Some links on this page are affiliate links: if you buy through them we may earn a commission, at no extra cost to you.
John Deere’s January 6, 2025, CES announcement introduced four autonomous machines, but only two are farm equipment: a 9RX tractor for large-scale tillage and a 5ML orchard tractor for air-blast spraying. The systems can take over defined jobs without a driver continuously in the cab; they do not remove the need for people to plan, monitor, maintain, and handle exceptions. Deere later said autonomy perception kits were available for spring 2026 tillage use on current and prior-model-year 8R and 9R tractors, a more specific availability signal than the CES reveal alone.
What John Deere unveiled at CES 2025
Deere presented its second generation of autonomous technology on January 6, 2025. The announcement spanned agriculture, construction, and commercial landscaping—not four driverless farm machines. The two agricultural systems address distinct jobs; the other two apply autonomy to quarry hauling and mowing. Deere’s announcement describes the lineup:
| Machine | Industry and intended task | Autonomy approach |
|---|---|---|
| Autonomous 9RX tractor | Agriculture: large-scale tillage | Second-generation autonomy kit with 16 cameras arranged in pods to provide a claimed 360-degree view |
| Autonomous 5ML orchard tractor | Agriculture: air-blast spraying in orchards | Cameras and LiDAR to sense and navigate dense orchard rows and canopies |
| 460 P-Tier autonomous articulated dump truck | Construction and quarrying: repetitive material hauling | Cameras, perception systems, and an autonomy kit |
| Autonomous battery-electric commercial mower | Commercial landscaping: mowing | Stereo-camera coverage and battery-electric power |
The agricultural expansion is task-specific: tillage in large fields and spraying in orchards. It is not evidence that Deere’s machines can autonomously plant, harvest, transport, or perform every other farm job.
What’s actually slowing this PC down?
Pick the symptom - the matching free tool is one click away.
What changed from Deere’s 2022 autonomous tractor
Deere introduced an autonomous 8R tractor and tillage solution publicly at CES 2022. The 2025 announcement extended its autonomy approach to a larger tractor configuration and to more constrained settings, including orchard rows, quarries, and commercial mowing. The company says the second-generation perception kit improves distance perception and depth calculation, supporting larger equipment and faster travel. In the orchard, Deere adds LiDAR alongside cameras to handle dense canopies and close quarters. These are Deere’s descriptions of the system’s capabilities, not independent performance guarantees for every field or orchard.
#1 Best Overall
- USA-Made Durability You Can Trust: Proudly made in America (with some imported parts), our John Deere tractor is built tough with heavier-duty materials to outlast other brands. Backed by a 2-year warranty for ultimate peace of mind.
- Largest in Its Class - Perfect for Growing Kids: Designed for years of play, our extra-large tractor accommodates kids aged 3 to 7 with a weight capacity of up to 85 lbs—far surpassing smaller options. Kids can enjoy it longer and grow with it!
- Stability & Comfort for Safe Play: Built with a robust, heavier-duty frame and additional stability for secure riding, our oversized tractor includes an attachable trailer for even more fun. Designed for kids who love to explore!
- Realistic Features: A working FM radio, adjustable seat with flip-up armrests, and a realistic 3-gear shift with forward, reverse, and two speeds - 2¼ & 4½ mph. Let your little one enjoy a lifelike driving experience that lasts!
- Unstoppable All-Terrain Power: From asphalt to grass, this heavy-duty tractor handles all surfaces with ease, allowing for safe, smooth rides on any terrain. Plus, its weather-resistant battery keeps the adventure going year-round.
Deere identifies tillage as the first job for its autonomous tractor solution. Tillage is a plausible starting task because it can involve repetitive passes across large fields and must often fit around short weather and soil-condition windows. Extra operating hours may help a farm complete work on time, but they do not make more tillage agronomically appropriate. Deere’s autonomy overview describes its initial tractor use case.
How the 9RX performs a tillage job
The 9RX uses 16 cameras in pods around the tractor. Deere says the cameras provide a 360-degree field view; computer vision, artificial intelligence, and depth perception help the machine interpret its surroundings and navigate. A farmer sets up a defined job and can leave the cab while monitoring progress through Deere’s digital tools. Compatible tillage equipment and farm-management software are part of the operating setup, not optional details that turn any tractor into an autonomous one.
That makes the 9RX most relevant to large-scale row-crop operations where tillage is a recurring, time-sensitive task and the tractor, implement, field data, and support arrangements fit Deere’s system. Deere’s stated initial use is tillage—not a general autonomous capability for planting, spraying, harvesting, or transport.
How the 5ML differs in an orchard
The autonomous 5ML is designed for air-blast spraying in orchard rows. It must move slowly near trees, where canopies and narrow passages make navigation different from open-field work. Deere says cameras and LiDAR work together to measure distance and navigate this environment. Its orchard technology account describes spraying tractors operating at about 2.5 mph as an example; that is not a universal speed specification for every orchard or configuration.
Deere announced the initial autonomous orchard tractor with a diesel engine and said a comparable battery-electric tractor would follow. The announcement does not establish that the electric 5ML is commercially available. Orchard spraying is a focused application, not general-purpose autonomous orchard care.
Why these jobs are attractive targets for autonomy
The labor problem is often about having the right person at the right moment, not simply reducing payroll. Tillage, spraying, planting, and harvesting can be squeezed into weather- or crop-dependent windows. If qualified operators are unavailable during those periods, work may be delayed or farms may struggle to cover the hours required. Autonomy that keeps a defined task moving beyond the hours a person can sit in a cab could improve capacity and scheduling resilience.
Orchard spraying can also be slow, repetitive, physically demanding, and carried out in hot, dusty, noisy, or low-visibility conditions. Reducing the time an operator spends in those conditions may matter even if people remain responsible for supervising the job and supporting the machine.
Outdated Drivers Are Slowing You Down
One free scan finds every outdated or missing driver and matches the right update for your exact hardware.Free scan · exact hardware matchPC Slower Than It Used to Be?
A free scan shows the junk files, broken settings and background clutter dragging Windows down - then fixes them in one click.Free scan · Windows 10 & 11Rank #2
- Stable Design: Watch your kids scoot to their heart's content with a foot to floor John Deere tractor that includes a wide wheelbase for riding stability while they're exploring
- Easy to Assemble: This John Deere tractor toy has a durable design that is is easy for parents to put together and makes it ready to roll in a matter of minutes
- Ride On Vehicles: This ride on John Deere tractor toy is lightweight to help your toddlers maneuver around corners indoors or around obstacles outside in the backyard
- Officially Licensed: This push and pull foot to floor tractor brings the barnyard home with authentic John Deere colors and details, just like kids see on the farm
- Toddler Ride On: This fun ride on toy makes a fantastic addition to your little one's birthday gifts or Easter basket stuffers, suitable for ages 18 months and up to 60 pounds
Deere’s announcement cites an American Farm Bureau Federation estimate of roughly 2.4 million farm jobs needing to be filled annually. That is an annual jobs-to-be-filled estimate cited by Deere, not a count of 2.4 million permanent full-time vacancies. Independent reporting notes that no single comprehensive national dataset captures the entire U.S. farm-labor shortage; constraints vary by state, crop, season, farm size, wages, and other factors. Agriculture Dive’s coverage discusses those limits.
What “autonomous” means—and what remains human
Deere uses the term “fully autonomous” for its system, but that does not mean an unattended machine that independently manages a farm job from start to finish. It means the machine can carry out a configured task without someone continuously seated at the controls. A person still prepares and starts the job, monitors it remotely, and responds when conditions call for intervention. An SAE-related technical account describes the ongoing connection between operator and machine as a “digital umbilical cord.”
- Before the job: A person selects the task and settings, checks the machine and implement, and ensures field maps, boundaries, and paths are suitable.
- During the job: The operator monitors status, video or other available information, and alerts through compatible Deere tools. The machine may stop or pause when it detects an obstacle or condition requiring attention; the announcement is not a complete account of its response to every hazard.
- When an exception occurs: Someone must assess the alert, intervene if needed, and determine whether it is safe and appropriate to resume or take over manually.
- Beyond the automated task: People still handle fueling or charging, maintenance, repairs, machine recovery, agronomic decisions, and work outside the system’s supported use.
Deere presents autonomy as a way to help farms do more with fewer people and address labor gaps, while its business-impact report also describes opportunities to upskill workers. The job can shift toward planning, fleet monitoring, data handling, maintenance, and exception response rather than disappear. One California farm changed a tractor-driver listing into an ag-tech operator role and attracted more applicants, according to independent reporting; that single example does not establish that autonomy creates more agricultural jobs overall. Deere’s 2024 business-impact report outlines the company’s position.
Availability and pricing are separate questions
A CES reveal is not the same as a generally orderable machine. In December 2025, Deere told investors that its autonomous perception kits were available for delivery and use during the spring 2026 tillage season on current and prior-model-year 8R and 9R tractors. That update is specific to the tractor tillage system; it does not establish broad availability for every model or the 5ML, dump truck, or mower. Deere’s December 2025 investor-day transcript provides that timing. Availability can depend on model year, machine and implement compatibility, geography, dealer capacity, and the specific job.
The Tool Desk
Outbyte PC Repair FREEClear out junk files and repair common Windows errorsFree Scan →Outbyte Driver Updater FREEScan for outdated or missing drivers - takes under a minuteDriver Scan →The CES announcement did not publish a universal retail price, and the cited sources do not establish a standard price or subscription fee. A January 2025 trade report said subscription pricing was still being evaluated. A farm considering the system should request a dealer quote that itemizes the tractor or retrofit, autonomy hardware and software, compatible implements, installation, connectivity, training, support, and any recurring charges. Without those costs and the farm’s operating assumptions, a credible payback figure cannot be calculated. Agriculture.com’s January 2025 report covered the pricing uncertainty at the time.
Equipment, connectivity, and operating prerequisites
Autonomy depends on a compatible package, not just a tractor with cameras. Deere lists selected 8R, 8RX, 9R, and 9RX tractors and certain tillage implements as autonomy-ready, and says some existing equipment may qualify for an Autonomy Precision Upgrade. A dealer needs to confirm compatibility for the exact tractor, implement, model year, and task. Deere also sells Precision Essentials hardware— a G5 or G5 Plus display, StarFire 7500 receiver, and JDLink M or R modem—but that precision and connectivity kit is not, by itself, a complete autonomous solution. Deere’s Precision Essentials announcement describes the kit.
Remote monitoring and machine-data exchange require communications. Farms without suitable cellular coverage can ask about JDLink Boost, Deere’s satellite-connectivity option associated with its Starlink partnership, but must confirm service geography, compatibility, coverage, and total cost for their operation. Deere’s JDLink Boost announcement describes the option.
Rank #3
- Tractor Toy: This robust John Deere tractor is 12 inches long and features authentic details and large free-rolling wheels for both indoor adventures and outdoor terrain
- Lights & Sounds: Watch this toy tractor roar to life with realistic light and sound effects that bring playtime to a new level; and batteries are included so the fun can start right away
- Kid Tough: This tractor's sturdy plastic construction is great for playtimes both indoors and out, whether conquering the playroom or joining a fleet of sand toys
- Farm Toy Fun: Kids ages 3 and up will love activating this electronic tractor toy while imagining themselves riding around the farm and rolling from place to place
- Officially Licensed John Deere Product: The Lights & Sounds Tractor toy is an officially licensed part of TOMY's collection of John Deere toys – Our mission is to make the world smile!
- Compatible autonomy-ready or eligible upgrade hardware, plus an approved implement for the intended job.
- Accurate field maps, boundaries, paths, and work settings.
- Compatible displays, positioning, connectivity, and Deere digital tools for the specific machine.
- A trained person available to monitor alerts and handle exceptions, fueling or charging, maintenance, and recovery.
- Dealer installation, configuration, training, and service support.
- A manual fallback plan and clear responsibility for safety, machine recovery, and any damage or overspray.
Risks and limits buyers should examine
A system that repeats a mapped task consistently may still be poorly suited to an unusual field, an unexpected obstacle, or changing conditions. The CES announcement establishes the sensors and intended uses, not a complete operational safety case for every farm environment. Buyers should ask dealers what the machine does when it encounters a person, animal, vehicle, blocked implement, abnormal load, poor positioning, or other exception—and who must respond.
- Field and sensor conditions: Dust, mud, rain, darkness, glare, or contamination may affect sensing. Trees, waterways, uneven ground, irregular boundaries, and frequent obstacles can make a field or orchard harder to map and operate in.
- Connectivity and positioning: A dead zone, weak signal, or positioning problem can disrupt monitoring or job execution. Confirm system behavior and recovery steps for the exact configuration rather than assuming it will continue safely or autonomously.
- Maps and changing conditions: Incorrect boundaries or prescriptions, narrow or irregular orchard rows, shifting canopy or residue, and terrain beyond supported assumptions may require human judgment or make a site unsuitable.
- Machine exceptions: Low fuel or battery, maintenance needs, breakdowns, blockages, or abnormal draft and load conditions still require people and a workable response plan.
- Safety, data, and liability: Establish who can access the machine remotely, how data and system access are managed, what manual takeover requires, and how responsibility is handled after crop damage, collision, chemical overspray, or recovery.
- Agronomy and utilization: More hours of operation are useful only when they fit the crop plan and soil-management goals. Independent coverage has noted that round-the-clock tillage may conflict with no-till or reduced-tillage approaches. The farm also needs enough annual hours or acres to justify equipment, service, and connectivity costs.
- Dependence on a digital ecosystem: Displays, Operations Center, JDLink, compatible implements, software, and local dealer support can shape the cost and flexibility of an integrated system.
Deere’s Operations Center provides farm-management and machine-monitoring tools, but buyers should verify the data exchange and integration available for their particular fleet, especially if they operate mixed brands.
How Deere compares with other autonomy approaches
There is no single alternative that fits every crop or farm. Compare systems by task, machine size, compatibility with equipment already owned, autonomy and supervision model, dealer support, and economics—not just by a headline claim that a machine is driverless.
| Approach | Where it may fit | What to verify |
|---|---|---|
| Deere integrated tractor system | Large-scale tillage with compatible Deere tractors, implements, displays, and digital tools | Exact model-year and implement compatibility, retrofit eligibility, connectivity, dealer service, software costs, and supported task |
| Agtonomy | Specialty crops such as vineyards and orchards; reporting describes its focus as complementary to Deere’s row-crop emphasis | Current product, crop and machine support, operating model, availability, and pricing |
| Sabanto retrofit or smaller-machine approach | Farms interested in retrofits, multiple lower-capacity machines, or a swarm-style operating model | Equipment compatibility, fleet supervision, local support, autonomy level, and total operating cost |
| Monarch Tractor | Electric and autonomous or assisted tractor use in smaller and specialty-crop operations | Current model specifications, availability, supported tasks, and pricing |
| GUSS Automation | Orchard spraying, including diesel and electric sprayer options and Smart Apply precision-spray options | Row spacing and terrain fit, dealer availability, spray configuration, supervision model, and quote |
Independent reporting discusses Agtonomy and labor trends and Sabanto’s smaller-machine and swarm-style approach. A Japanese government agritech report lists Monarch’s MK-V among autonomous tractor products, but does not settle current availability or pricing: NEDO’s report. Deere and GUSS have announced an electric orchard-sprayer option with select-dealer availability; that is a separate sprayer product, not proof that the autonomous 5ML electric version is on sale. Deere’s GUSS announcement describes the option.
Who should consider Deere’s approach?
The strongest case is a farm with a clearly defined, repeatable task, enough acreage or operating hours to use the system, and a meaningful cost to missing a narrow work window. A large row-crop operation evaluating tillage and an orchard operator assessing repetitive spraying have different equipment and field-fit questions; neither should assume that an announced machine is ready for every site.
Before committing, ask a Deere dealer to confirm supported geography and machine configuration, new versus retrofit requirements, hardware and installation charges, software and connectivity fees, training and service response, warranty coverage, insurance and liability, manual fallback procedures, and the acres or hours the system can realistically cover in your conditions. Compare those costs with the value of added timeliness and reduced need for continuous cab time—not with an assumed promise of lower total labor costs or higher yields.
Quick Recap
Product prices and availability are accurate as of the date/time indicated and are subject to change. Any price and availability information displayed on Amazon at the time of purchase will apply.
