How Autonomous Forklifts Can Benefit Feed Mills

How can autonomous forklifts for feed mills help?

Autonomous forklifts for feed mills take over the repetitive pallet trips that keep people walking and lifting through every shift. At a feed mill, those trips carry bagged feed from the line to storage, finished pallets from storage to the loading dock, and empty pallets back toward the line. The robot runs each trip on a mapped route, picks up a pallet at a set point and sets it down at the next one.

The main benefit is steadier flow with the same crew. Operators spend less time on trips that repeat all day and more time on work that needs judgment, such as checking bags, watching the line and handling exceptions. A robot does not get tired at the end of a long shift or skip a move because someone called out.

The fit is strong because feed and finished pallets follow fixed routes between production, storage and loading docks. That pattern suits driverless forklifts much better than open yard work with changing layouts. Service Robot Co. starts with a free site assessment, so the route and the layout show if the fit is real before any lease is discussed.

How many feed mills are there, and why does staffing keep coming up?

According to the American Feed Industry Association, the US had 5,125 feed mills and 523 pet food manufacturing facilities in its 2023 count. The same association reports that every state has at least two feed mills except Delaware, Hawaii, New Hampshire and Rhode Island. A separate page from the same association counts nearly 5,650 animal food manufacturing facilities, feed and pet food combined, producing more than 284 million tons of finished feed and pet food a year. The scopes differ, so the figures should not be added together.

Staffing is the pressure point. A 2016 survey reported by FeedNavigator found that 68% of respondents named labor and staffing quality employees as their major challenge. That figure is older, but an undated trade article from Feedstuffs still describes a shortage of qualified workers as one of the greatest challenges for US feed mills, and notes that the specialized work offers few training opportunities.

CoBank, an agricultural lender, reports that labor is typically about half of a feed mill's total operating cost, and it links rising labor costs to more automation. For an operator, the repetitive moves that take people away from the line are the first place to look.

What does moving feed and pallets look like today?

In most feed mills, the moves are simple and they happen constantly. Bagged feed comes off the line, gets palletized and wrapped, and then goes to a staging spot or a storage aisle. Finished pallets wait for a truck and move to a dock. Ingredients and packaging flow in the other direction from receiving, and empty pallets circulate back toward the line.

Most of that work is still done with a forklift driven by a person, who must be at the controls for each trip. Operators spend time waiting for a free truck or a free dock, traveling empty, and moving between the same few points. Breaks, absences and shift changes cut into coverage, and a missed move can stall the line or delay a truck.

The repetition is the opportunity. Moves that happen the same way many times a shift are the ones an autonomous forklift handles best, because every trip can follow the same route, the same stop points and the same handoff rules.

Where would an autonomous forklift work inside a feed mill?

The best starting zones are the fixed legs of the flow. Most mills have a short list of pickup and drop points, and each leg repeats through the day. Those legs are the first candidates for mapping, because the value comes from doing the same trip reliably.

Typical zones include receiving, the exit of the bagging line, the finished goods warehouse and the loading dock, along with the storage areas for empty pallets and packaging. Each zone needs a marked staging spot and a clear lane. Areas with heavy mixed foot traffic or frequent layout changes usually need more mapping work before go live.

Start narrow. A phased deployment with one leased unit on one fixed loop lets the team learn the route, the staging habits and the exception process before a second leg is added. The rest of the mill keeps running while that happens.

How does an autonomous forklift work there day to day?

The day starts with a mapped route and a checked battery. A staff member places a loaded pallet at the pickup point, confirms the load, and sends the robot on its way. The robot travels the route, uses its sensors to avoid people and objects, sets the pallet at the drop point and returns to charge or to its next task.

Orders reach the robot directly from the mill's dispatch system or a simple screen. A 2025 peer-reviewed study by Wojtynek and colleagues found that order execution favored the autonomous units for that reason, in dynamic forklift testing that was not run in a feed mill.

Daily checks are short. Staff confirm the route is clear, check that pallet stacks are stable, and note any issue for the shift lead. Anything unusual, such as a spilled bag, a torn wrap or a damaged pallet, goes back to a person, who decides what happens next.

How does the robot work alongside existing staff?

The robot does not replace the team. It takes over the trips that pull people away from the line, while the team keeps the judgment work. A feed mill still needs people to run the bagging line, inspect product, load trucks, handle paperwork and deal with what a robot cannot assess.

Most operators keep a smaller team with the robot covering the repetitive pallet flow. That usually means reassigning staff to inspection, line work and dock tasks, not cutting the crew to zero. Service Robot Co. trains staff on the robot, the dispatch screen and the exception process during go live, so the people who run the mill know what to do when the robot stops.

Good planning matters. The team needs a clear rule for who clears a blocked route, who restages a pallet and who calls for help. Those rules are written during the site assessment and refined in the first weeks of operation.

What drives the savings, and what do the numbers show?

The savings come from hours, not from a single headline number. Each trip taken off a person's day returns time to the line, the dock or inspection. The biggest effects show up where the flow is most repetitive and where the crew is thinnest.

A 2025 peer-reviewed study by Wojtynek and colleagues, based on dynamic forklift testing, found that manual front forklifts averaged about 5 hours of total working time per day, while autonomous forklifts averaged about 4 hours. That study was not run in a feed mill, so treat it as a benchmark to test on your own route, not as a forecast for your site.

Vendor figures point the same way, with caveats. A vendor case study from a 3PL warehouse reported a 64% reduction in human labor cost compared with a forklift. That is a vendor claim from a different kind of facility, and it measures cost rather than hours, so use it as a reason to measure your own labor, not as a promise.

Turnover adds to the case. Across manufacturing overall, not feed mills specifically, Pet Food Processing reported a turnover rate of 39.9% in 2021. Each departure from a small crew costs training time, and a route that runs the same way every shift is easier to hand off.

What can an autonomous forklift not do in a feed mill?

The robot is not a general-purpose worker. It runs mapped routes between defined points, and it struggles when those points change often. Walk the route with the team before anyone commits to a layout, and ask the integrator to show where the route would need to change.

It will not make judgment calls. A torn bag, a spill of feed, a shifted load or a truck staged in the wrong bay still needs a person. Trailer loading inside a truck is also not a given in every layout, so confirm that scope during the site assessment rather than assuming it.

Conditions matter too. Floors, lighting, ramps, the charging plan and traffic patterns all affect how well the robot performs. A blocked path stops the robot until the path clears or staff step in, which is why the clearing rule belongs in the plan from day one.

How do you get started with autonomous forklifts for feed mills?

Start with a free site assessment. The integrator maps the flow, measures the route and identifies the legs that repeat most. From that, the team agrees on the first zone, the staging rules and the exception process.

Service Robot Co. is a US commercial robot integrator. We pick the right robot for the site, lease it through financing, deploy and integrate it, train the staff and service it nationwide. The robot is leased, and the payment comes in the quote after the site assessment, so the quote reflects your route and your mill rather than a generic offer. Lease financing programs and robot lease options vary by site.

Service stays with the robot after go live. The service team covers the units nationwide, and the quote spells out what service is included.

Start with one leased unit on one fixed loop. Once the route runs well, add the next leg. That is a sensible way to learn the mill before committing to more.