PRECISION AGRICULTURE DIGITAL DIGEST FALL 2025 ISSUE 3, VOL 6 14 A MORE PRODUCTIVE HARVEST WITH JOHN DEERE’S HARVEST AUTOMATION BUILT TO BALE SMARTER 16 FARMENGAGE BRINGS SIMPLICITY AND CONNECTIVITY TO MULTI-BRAND FLEETS 08
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PRECISION AGRICULTURE DIGITAL DIGEST Farms.com’s Media and Publishing division is responsible for publishing Precision Ag Magazine. © 2025 Farms.com Canada Inc. All rights reserved. Reproduction of any article, photograph or artwork without written permission of the publisher is strictly forbidden. Acceptance of advertising does not constitute endorsement of the advertiser, it products or services, nor does Farms.com make any claims or guarantees as to the accuracy or validity of advertiser claims. The publisher shall have no liability for the unintentional omission of any scheduled advertising. PHOTOS: a-r-t-i-s-t/DigitalVision Vectors via Getty Images, hudiemm/iStock/Getty Images Plus COVER PHOTOS: Neustockimages/iStock/Getty Images Plus, hudiemm/iStock/Getty Images Plus, stefann11/iStock/Getty Images Plus, simon2579/DigitalVision Vectors via Getty Images, MIRACLE MOMENTS – stock.adobe.com, Anton – stock.adobe.com 04 06 08 10 12 14 16 18 20 MANAGING EDITOR Ryan Ridley Ryan.Ridley@Farms.com CONTRIBUTORS Andrew Joseph Diego Flammini DESIGN Greg Marlow ADVERTISING SALES Andrew Bawden Andrew.Bawden@Farms.com 877.438.5729 x 5030 Jeff McKee Jeff.McKee@Farms.com 888.248.4893 x 917 MARKETING & OPERATIONS Denise Faguy Denise.Faguy@Farms.com 888.248.4893 x 293 FARMS.COM OFFICE 90 Woodlawn Road West Guelph, ON N1H 1B2 SUBSCRIBE HERE to receive email notifications when future issues of the quarterly Farms.com Precision Agriculture Digital Digest are published. FIND PARTS FASTER WITH CASE IH’S VISUAL SEARCH TOOL AUTONOMOUS FARMING TAKES ROOT FARMENGAGE BRINGS SIMPLICITY AND CONNECTIVITY TO MULTI-BRAND FLEETS PAG TECH CLIPS UC7 PLUS BOOSTS SPRAYING PRECISION A MORE PRODUCTIVE HARVEST WITH JOHN DEERE’S HARVEST AUTOMATION BUILT TO BALE SMARTER BITS & BYTES EXPANDING FARM MANAGEMENT WITH PANORAMA We acknowledge the financial support of the Government of Canada.
04 Case IH is harnessing the power of AI to help farmers find the parts they need. The manufacturer’s new Visual Search Tool lets farmers use pictures to find the right parts and corresponding part numbers from the official Case IH store website. “This tool allows you to take a picture using your phone, or on a desktop computer, upload a photo, search the parts website and you’ll get results based on what we have available,” Paul Zirk, an e-commerce marketing rep with Case IH, told the Farms.com Precision Ag Digital Digest. To use the tool, users click on the camera icon inside the search bar on the website to upload their photo. The AI system scans the photo and produces what it believes to be the part in the photo. Case IH used its own images from manufacturing plants, suppliers, and other resources, to support the AI system. “With the learning behind it, it can make the connections,” Zirk said. “If it sees images of 500 alternators, it can assume other parts called alternators are going to look similar.” For best results though, farmers can follow a few tips. Ideally the part is off the equipment and on a neutral background like a counter or the floor. Good lighting, capturing the part at the right angle, and zooming in on the right piece of the part can help too. Overall, the tool does a good job at bringing back the right results, Zirk said. “We’ve done extensive testing,” he said. “We’ve had dealers test it with parts that are dirty, or even broken or rusty, and it’s been pretty good,” he said. “Overall, it’s pretty forgiving.” Once the part is found, farmers can filter it based on the specific equipment, then order it from their preferred dealer location. A feedback tool also lets farmers rate the results to help Case IH improve the Visual Search Tool. With the search tool still in its early days, it’s limited in the parts it can find. Right now, farmers can use it for parts on current model year tractors. FIND PARTS FASTER WITH CASE IH’S VISUAL SEARCH TOOL PHOTOS: mycnhstore.com, caseih.com, MR Vector – stock.adobe.com
But as it improves, farmers will be able to search for parts on the full current year lineup of equipment including planters and combines. “Once we get the current portfolio rolled out we’ll see how far back we can go,” Zirk said. “AI is a wonderful thing, but it’s all built on data. So, we want to make sure everything is refined and a good product for people to use.” Catalogues for older equipment and parts are available on the Case IH store website. | pag 05 A Photo is All a Farmer Needs to Find the Right Part DIEGO FLAMMINI FARMS.COM
06 Agriculture has always been a driver of innovation—from rudimentary hand tools to today’s GPS-enabled machinery. Yet, despite these advances, many farmers in isolated or underserved areas still face barriers to accessing modern technology, skilled labor, and reliable infrastructure. One such solution is Mobius, an autonomous control system developed by Autonomous Solutions Inc. (ASI). This platform enables automation across a wide range of vehicles, offering a lifeline to farmers constrained by labor shortages and outdated equipment. Founded in 2000 in Mendon, Utah, ASI is celebrating 25 years of innovation in industrial vehicle automation. With more than 100 off-road vehicle models under its belt, the company has earned a reputation for transforming labor-intensive tasks into streamlined, automated operations. Mobius is an OEM-agnostic fleet management system trusted by Fortune 500 companies to improve efficiency and safety across industries. ASI’s approach allows for scalable deployment, enabling multiple vehicle types to operate autonomously as part of a coordinated ecosystem—without the need for custom builds. In sparsely populated regions, automation is not just a convenience—it’s a necessity. ASI’s technology helps bridge the gap between rising demand and a shrinking labor pool, particularly in sectors like agriculture and construction. AUTONOMOUS FARMING TAKES ROOT ASI’s Mobius Platform is Expanding Access to Automation in Remote Agricultural Regions ANDREW JOSEPH FARMS.COM
Safety is a cornerstone of ASI’s design philosophy. Each automation kit includes layered safety features such as emergency stops, lockout protocols, and obstacle detection systems. This commitment ensures both personnel and equipment are protected throughout deployment. Interestingly, the company’s name draws inspiration from the Möbius strip—a symbol of seamless integration and continuous improvement, reflecting ASI’s mission to optimize industrial systems. Empowering Farmers Through Automation Mobius is a sophisticated command-and-control system that allows a single operator to control multiple unmanned vehicles at once, whether they’re tractors, sprayers, or harvesters. Its ability to retrofit existing equipment means farmers don’t need to invest in costly new machinery to benefit from automation. This adaptability is especially valuable in regions where labor is expensive or hard to find. By automating repetitive tasks like planting and spraying, Mobius helps reduce costs and boost productivity. A standout feature of Mobius is its functionality in lowconnectivity environments. Whether through satellite, cellular, or local networks, the system can operate reliably even in areas with limited infrastructure— making it ideal for remote farms. In the realm of precision agriculture, efficiency is everything. Mobius enables synchronized fleet operations, minimizing overlap and optimizing the use of inputs like water, fertilizer, and pesticides. The result: higher yields, reduced waste, and a smaller environmental footprint. Mel Torrie, ASI’s founder and Chief Executive Officer, sees Mobius as a tool for agricultural equity. “We’re working to make automation accessible to every farmer,” Torrie said. “Our goal is to level the playing field so that small farms can benefit from the same technologies used by large-scale operations.” This vision supports global efforts to reduce hunger and build resilient food systems. By equipping smallholder farmers with autonomous tools, Mobius helps close the productivity gap and promote sustainable development. Field-Tested and Future-Ready ASI’s technology spans multiple industries—including mining, logistics, and defense—but its impact in agriculture is already evident. In one pilot program, Mobius retrofitted a fleet of aging tractors in a remote area. Despite minimal infrastructure, the system delivered a 30 percent increase in output and cut labor costs by half. As climate change continues to challenge traditional farming methods, adaptive technologies like Mobius offer a path forward. For communities reliant on manual labor, automation isn’t just a technical upgrade—it’s a step toward independence and longterm viability. “We’re building on proven systems and a mature autonomy stack that has already been battle-tested in some of the harshest environments in the world,” summed up Torrie. “We have partnered with the world’s largest manufacturers over the last 25 years to incrementally build the needed automation building blocks in preparation for this day when labor is no longer available or willing to man these dull, dirty, and dangerous operations.” To learn more about how Mobius could support your farm or agricultural initiative, visit the ASI website. | pag 07 “WE’RE WORKING TO MAKE AUTOMATION ACCESSIBLE TO EVERY FARMER.” PHOTOS: asirobots.com, Dmitry Bairachnyi – stock.adobe.com
FarmENGAGE from PTx is designed to streamline fleet management for farm operations. The farm operations platform helps producers manage the day-to-day operations of their farm, said Cory Buchs, senior director of digital farming solutions at PTx. “It’s about managing fieldwork that needs to happen, keeping track of the machines, and being able to wirelessly interact with their machines and operators to ultimately get work done more efficiently across the farm,” he told the Farms.com Precision Ag Digital Digest. One way FarmENGAGE helps farmers achieve this is through its compatibility. The platform works with multiple brands and displays. “We want to enable any make, model, or age of machine to connect and help farmers manage field work,” Buchs said. “It’s a more accessible and deployable solution because farms are usually running different brands and ages of equipment.” Growers with older equipment can purchase a separate retrofit kit to get that piece of equipment up to standard to incorporate FarmENGAGE, Buchs added. Farmers can access FarmENGAGE through a mobile device or web application. FarmENGAGE can help farmers be prepared for the workday ahead before he or she steps foot into the equipment. From a central location, users can create and manage things like field boundaries, guidance lines, and variable rate prescriptions. “We can then deploy that data to all the machines on the farm, so they all have that right information for that job,” Buchs said. Farm managers who want to take job management to the next level can do so with customized work orders. “You can build out a detailed task list to send to all your operators to complete throughout the day, week, or season,” Buchs said. “This includes all of the instructions like material, application rates, and machine configurations for the job. And as an operator, it gives you peace of mind that your equipment is set up exactly for the job you’re doing.” FarmENGAGE can also track the status of individual jobs and machine health information. And there’s no limit on how many pieces of equipment farmers can communicate with. In terms of installation, farmers would have to visit a local PTx Trimble dealer. And in the U.S. and Canada for model year 2026 Fendt and Massey Ferguson equipment, farmers will receive FarmENGAGE for three years as part of the machine purchase. More information about FarmENGAGE can be found on the PTx website. | pag PHOTO: ptxag.com The Platform Can Plan, Connect, and Record Field Work Across the Farm FARMENGAGE BRINGS SIMPLICITY AND CONNECTIVITY TO MULTI-BRAND FLEETS DIEGO FLAMMINI FARMS.COM 08
RiteHeight 500 Series! Rugged Design. Clear User Interface. Straightforward Installation. Wishing for auto boom height control? Struggling with an older competitor's system? Contact Greentronics now and learn about our excellent and best-priced product! HOW DOES IT WORK? The Greentronics RiteHeight® system uses two to eight sensors to measure distance from sprayer boom to target. With simple electrical connections to the solenoid valves it raises and lowers booms as needed. WHAT COMES IN A KIT? There are just four main items: 1) Electronic Control Unit (ECU); 2) Choice of ISOBUS UT Compatible OR Greentronics Touch Screen; 3) Sensors, and 4) Complete set of Cables. Installation and set-up is not complicated. Many users self-install. WILL IT WORK ON MY SPRAYER? RiteHeight® works on any type of sprayer. It works with all common hydraulic designs and requires no additional hydraulics. HOW DO I USE IT? After installation, use TEST to check connections. Then run the auto SELF CALIBRATION step. In the field set target height and choose operating mode: Bare Ground, Partial Canopy, or Full Canopy. The system is easy to override and constantly monitors for operator input. Headland Mode allows for quick & safe turns. ANY OPTIONS? You can choose how many sensors you want. We offer 2- to 8- sensor systems. Custom Solenoid cables and Adapters available for some sprayer models (e.g. Hagie, JD, Case, Apache and others). Ask us about this. For displays, you can choose the 7-inch Greentronics touch screen display, or you can order your system ISOBUS UT compatible to work with your own touch screen display in the cab. CAN I UPGRADE MY OLDER SYSTEM? Yes you can. Customer input has driven many improvements over the years and operators with older systems are advised to contact Greentronics about upgrade options. Order early and save! Contact us for details. RiteHeight® works on ANY type of sprayer. Including a custom version for golf course/turf sprayers. $ 5499 * (U.S.) * Price subject to change without notice.
10 05 Next Level Gleaner Tech Discover the enhanced Gleaner T Series combines featuring a stronger drivetrain, simplified maintenance access, and advanced precision tools like AutoTurn and the FarmENGAGE data platform with PTx, delivering smarter harvesting and improved efficiency across every field. 03 IDEAL Harvesting Conditions The Fendt IDEAL 9T combine delivers high-yield harvesting with 650 horsepower and industryleading 16-foot rotors. It features a Cyclone Plus cleaning system for superior grain quality, a 500-bushel tank with rapid unloading, and joystick steering for faster, more efficient field performance. 01 High Tech Harvester Highlights John Deere’s 2026 F8 and F9 self-propelled forage harvesters feature advanced technology with a G5 display, ground speed automation, active fuel control, improved service access, and a new extreme kernel processor for efficient nutrient management. 04 Logical Spraying Massey Ferguson’s LiquidLogic system ensures precise, efficient spraying with advanced recirculation, boom cleanout, and recovery technology. Features include swept 90° boom ends, rapid 45-minute cleanout, and OptiHeight boom control for consistent crop coverage while reducing waste and chemical pollution. TECH CLIPS WATCH 02 Precision Spraying Makes Sense Factory-fit for model year 2026 Case IH Patriots and Tridents, SenseApply delivers live variablerate applications, green-on-brown spot spraying, wide-angle camera coverage, and high operating speeds with lifetime access and optional retrofit kits. WATCH WATCH WATCH WATCH
11 07 Patriot Tech Updates Explore the 2026 Case IH Patriot sprayers featuring electric rinse valves, simplified side-fill station, automated triple-rinse, operator-defined Auto Sparge, and one-touch Spray Start for faster priming and precise agitation, boosting efficiency and control in every spray operation. 06 Tech Steers the Deere John Deere’s See & Spray Ultimate uses 36 cameras and AI to detect weeds in real time, applying herbicide only where needed. Dual tanks, carbon-fiber booms, and ExactApply nozzles cut inputs and boost corn, soybean, and cotton yields. 08 Step Ahead Spraying New Holland’s Guardian front boom sprayer with IntelliSense automation uses advanced sensors to monitor crops 50 feet ahead, enabling precise variable-rate and spot spraying at high speeds, lowering input costs, improving efficiency, and ensuring accurate product placement. WATCH WATCH WATCH 10 Tech on Every Acre New Holland North America’s latest precision technology offerings include its IntelliSense sprayer automation, FieldOps digital platform, and integrated equipment connectivity delivering simplified, mobile-friendly farm management across tractors, combines, sprayers, and balers. WATCH PHOTOS: DS70/E+ via Getty Images, stefann11/iStock/Getty Images Plus, hudiemm/iStock/Getty Images Plus 09 Look Ma, No Hands John Deere’s autonomous tillage solution uses a 360° perception system with 16 cameras to detect obstacles and operate driverless, integrating G5 guidance, mobile app control, and compatibility with 2017+ tillage tools for efficient, remote field management. WATCH PRECISION TECH UPDATES FROM THE 2025 FARM PROGRESS SHOW
Topcon Agriculture has introduced the UC7 Plus, a next-generation boom height control system designed to improve spraying accuracy, reduce input costs, and support sustainable farming practices. Built upon the foundation of Topcon’s proven Norac technology that it acquired from Norac Systems International in 2015, the UC7 Plus integrates advanced sensor innovations to deliver smarter, more responsive spraying performance across a wide range of terrain and crop types. The Norac boom height control system uses ultrasonic sensors to automatically maintain a consistent boom height above the crop or soil surface. This ensures even spray coverage, reduces drift, and minimizes operator fatigue. Now with the platform’s evolution, that introduces modular components and enhanced automation, the new UC7 Plus builds on this legacy with new sensor technologies and improved responsiveness. Compatible with most self-propelled and pull-type sprayers, the UC7 Plus features two new sensor technologies: • the dynamic chassis sensor (DCS-1) and; • the MS-1 sensors with MAX Sense ultrasonic technology. These sensors are engineered for rugged field conditions, housed in corrosion-resistant GF nylon with protective transducer screens and multi-axis vents. 12 Topcon Agriculture’s Latest Innovation Reduces Input Costs, Boosts Sustainability, and Eases Operator Fatigue UC7 PLUS BOOSTS SPRAYING PRECISION ANDREW JOSEPH FARMS.COM
13 The DCS-1 enhances boom stability and responsiveness, while the MS-1 sensors deliver reliable performance even in uneven or challenging terrain. Together, they enable more precise spray application, helping farmers reduce waste and improve crop outcomes. ROI and Sustainability in One Package “The combination of proven legacy solutions with the latest in precision technology serves up an extreme opportunity for lower operating and input costs, and lower equipment repair costs,” stated Nick Townsend, Topcon Agriculture Vice President and Segment Leader for Smart Implements. He continued: “Spraying system advances increasingly provide farmers and service providers with an opportunity to achieve a greater return on investment on their equipment, either through upgrades or new investments.” Townsend added that the UC7 Plus directly drives those savings. “These new capabilities also improve sustainability efforts in applying only the needed amount of spray, where it is needed, to achieve the best results— supporting compliance efforts, cost savings, and optimal crop performance,” he said. Automation Reduces Operator Fatigue One of the standout features of the UC7 Plus is its automated boom control, which adjusts boom height in real time to match land contours. This reduces the need for constant operator input, easing fatigue and improving consistency during long spraying sessions. The system offers varying levels of control to suit different crops, field conditions, and operator preferences. Its broad compatibility with existing sprayer platforms makes it ideal for incremental upgrades, allowing growers to modernize without a full equipment overhaul. Topcon’s internal testing suggests the UC7 Plus may improve overall spraying performance by 30 percent, factoring in efficiency gains and input savings. “We believe in accessibility to these technologies and the practical benefits they deliver to farms around the world—this is a simple and powerful example of intelligent technology evolution for the greater good of all farms and systems,” pointed out Townsend. Topcon Positioning Systems (TPS) is a global leader in precision measurement and workflow solutions for the agriculture, construction, and geospatial industries. Topcon Agriculture’s portfolio includes: boom height control systems (UC7 Plus, Norac); crop health monitoring (CropSpec); seed drilling control (Artemis); fertilizer and manure spreading systems (Athene); universal spraying control (ASC-10); and farm management platforms (Topcon Agriculture Platform, TAP FEED). For more information on the UC7 Plus and other Topcon Agriculture solutions, visit the Topcon website. | pag PHOTOS: topconpositioning.com, pavlobaliukh – stock.adobe.com “THE COMBINATION OF PROVEN LEGACY SOLUTIONS WITH THE LATEST IN PRECISION TECHNOLOGY SERVES UP AN EXTREME OPPORTUNITY FOR LOWER OPERATING AND INPUT COSTS, AND LOWER EQUIPMENT REPAIR COSTS.”
A new technology package from John Deere is helping farmers have better harvests. Harvest Settings Automation automatically adjusts multiple combine settings based off three customer inputs, said Bergen Nelson, John Deere’s go-to-market manager for harvesting equipment. Using their G5 display in an S7 or X9 combine, operators can customize settings for broken grain, foreign material, and grain loss. After setting those inputs to specific parameters, “the machine will automatically adjust rotor speed, concave clearance, sieve, chaffer and fan speed,” he told the Farms.com Precision Ag Digital Digest. Once harvest begins, the display will show the current readings for broken grain, foreign material, and grain loss. Operators can input a unitless 0-10 value for each, with higher numbers indicating an increased tolerance. And if the system notices a current reading exceeding an input value, it will make the necessary adjustments. In addition, a time history graph shows the last 15 minutes of performance based on the input settings to help understand performance trends across each harvest outcome. A newer component of the Harvest Settings Automation package is a crop adjustment capability. When a machine exits a field into an area that’s already been harvested, the system will automatically slow down fan speed, for example, to keep all the grain in the combine. A subscription to the Premium or Ultimate Combine License is also required to use Harvest Settings Automation. 14 WATCH THE VIDEO This Technology Adjusts Multiple Combine Settings A MORE PRODUCTIVE HARVEST WITH JOHN DEERE’S HARVEST AUTOMATION DIEGO FLAMMINI FARMS.COM PHOTO: deere.com
15 This subscription also allows farmers to use Predictive Ground Speed Automation. The system uses two cameras looking 28 feet ahead of the combine measuring crop height and volume, and pre-harvest satellite imagery, to optimize combine speeds. “It allows us to maintain peak efficiency in the machine all day long as the yield changes throughout the field,” Nelson said. “It’s kind of like adaptive cruise control on your combine.” Using Ground Speed Automation and Harvest Settings Automation together provides farmers up to 20 percent more productivity and a 10 percent reduction in fuel consumption, he added. Anyone interested in learning more about Harvest Settings Automation or any of Deere’s other technology packages can visit a local dealer or www.deere.com. John Deere explains more in this video. | pag “THE MACHINE WILL AUTOMATICALLY ADJUST ROTOR SPEED, CONCAVE CLEARANCE, SIEVE, CHAFFER AND FAN SPEED.” CHOOSE BETWEEN CROP NEWSLETTERS IN YOUR REGION, A FARM MACHINERY NEWSLETTER, OR THIS DIGITAL DIGEST.
New Holland North America said it is rolling out a new era in round baling with the launch of its Roll-Belt 1 Series—a reengineered lineup of variable chamber balers designed to help haymakers work smarter, bale faster, and stay connected in the field. The Series features three updated models—the RollBelt 451, 461, and 561—which the company said will integrate more durability, more feeding capacity, and more technology than ever before. “No matter the crop, New Holland has a baler built for the job, and they’re proudly made right here in New Holland, Pennsylvania,” stated Alex Berwager, livestock and dairy business manager for New Holland North America. “Whether you’re a beef producer in the Southern Plains or Midwest, or running a dairy in the Northeast, the new Roll-Belt 1 Series was designed with your needs in mind,” continued Berwager. “There’s a configuration to fit nearly every operation.” Feeding Performance Gets a Boost The Roll-Belt 1 Series introduces a redesigned single roller windguard as standard on all OverShot Feeder (OSF) pickup models. This all-new 8.4-inch roller is 60 percent larger in diameter than its predecessor, helping compress the crop mat more effectively and improve feeding into the chamber. For larger windrows, New Holland said that the RollBelt 561 offers an optional dual roller windguard. Its front and rear rollers pivot independently to adapt to variable crop and ground conditions. Operators can also lock both rollers together to compress loose or fluffy windrows. “Each of these three models has a distinct fit,” pointed out Berwager. “Take, for example, the Roll-Belt 561. In corn stalks, it truly shines,” he said. “We’re seeing a 16 percent improvement in feeding capacity thanks to the dual roller windguard, jumping from 43 to 50 tons per hour. Berwager noted that it means less plugging from the controlled crop flow and greater productivity to tackle more when the operator’s time is short. Built Stronger from the Inside Out Durability is a cornerstone of the Roll-Belt 1 Series. The bale forming rolls now feature an extruded roll construction made from seamless tubing that’s 3.5 times thicker than the previous design. According to New Holland, this reduces weld points and improves structural integrity and wear resistance. The pivot roll has also been reinforced with a longer right-side shaft and an internal plate to handle heavy feed loads. It now includes three inner support plates to reduce stress and extend component life. Bearings across the baler have been upgraded to a triple-lip seal design, offering superior protection from dust and debris while keeping internal grease clean and effective. All three models also feature premium Diamond drive chains and upgraded RC100 belt drive roll chains, enhancing the machine’s ability to handle high-volume tasks with confidence. 16 WATCH THE VIDEO PHOTO: agriculture.newholland.com BUILT TO BALE SMARTER New Holland’s Roll-Belt 1 Series Delivers Strength, Speed, and Smart Tech to Everyday Haymaking ANDREW JOSEPH FARMS.COM
17 For the first time, producers will be able to monitor bale weight in real time from the cab. The optional ActiveWeigh system available on the RollBelt 561 uses three precision load cells and an onboard processor to calculate and display bale weight as it forms. Once the tailgate opens, the final weight is recorded and the system resets for the next bale. Operators can track average bale weight and total accumulated weight by field or job, improving inventory tracking, feed planning, and operational efficiency. The Roll-Belt 1 Series also introduces ISOBUS Class III as standard, simplifying tractor-to-implement communication. Two monitor options are available: • IntelliView IV Plus: A full-color touchscreen replacing the previous keypad-based display; • IntelliView 12: A multi-touch interface with faster response and full integration with New Holland’s FieldOps platform. All models can be equipped with IntelliBale Bale Automation, which automates the full baling cycle— from stopping the tractor to wrapping, ejecting, and resuming—all without manual input. The IntelliBale Bale Automation feature offers a fully automated baling cycle that significantly reduces operator workload. Once activated, IntelliBale takes over the entire process: it stops the tractor when the bale reaches its target size, initiates the wrapping sequence, raises the tailgate to eject the bale, and signals the operator when it’s time to resume baling. This hands-free operation not only improves efficiency but also ensures consistency in bale formation, especially during long days in the field when fatigue can lead to errors or uneven results. IntelliBale is especially valuable for solo operators or those managing large acreages, as it streamlines repetitive tasks and allows them to focus on field conditions, crop flow, and productivity. Connected and In Control with FieldOps The Roll-Belt 1 Series is fully compatible with New Holland FieldOps, a mobile and web-based platform that gives producers visibility into machine data, field history, and bale-by-bale performance. Two levels of connectivity are available: 01 Basic Telematics: Tracks baler location, activity, and drop points in real time. 02 Advanced Connectivity (with PCM and IntelliView 12): Provides detailed bale data—size, wraps, moisture, and weight—and generates layered field maps to visualize crop and machine performance. FieldOps data is transmitted via a built-in cellular modem and includes a lifetime connectivity subscription, making it easier than ever to track productivity, share insights, and make data-driven decisions. A Bold New Look and a Proven Legacy In addition to its internal and tech upgrades, the RollBelt 1 Series sports a bold new appearance with yellow side shields, aligning with New Holland’s global brand strategy for its hay and forage portfolio. For over 125 years, New Holland has supported farmers with the technology, solutions, and services they need for productive agriculture. With proven production machines that utilize the latest alternative fuel technology to power the sustainable revolution in farming, New Holland calls itself the sector’s clean energy leader. The 451, 461, and 561 models of the New Holland Roll-Belt 1 Series balers are in production, expected to arrive at dealerships in the fall of 2025. Berwager takes you through the 561 model in this video. | pag
01 Zapping Weeds, Tractoring Autonomously Carbon Robotics introduces two innovative products for farmers: the LaserWeeder G2, a faster, lighter, and more efficient AIpowered weed-control tool, and Carbon ATK, an autonomous tractor kit offering remote supervision for enhanced farming operations. MORE 18 BITS & BYTES 02 Service Like a PRO John Deere introduces Operations Center™ PRO Service, a new digital tool that enhances equipment management with advanced diagnostics, software reprogramming, and real-time support. It empowers owners and service providers to maintain, repair, and optimize their machines. MORE 05 Solix Goes Nationwide Solinftec announces significant expansion into U.S. regions, offering advanced autonomous field solutions. The Solix robots reduce herbicide and water use, provide real-time data, and feature autonomous navigation, obstacle detection, and a solar-powered refill station for continuous operation. MORE 04 Bonsai and Farm-ng Unite Bonsai Robotics has acquired farm-ng, creating a powerful collaboration focused on practical, affordable, and transformative agricultural autonomy. Combining Bonsai’s AI-powered autonomy with farm-ng’s modular platforms, this acquisition enhances smart farming solutions for diverse growers. MORE 03 Farming Smarter, Not Harder A new AEM study highlights how precision agriculture is helping farmers reduce inputs while boosting productivity. With advancements in technology, resource use has decreased, saving money, conserving water, and improving environmental sustainability for a stronger food supply chain. MORE
19 08 Extract More from Every Acre Loveland Products’ Extract XC boosts nutrient release from crop residue, improving nitrogen and sulfur availability. With a concentrated formula, it simplifies handling, reduces application rates, and enhances fall and spring fertility, optimizing yields and soil health. MORE 07 Making Sense of Spraying Case IH’s SenseApply system offers precision, flexibility, and cost savings for farmers with its factory-fit technology on 2026 Patriot and Trident models. Available as a retrofit kit, it delivers live variable rate services and efficient spraying. MORE 06 Corn Health From Above Researchers at the University of Missouri have developed a method using drones and AI to efficiently assess corn health. By analyzing aerial images, the team accurately estimates chlorophyll levels, helping farmers optimize nitrogen fertilizer use for improved crop yield. MORE 09 John Deere Expands with GUSS John Deere has acquired GUSS Automation and plans global expansion, a leader in autonomous crop spraying. GUSS sprayers use GPS, LiDAR, and software to precisely spray crops with minimal operators. MORE PHOTO: FluxFactory/E+ via Getty Images 10 Pushing Hay Boundaries Vermeer Corporation introduces eight new hay tools for 2026, led by the ZR-2200 self-propelled baler. With a focus on speed, precision, and operator comfort, these machines enhance productivity and bale quality, offering innovative solutions for hay producers. MORE
20 WATCH THE VIDEO Precision Planting released a new tool to help producers access and manage data from their displays. “Panorama is the cloud platform we have for extending the power of the Gen 3 20|20 out of the cab and wherever a farmer needs access to that data,” Matt Nelson, a product engineer with Precision Planting, told the Farms.com Precision Ag Digital Digest. “Our philosophy is about leveraging the fullest and highest resolution data possible. This means if a producer is capturing data at 5Hz, he or she should have access to that same quality of data wherever they are, Nelson added. Panorama also supports data from Gen 1 and Gen 2 20|20 displays. Farmers can download Panorama as a mobile app or access its features on a computer or laptop. Once connected to Wi-Fi, the Gen 3 20|20 display will automatically push data to Panorama. “Whatever you can see on the display in the cab, you can see on Panorama,” Nelson said. “Whether that’s downforce, population, singulation, or any other number of metrics.” And while using the platform, farmers have the option to customize the data they’re viewing. This includes comparing different metrics. The platform goes beyond single map comparisons by letting farmers chart any field metric against any other to spot relationships in their data. PHOTOS: precisionplanting.com, eugenegg – stock.adobe.com EXPANDING FARM MANAGEMENT WITH PANORAMA The Cloud Platform Supports Data from Precision Planting’s Gen 3 20|20 Display DIEGO FLAMMINI FARMS.COM
21 “You might graph average crop height by downforce range and discover your crops are 3 inches shorter wherever pressure exceeded 800 pounds,” Nelson said. “That shows you exactly what’s hurting emergence. And of course, you can analyze yield against any of these factors too.” Other features of Panorama include a scouting tool to let farmers take pictures and apply notes to geotagged spots in the field. And a lasso selection tool allows users to create shapes within maps that single out data from a specific area. Users can also share the data. This involves inviting people like crop advisors, at no cost, to be part of the operation to access the information. “We have easy download and export of the data,” Nelson said. “And we’re working on integrations with third parties.” A subscription to Panorama costs $500 per year. “It’s a flat fee with no upcharge,” he said. “You can pair it with as many devices as you want, invite as many people to the operation as you want, and use it with as many acres as you want.” Anyone interested in learning more about Panorama can visit Precision Planting’s website or contact a dealer. Precision Planting explains more in this video. | pag “WHATEVER YOU CAN SEE ON THE DISPLAY IN THE CAB, YOU CAN SEE ON PANORAMA. WHETHER THAT’S DOWNFORCE, POPULATION, SINGULATION, OR ANY OTHER NUMBER OF METRICS.”
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