rotary encoders.
