Key takeaways
- Pallet and keg moves between packaging, cold storage and docks are repeat work that can pull trained operators away from packaging output.
- A robot plus a smaller team keeps operators on judgment work, not an empty floor.
- The real savings figure comes from counting your own moves per shift, measured during a site assessment.
- The robot is leased through financing, and the payment comes in the quote after a free site assessment.
- Floor condition, dock layout and cold room doors decide where the robot fits best.
Can autonomous forklifts for breweries free up packaging hours?
Yes, in the places where the work is repetitive. Autonomous forklifts for breweries fit best on the pallet and keg moves that run between the packaging line, cold storage and the loading dock. Those moves are necessary and predictable, and they often fall to the same trained operators who should be watching fill levels, changeovers and quality checks.
The fit is practical. An autonomous forklift follows set routes, picks up a pallet or keg at a station, and drops it where the schedule says it belongs. That returns the minutes operators now spend driving to and from the same stops, and it keeps the packaging line supplied without someone stepping away from a task to fetch a load.
A small taproom plant and a large packaging operation both need the same starting point: a count of how many moves happen per shift and how far each one travels. We take that count during a free site assessment, before any lease quote is prepared. The rest of this page covers the problem, the daily work, the areas it serves, the staff it works alongside, the savings drivers, the limits, and how to start.
What do pallet and keg moves cost a brewery today?
Most brewery crews know the answer even if nobody has counted it. Operators move full pallets of cans or bottles from the packaging line to finished goods, and they move kegs between the brewhouse, cold storage and the dock. Each move looks small. Added together, they pull trained people away from the line on every shift.
The industry is crowded and shifting. According to the Brewers Association, as reported by Axios, its 2025 production report counts 9,578 craft breweries, down 2.9% from 2024, with about 300 openings in 2025 against 518 in 2024. The same report lists 1,994 microbreweries, 3,525 brewpubs, 3,784 taprooms and 275 regional breweries. Other Brewers Association releases list other totals, so check the figure against the report before you quote it.
A midyear report from the Brewers Association counted 9,269 operating craft breweries, down 1% year over year, according to MyBeerBuzz. Labor is the harder part. A PMMI Business Intelligence study of beverage packaging, based on an online survey from late 2024 to early 2025 plus interviews, found respondents cited difficulty retaining employees and declining interest in labor. Kegs add physical strain as well, since one trade magazine article puts a full keg at up to 160 pounds.
How do autonomous forklifts help breweries?
The main benefit is that trained operators stay on work only they can do. Packaging output depends on people who notice a jam early, catch a fill problem and run a changeover cleanly. When those same people are driving pallets and kegs between stops, the line waits for them.
The second benefit is steadier flow. A robot runs the same route at the same pace on every shift, so the packaging line gets its pallets and the cold room gets its kegs on schedule, not whenever a driver happens to be free. That evens out the stop and start pattern that makes a line hard to plan around.
The third benefit is handling. Fewer manual keg moves means fewer heavy lifts and fewer trips through busy lanes, which matters when a full keg can weigh up to 160 pounds. Brewers already see the appeal. A PACK EXPO survey from 2019 found that 77% of participating brewers and distillers foresaw automating some manual operations, including washing, accumulating, filling, capping, labeling and end of line packaging.
How does the robot work day to day at a brewery?
The routine is simpler than most people expect. The site is mapped first, so the robot learns the aisles, dock doors, cold room entrances and packaging stations. Routes are set with your crew, and each pickup and drop point is tagged so the robot always knows where a pallet or keg belongs.
During a shift, a move is queued, the robot travels to the pickup point, lifts the load and carries it to the destination. Staff can watch the queue and move urgent loads up the line. When the battery runs low, the robot returns to charge, which is why charging times are planned around shift changes during the assessment.
Keg work needs the most setup. Kegs are heavy, stack differently from cases and need clean, level pickup points, so the layout and staging areas are part of the plan. Staff still load and unload trucks, handle exceptions and decide what goes where. The robot takes the repeat trips, and the people keep the decisions.
Which areas of a brewery does the robot work in?
The robot works in the areas that connect production to storage and shipping. It does not run the brewhouse or the packaging equipment. Its work starts and ends at stations where a person hands off a load, so those handoff points decide how well the system runs.
The zones below are the usual areas in a brewery. Your building will differ in layout and in what is worth automating first. The assessment shows which zones carry the most repeat moves and which should stay with an operator for now.
We usually suggest starting with one lane or one move type. A focused start is easier to measure, easier to adjust and easier for the team to trust before the robot covers more of the building.
How do robots and existing staff work together?
The robot does not replace the team. It takes the repeat moves so the team can do the work that needs judgment, like checking fill levels, managing changeovers, catching a damaged pallet and planning the next day's kegs. A brewery with a robot still needs its operators, and it usually needs them close to the handoffs.
Plan for a smaller team, not an empty building. Staff learn to set up moves, clear exceptions and watch the queue. Those duties are new, and they go to the people who already know the line, which is why the team stays part of the plan.
We pick the robot for the site, deploy and integrate it, train your staff and service it nationwide. Training covers daily checks, clearing a stopped route and when to ask for on-site dispatch or remote triage. Support continues through go live, so the team is not left to troubleshoot alone in the first busy week.
What drives the savings from autonomous forklifts for breweries?
The savings come from three things: how many repeat moves you run per shift, how far those moves travel, and how much operator time they take today. Each of those is specific to your building, so we measure them rather than guess at them.
We do not have a verified figure for hours a brewery spends on pallet or keg moves, so this page does not offer one. The research does show the setting. The Brewers Association counted 9,578 craft breweries in its 2025 production report, and a PMMI study of beverage packaging found respondents cited difficulty retaining employees, which puts a premium on keeping trained operators on the line.
We usually suggest starting with one lane or one move type, then widening once the team trusts the routine. The number that matters is the operator time recovered from moves you actually run, minus the time your team spends on setup and exceptions. The quote is built from that measured picture, not from a generic estimate.
What can an autonomous forklift not do?
It does not make calls a person should make. It cannot judge whether a keg is sealed properly, spot a leak, decide a pallet is damaged, or reorder the day when a delivery arrives early. Those calls stay with your team, and the plan is written around that.
Physical limits matter too. Uneven floors, cracks and drains in the path, narrow cold room doors, steep dock ramps and loads not stacked to specification can stop a route. Outdoor areas exposed to weather, ice or mud are a separate question and need their own review.
It will not fix a layout that works against it. If lanes are blocked by standing stock or doors open into the route, the robot waits. We would rather say so during the assessment than after go live, when changes are harder to make.
How does a brewery get started?
Start with a free site assessment. We walk the packaging line, cold storage, dock and taproom back areas, measure the moves, check floors and doors, and map the routes. You receive a plan that shows the move counts, the zones to start with and any staffing changes it needs.
The robot is leased through financing, and the payment comes in the quote after the site assessment. No quote is given before the walk. Our lease financing programs and robot lease options are matched to the site, and we can start with one leased unit if a pilot makes more sense than a full deployment.
After approval, we handle robot deployment and integration, staff training and go live support. Service runs through a robot maintenance service plan with on-site dispatch and remote triage, and we provide emergency response nationwide. The first step is a walk of your building, and it is free.
Frequently asked questions
Want an autonomous forklift at your brewery?
Tell us about your site. We will recommend the robot, quote the lease, and keep it serviced.