INTRODUCTION
CNH’s Innovative move continues to promote the advancement of smart harvesting technology by investing in Advanced Farm technology, a California-based start-up that specializes in the robotic harvesting of apples, strawberries, and other fruits. The two companies will collaborate on R&D and commercialization to foster industry and ecosystem innovation.
By harvesting high-value fruits up to five times more effectively, robotic picking has the potential to greatly boost fruit producers’ production. Handpicking labour accounts for 46% of the cost of producing apples in the United States, and 70% of the cost of producing strawberries. These high labour expenses are worsened by a continuing decline of handpicked workforce availability.
“The agriculture industry is faced with challenges of time, costs, constrained operational windows, and a dwindling labour force,” says Derek Neilson, president, agriculture. Autonomy will be a crucial component of all farmers’ operations worldwide.
Innovative Move
“We think that the technologies of autonomy and automation are essential to the future of agriculture. They provide benefits to the actual world and all agricultural segments.
- Harvesting assistance for drivers
The harvest technology from their Case IH brand is used in conjunction with Raven Autonomy integration in this new automation technology for the tractor platform. As part of an “unload on the go” process, it offers a coordinated control capability that enables the Driver Assist Harvest Solution to map the course and speed of the tractor pulling the grain cart next to a combine harvester.
When unloading grain, Driver Assist Harvest Solutions maintains the tractor in perfect synchronization with the combine harvester, providing the combine operator complete control over the unloading procedure. This increases overall operation efficiency and reduces grain spillage.
Their modern technology makes the job easier, thereby addressing the shortage of competent labour. Additionally, it gives users a better experience and reduces operator fatigue. Commercial versions of this approach will be made available for the Case IH and New Holland brands.
- Solution for driverless tillage
The driverless tillage solution from Raven Autonomy includes an advanced perception system and remote command & control capability that work without an operator in the cab. A portable tablet device is of use to remotely control the machine. The operator is able to plan and carry out precise, automate missions with reliable agronomic outcomes that may be observe from any location.
To create this autonomous tillage solution, this development combines the Case IH tractor and tillage platform with Raven autonomy. The Raven Autonomy technology stack offers the iron an adaptable, scalable tech stack.
Baler Automation, a novel technology that uses a LiDAR sensor to scan the windrow in front of the tractor for density, volume, and direction, was also debut on novel Holland large square balers.
Following this input, the tractor and baler use automatic steering, forwards speed, and baler setting controls to make sure the baler perfectly follows the windrow for precision crop feeding.
The outcome? enhanced bale shape, elevated output, greater operator comfort, and decreased fuel use. The baling automation capability will also be available from Case IH. The Role of Technology in Agriculture
Conclusion
With a focus on customer-inspiring innovation, CNH’s innovative move is devoted to technology growth. Their larger plan to expand the portfolio with cutting-edge solutions includes their most recent investment. They are particularly interest in breakthroughs in automated, autonomous, and sustainable farming that address significant and challenging issues for their clients.
For the most precise agronomic and mechanical control of the implement, this system also makes use of the already-existing Case IH tillage automation. Increased productivity, consistent agronomic performance, and deeper data insights are the end results.
