The Short Answer

Staff-serve, self-service, semi-attended, and unattended are different operating models built on similar underlying hardware. The model you choose changes staffing, interface design, payment and identity handling, compliance obligations, and support requirements far more than the machine itself does. Pick the operating model that fits your guest flow, compliance environment, and staffing plan first, then select equipment that supports it. Availability of any given mode depends on configuration, beverage type, and local jurisdiction. Age-verification rules in particular vary by municipality.

What staff-serve and back-of-house beverage automation look like

In staff-serve and back-of-house models, automation operates behind the scenes as a production tool, while a staff member remains in the workflow the entire time.

Who selects the recipe?

A staff member selects the drink on the system’s interface, whether manually or via a POS integration.

Who handles the cup and garnish?

Staff typically handle cup placement, garnish, and any finishing steps the automated system doesn’t do itself.

Who owns exceptions

When something goes wrong an empty ingredient, a jammed pour, a guest asking for a substitution a staff member is right there to fix it, which is one of the main operational advantages of this model.

What guest self-service changes

Moving to guest self-service shifts several responsibilities from staff to the equipment and its supporting systems.

Interface and payment

The guest-facing interface has to be simple enough for someone unfamiliar to use correctly, and payment has to be handled by the system itself rather than a staff member at a register. Confirm current payment and identity-verification methods with TendedBar before publishing or promising specific options.

Cup control and handoff

Systems need a defined way to prevent overfilling, contamination, or misuse without requiring a staff member to watch every pour.

Staff oversight

Even in self-service settings, most deployments maintain some staff presence nearby for restocking, troubleshooting, and guest assistance. The difference from staff-serve is proximity and involvement per transaction, not necessarily zero staffing.

What unattended beverage service requires

Unattended operation is the most demanding model to run responsibly, since there’s no staff member present to catch problems as they happen.

Remote monitoring

Operators generally need reliable remote visibility into ingredient levels, error states, and machine status so problems get addressed before they affect guests.

Restock ownership

Someone still has to own a restocking schedule and route for unattended locations. Automation doesn’t remove that responsibility. It just moves it off-site.

Failure states and guest support

Plan for what happens when the system fails while unattended: how a guest gets help or a refund, and how quickly staff can respond. This is one of the most commonly underestimated parts of unattended deployments.

A note on alcohol and unattended service: Unattended service of alcoholic beverages isn’t universally lawful. It depends on local and state regulations, licensing, and the specific compliance controls built into a given configuration, and age-verification requirements vary by municipality. Reach out to TendedBar to learn what applies to your specific location, and never assume unattended alcohol service is permitted without confirming with local authorities and your own legal counsel.

How beverage type changes the operating model

Non-alcoholic drinks

Non-alcoholic beverage programs generally face fewer regulatory constraints, which is part of why self-service and unattended models are more common in these menus.

Alcoholic drinks

Alcoholic beverage programs carry licensing, age-verification, and service-mode restrictions that vary by state and municipality. Reach out to TendedBar to learn what applies to your specific location before publishing or promising any specific alcohol self-service capability.

Dairy and perishable ingredients

Menus that include dairy or other perishables add food-safety considerations temperature control, shelf life, and cleaning frequency that should factor into your choice of operating model and maintenance plan.

Comparison: staffing, throughput, compliance, footprint, and experience

• Staffing: highest in staff-serve, lowest in unattended, though unattended still needs restocking and monitoring labor, just not per-transaction. A single well-run system can cover the throughput of four or more additional staff.
• Throughput: depends heavily on interface design and guest familiarity, not just the operating model. Pours can run as little as 5 seconds each once a guest knows the interface.
• Compliance: gets more complex moving from staff-serve through unattended, especially for alcoholic programs.
• Footprint: self-service and unattended models often need extra space for guest queuing and interface access that staff-serve back-of-house setups don’t.
• Guest experience: staff-serve keeps a service touchpoint; self-service and unattended trade that for speed and availability outside staffed hours.

Where TendedBar configurations may fit

TendedBar’s platform supports staff-serve, self-service, and, where configuration and local compliance requirements allow, more limited-attendance models. Which specific configuration fits your operating model depends on your beverage program and jurisdiction, so talk to TendedBar directly about a configuration-by-mode fit for your venue.

Decision questions for operators

• What level of staffing do you realistically have at this location?
• Does your beverage program include alcohol, and what does your local jurisdiction require for that service mode?
• Who will own remote monitoring and restocking if you move toward self-service or unattended?
• What’s your plan for guest support if the system fails when unattended?
• Does your menu include dairy or other perishables that add food-safety requirements?

The Short Answer

A commercial automated beverage dispenser mixes and pours a drink to a set recipe on demand, taking over some or all of the manual steps a bartender or crew member would otherwise handle. It covers everything from carbonated soft drinks to full cocktails depending on configuration, pouring in as little as 5 seconds per drink, and can be run by staff, by guests, or with limited attendance. Whether it makes sense for your operation comes down to your volume, menu, footprint, and who’s going to own cleaning and restocking, not just the equipment itself.

How an automated beverage system works from order to handoff

Most commercial beverage automation systems follow a similar sequence, even though the interface and hardware differ a lot between platforms. Knowing each step helps you tell what a vendor is actually offering apart from what’s just marketing copy.

Order or selection

A drink gets selected either by a staff member on a touchscreen or button panel, or directly by a guest through a self-service interface. Some systems tie into a point-of-sale (POS) system so the order fires automatically; others are stand-alone and need a manual selection.

Ingredient measurement and mixing

Once a recipe is selected, the system doses each ingredient (syrups, juices, spirits, or other components according to a stored formula. This is portion control at its core: the same drink comes out the same way every time, no matter who (or whether anyone) is running the machine that shift.

Cooling, carbonation, and cup handoff

Depending on the menu, the system may chill ingredients, add carbonation, or dispense over ice before handoff. That handoff can go to a staff member for guest delivery, straight to a guest at a self-service station, or into a queue for pickup.

Data and monitoring

Many systems log pour counts, ingredient levels, and error states, so operators get visibility into consumption and maintenance needs without manual inventory counts. How deep that reporting goes varies a lot by vendor and configuration.

How it differs from a soda fountain, self-pour tap wall, and vending machine

These categories get confused often enough that it’s worth separating them:

• Soda fountain: limited to carbonated soft drinks with fixed syrup lines and no real recipe automation beyond flavor selection.
• Self-pour tap wall: guest-controlled taps, most often used for beer, wine, and cocktails on tap, usually metered by volume or time rather than a built recipe.
• Vending machine: a packaged-goods dispenser (cans, bottles) with no mixing or recipe function at all.
• Automated beverage dispenser: builds a drink to a recipe from component ingredients. That’s the line that separates it from the three above.

Which beverage categories and service models can be automated?

Automation isn’t limited to one beverage category. What a given system can actually produce depends on its specific configuration (ingredient inputs, plumbing, software), so treat any vendor’s beverage list as configuration-specific, not universal.

Crew-serve and back-of-house

Staff selects and produces drinks using the system as a production tool, and guests never touch the machine directly. This keeps a person in the workflow for quality control and guest service while still picking up consistency and speed.

Guest self-service

Guests interact with the system directly, typically through a touchscreen, to select and receive their own drink. This shifts more of the interface, payment, and identity-verification design onto the equipment and whatever it’s integrated with.

Semi-attended and unattended

Some deployments combine self-service with limited or no on-site staff oversight. Availability of unattended operation, especially for alcoholic beverages, depends heavily on the configuration and the local jurisdiction. Age-verification requirements vary by municipality, so never assume unattended alcohol service is allowed at a given location without confirming the specifics for that market.

When beverage automation makes operational sense

Recurring volume or peak demand

Venues with predictable high-volume stretches (game days, conference sessions, festival hours) tend to see the clearest case for automation. A single well-configured system can produce the throughput that would otherwise take four or more additional staff to match, which is where the labor math starts to work in automation’s favor.

Menu consistency and portion control

Operators running multiple locations or shifts get a system that pours the same drink the same way regardless of who’s on shift, which also makes ingredient costing more predictable.

Small footprints or distributed service

Locations without room for a full bar setup (kiosks, concession stands, satellite service points) can offer a broader beverage menu than the physical space would otherwise allow.

A defined owner for cleaning, ingredients, and uptime

Automation doesn’t remove the need for operational ownership. Someone still has to restock ingredients, run cleaning cycles, and respond when the system flags an error. Venues without a clear owner for these tasks tend to see automation underperform no matter how good the hardware is.

When automation is probably not the right answer

Automation isn’t a fit for every beverage program. It tends to underperform when the menu changes too often for recipe-based systems to keep up, when volume is too low to justify the equipment and maintenance overhead, when the program depends on visible bartender craft as part of the guest experience, or when there’s no realistic plan for who owns day-to-day maintenance. Sorting through these up front avoids a costly mismatch later.

Where TendedBar fits

TendedBar builds beverage automation systems that span multiple operating models rather than one fixed configuration, so operators can match the platform to their actual venue and menu instead of forcing a one-size-fits-all machine into place.

Countertop and crew-serve applications

TendedBar’s countertop configuration is built to fit into an existing back-of-house or crew-serve workflow, with a footprint of roughly 30 in W x 25.5 in D, small enough to sit on a standard counter run without a dedicated bar build-out. It’s designed for consistent daily-use production, not a single narrow occasion.

Larger multi-station and mobile applications

For higher-volume or multi-point service, TendedBar also supports larger and mobile configurations for events and distributed venues. Ask your TendedBar contact which configuration best fits your specific volume and layout. This is one of the first things to confirm during a system assessment.

Alcoholic and non-alcoholic programs

TendedBar systems are used across both alcoholic and non-alcoholic beverage programs. Because age-verification and service-mode rules vary by municipality, reach out to TendedBar to learn what applies in your specific location before finalizing a service model.

Questions to answer before requesting a system assessment

• What’s your expected daily and peak-hour drink volume?
• How many distinct recipes or menu items does the system need to support?
• What service model do you want: staff-run, guest self-service, or a mix?
• What counter or floor space is realistically available, including ingredient storage?
• What utilities (power, water, drainage, network) are already in place at the install location?
• Who on your team will own cleaning, restocking, and day-to-day troubleshooting?

Short answer: select-service hotels need beverage coverage without a full-service bar staff

Select-service hotels typically run lean F&B operations, often without a dedicated bar staffed around the clock. A countertop automated system supports a lobby or breakfast-area beverage station with a varied menu from up to 16 BIB and 10 bulk ingredient inputs, without requiring a bartender on site during every open hour.

Where select-service hotels deploy automated beverage systems

Common placement points include the lobby or front-desk area, breakfast and grab-and-go zones, and small meeting or business-center spaces. Because select-service hotels often don’t staff a dedicated bar, these stations frequently run self-serve or semi-attended for non-alcoholic drinks, with attended or semi-attended service for any alcohol offering.

Menu fit for select-service hotel programs

Coffee, tea, refreshers, lemonades, and flavored sodas are common non-alcoholic categories for morning and all-day service. Some select-service properties offer a limited evening beer, wine, or cocktail selection. Non-alcoholic service is broadly supported; alcohol service depends on local legislation and your property’s specific rules, and is worked out with TendedBar case by case for your venue.

Service mode for lean-staffed properties

Non-alcoholic stations can typically run self-serve or semi-attended, which fits a select-service property’s lean staffing model. Any alcohol service needs attended or semi-attended operation for age verification, which may require front-desk staff to double as beverage attendants during specific hours, depending on your property’s staffing plan and local requirements.

Space and installation for a select-service lobby

The countertop configuration measures roughly 30 in W x 25.5 in D on a standard 20-amp, 110V circuit in most applications, which generally fits within an existing lobby or breakfast-area footprint. Confirm exact utility requirements with a licensed electrician before finalizing placement.

Questions to work through before installing at a select-service hotel

• What’s your current lobby or breakfast-area beverage offering, and where does it fall short of guest expectations?
• Does your program include alcohol? Coverage depends on local legislation and your property’s rules, and is worked out with TendedBar case by case for your specific location.
• What service mode fits your property, self-serve, semi-attended, or a mix by time of day?
• Who manages restocking and monitoring given your property’s staffing levels?

Short answer: unattended vending works well for non-alcoholic drinks in trust-based environments, but availability varies by configuration and jurisdiction

Unattended beverage service, where guests dispense their own drinks with no staff present at all, is supported for non-alcoholic beverages, though availability depends on your specific configuration, beverage type, and local requirements. Any station serving alcohol needs attended or semi-attended service for age verification, which isn’t approved for unattended operation in every jurisdiction.

What unattended vending requires

Unattended operation works best in environments already built around trust-based, self-service access, similar to how micro-markets and grab-and-go retail already operate. It requires confirming your specific configuration and beverage type supports unattended service, along with a plan for restocking, monitoring, and maintenance without a dedicated attendant present.

Where unattended vending fits

Common environments include micro-markets, hotel amenity spaces with minimal overnight staffing, and workplace break rooms during off-hours. These environments typically already operate without a staff member watching every transaction, which makes unattended beverage service a natural extension rather than a new operating model.

What unattended vending can’t do

Any alcohol-serving station needs attended or semi-attended service for age verification, and unattended alcohol service isn’t approved in every jurisdiction. Confirm your local requirements before planning any alcohol-inclusive unattended station.

Space, power, and connectivity for unattended stations

The countertop configuration measures roughly 30 in W x 25.5 in D on a standard 20-amp, 110V circuit in most applications. If you’re integrating with a micro-market payment platform, confirm network connectivity requirements with your IT team alongside standard electrical planning.

Restocking and monitoring without on-site staff

Unattended locations still need a restocking and monitoring plan, even without a dedicated attendant. This typically means scheduled restocking visits and remote monitoring rather than continuous on-site supervision, and should be planned around your specific location’s traffic pattern.

Questions to work through before installing unattended vending

• Non-alcoholic beverage menus generally support unattended operation. Any other category depends on local legislation and your venue’s specific rules, worth confirming case by case.
• Does your program include any alcohol service, and what does your local jurisdiction require?
• What’s your restocking and monitoring plan given no on-site attendant?
• What network and utility infrastructure exists at your planned location?

Short answer: non-alcoholic self-service stations avoid age-verification requirements entirely

Self-service beverage stations serving only non-alcoholic drinks don’t carry the age-verification requirements that come with any alcohol service, which makes self-serve or semi-attended operation a natural fit. A countertop system supports up to 16 BIB and 10 bulk ingredient inputs for a varied non-alcoholic menu, with a pour time as fast as 5 seconds per drink.

Where self-service non-alcoholic systems fit

Common placements include hotel lobby refreshment areas, workplace break rooms, gym and wellness spaces, and family-oriented venues where guests expect to serve themselves without waiting on staff. Because there’s no age-verification requirement for non-alcoholic drinks, these stations can run with minimal or no on-site attendant.

Service mode for non-alcoholic self-service

Self-serve and semi-attended operation are supported for non-alcoholic beverage service, though availability of unattended operation specifically depends on your configuration, beverage type, and local requirements. This is a meaningfully different service model from any station serving alcohol, which requires attended or semi-attended service for age verification.

Menu design for self-service stations

Iced coffee, tea, refreshers, lemonades, and flavored sodas are common non-alcoholic categories, typically built from BIB syrups, bulk bases, and water or carbonation. Non-dairy add-ins can run through the keg system today. A full dairy solution for the countertop configuration is in development.

Space and installation for self-service stations

The countertop configuration measures roughly 30 in W x 25.5 in D on a standard 20-amp, 110V circuit in most applications, which fits within most lobby, break-room, or amenity-space footprints. Confirm exact utility requirements with a licensed electrician before finalizing your location.

Questions to work through before installing a self-service station

• What’s your guest volume and typical peak-use pattern for this location?
• Does your menu include dairy add-ins? Non-dairy options run through the keg system today, with a full dairy solution for the countertop configuration in development.
• What’s your restocking and monitoring plan given minimal on-site staffing?
• Do you need semi-attended service for any reason beyond alcohol, such as loss prevention?

Short answer: back-of-house cocktail automation speeds up ticket-driven cocktail service without adding bar staff

Restaurants running cocktail programs from a back-of-house station face the same ticket-time pressure as any kitchen line. A countertop automated system pours a cocktail in as little as 5 seconds under standard conditions, supporting recipe-driven builds from up to 16 BIB and 10 bulk ingredient inputs, which can help keep cocktail tickets from becoming the bottleneck during a rush.

Where back-of-house cocktail automation fits

Common placement points include a service bar station that feeds the dining room, a satellite bar near a private event space, or an expo-adjacent station that keeps cocktail tickets moving alongside food tickets. Because the station doesn’t need to face guests directly, layout can prioritize speed and workflow over presentation.

Menu fit for a back-of-house program

Recipe-driven cocktails built from BIB syrups, bulk bases, and spirits are a natural fit for back-of-house automation. Spirit dispensing is supported and typically falls under the same regulatory classification as a margarita machine, so back-of-house use is rarely an issue unless your local jurisdiction has specific guidelines restricting automated liquor dispensing, worth confirming with your local licensing authority before finalizing a menu.

Speed and consistency under ticket pressure

A back-of-house cocktail station lives or dies on ticket time just like the kitchen line. Automated recipe execution removes the manual measuring variance that can slow down or inconsistent-ify a hand-built cocktail during a rush, helping hold both speed and quality steady across a shift.

Space and installation for a back-of-house station

The countertop configuration measures roughly 30 in W x 25.5 in D and draws on a standard 20-amp, 110V circuit in most applications, which generally fits within an existing service bar or expo-station footprint. Confirm exact utility requirements with a licensed electrician before finalizing placement, especially in tight back-of-house layouts.

Staffing considerations for cocktail-heavy tickets

Restaurants with cocktail-heavy menus often need a dedicated bartender just to keep pace with ticket flow. A single well-configured back-of-house system can generate throughput that would otherwise take additional staff hours to match during a rush, a useful directional input, though your actual staffing plan depends on your specific ticket volume and menu.

Questions to work through before installing back-of-house automation

• Does your cocktail menu include spirits, and does your jurisdiction have any guidelines restricting automated liquor dispensing? It’s typically classified similarly to a margarita machine.
• Where does cocktail ticket time currently bottleneck your kitchen or bar workflow?
• What’s your existing service-bar or expo-station footprint and utility access?
• How many distinct cocktails need to be on the menu, and how often does that menu change?

Short answer: crew-serve configurations let staff run multiple concurrent pours during high-volume concession rushes

High-volume concessions need throughput that a single manual station can’t match during a rush. TendedBar’s four-station configuration serves four patrons simultaneously in a 10-foot footprint, a level of simultaneous service four bartenders couldn’t physically match side by side, with an observed peak throughput of up to 35 drinks in five minutes per unit during high-volume periods.

What crew-serve means for concessions

Crew-serve describes a staffed station where one or more team members operate multiple concurrent dispensing points rather than each staff member running a single manual pour. The four-station configuration (120 in W x 45 in D, dedicated 120V/20A circuit or 208V power) is built for exactly this kind of concentrated, staffed throughput.

Matching configuration to concession volume

A countertop unit, pouring in as little as 5 seconds per drink, can work for smaller concession points or secondary stands. For high-traffic concession stands facing concentrated rushes, the four-station configuration supports higher concurrent throughput, with an average pour time of 6 to 9 seconds per drink. That throughput figure reflects observed peak demand across multiple locations, not a guarantee at every venue, and shouldn’t be combined with the countertop unit’s separate pour-time figure.

Space and installation for crew-serve stands

Concession stand footprints are often built around existing counter and queue layouts, so knowing your configuration’s exact dimensions matters early in planning. The four-station unit measures 120 in W x 45 in D. Confirm exact utility routing, including power and any water or drainage needs, with your facilities team before finalizing placement.

Staffing a crew-serve station

A crew-serve stand still requires staff to manage cups, garnishes, payment, and any restocking, but a four-station unit lets a smaller crew generate throughput that would otherwise require a much larger staff working the same window, a useful directional input though your actual staffing plan should account for your specific volume and layout.

Questions to work through before installing a crew-serve system

• Does your concession stand need countertop or four-station throughput, or a mix across locations?
• What’s your peak-rush pattern, and how does current staffing handle it?
• What utility access exists at your planned stand location?
• Who manages restocking and monitoring across your number of units?

Short answer: automated and batched cocktails solve different problems, and many venues use both

Batched cocktails are pre-mixed in bulk ahead of service, fast to pour but fixed once mixed. Automated dispensing builds each drink from individual BIB and bulk ingredient inputs at the point of service, which allows recipe changes and menu variety without re-batching, at a pour time as fast as 5 seconds per drink on the countertop configuration. Neither approach is universally better, the right fit depends on your menu size, volume pattern, and how often your recipes change.

How batched cocktails work

Batching means mixing a cocktail recipe in bulk before service, then pouring from that pre-mixed batch throughout a shift or event. This is fast at the point of pour and requires minimal equipment, but the recipe is fixed once batched, and unsold batch typically can’t be repurposed into a different drink.

How automated dispensing works

An automated system builds each drink at the point of service from individual ingredient inputs, up to 16 BIB and 10 bulk inputs on the countertop configuration, plus separate water and soda lines. This supports menu variety from a shared ingredient set and allows recipe adjustments without re-batching, since nothing is pre-mixed ahead of time.

When batching makes sense

Batching tends to fit high-volume service of a small, fixed cocktail menu, where the same one or two drinks will sell in predictable volume and recipe consistency across a large batch matters more than menu flexibility.

When automated dispensing makes sense

Automated dispensing tends to fit venues wanting broader menu variety, frequent recipe or seasonal changes, or unpredictable demand across many different drinks, since ingredients aren’t committed to a fixed recipe until the moment of pour.

Using both approaches together

TendedBar generally recommends against combining batching with automated dispensing for the same menu, since every automated pour is already mixed fresh in the glass at the point of service, which removes most of the reason to pre-batch. The one common exception is a Tap Wall configuration, where batching fits the format and can make sense alongside or instead of individual automated pours.

Questions to work through when comparing approaches

• How many distinct cocktails do you need on your menu, and how often does that menu change?
• What’s your expected volume pattern, steady demand for a few drinks, or variable demand across many?
• Do you need the flexibility to adjust recipes without re-batching?
• Does your venue include a Tap Wall format, where batching still makes sense alongside automated dispensing?

Short answer: energy drink programs fit standard BIB and bulk dispensing without special equipment

Energy drink mixes and functional beverage syrups are typically recipe-driven, built from BIB syrups, bulk bases, water, and carbonation, without dairy or heat involved. That makes them a straightforward fit for a platform with up to 16 BIB and 10 bulk ingredient inputs, alongside separate water and soda lines.

Where energy drink automation fits

Entertainment venues, travel hubs, and campus locations often see demand for energy drink mixes alongside standard soda and refresher menus. Because these drinks share the same underlying BIB and bulk architecture as other recipe-driven categories, they can typically run on the same platform without dedicated equipment.

Menu design for energy and functional beverages

Energy drink syrups and functional beverage bases can be combined with sodas, waters, or juices depending on your menu design. Any age-restriction or regulatory requirement for energy drink service is set by your venue and local jurisdiction, the same way alcohol service requirements are, rather than by the dispensing platform itself.

Space and installation considerations

The countertop configuration measures roughly 30 in W x 25.5 in D on a standard 20-amp, 110V circuit in most applications, which fits within most beverage-counter or kiosk footprints common in travel hubs, campuses, and entertainment venues.

Consistency for high-turnover locations

Energy drink and functional beverage programs are often located in high-turnover environments like travel hubs and entertainment venues, where consistent pour ratios matter for both taste and any labeled functional claims. Automated dispensing removes manual measuring variance from the pour step.

Questions to work through before building an energy drink program

• Which energy or functional beverage ingredients do you want on your menu, and what age or regulatory requirements does your venue and jurisdiction set for them?
• Can your energy drink syrups share BIB inputs with your existing soda or refresher menu?
• What’s your restocking cadence given your venue’s typical volume?
• Does your location need self-serve, semi-attended, or attended service for this category?

Short answer: dirty sodas are BIB- and bulk-friendly, but cream and dairy add-ins need separate confirmation

Dirty sodas, soda plus flavored syrups and often a cream or dairy pour, are largely built from the same BIB syrup and bulk base architecture used across a broader menu. The soda itself and most flavor syrups fit standard dispensing; non-dairy cream add-ins can run through the keg system today, with a full dairy solution for the countertop configuration in development.

What a dirty soda program typically includes

A dirty soda menu usually combines a carbonated soda base with one or more flavored syrups, and often a cream, coconut cream, or half-and-half pour on top. The soda and syrup portions are a natural fit for BIB and bulk dispensing; the cream component runs through the keg system for non-dairy options today, with a full dairy solution for the countertop configuration in development.

Menu design and syrup variety

Because dirty sodas are built around combinations of a shared syrup library, a program with up to 16 BIB and 10 bulk ingredient inputs can support significant menu variety without dedicating a unique input to every combination. Popular formats mix two or three syrups per drink, which multiplies the number of distinct menu items from a modest ingredient set.

Space and installation for a dirty soda station

The countertop configuration measures roughly 30 in W x 25.5 in D on a standard 20-amp, 110V circuit in most applications. If your dirty soda program includes refrigerated cream or dairy add-ins, confirm additional refrigeration footprint and utility needs with your facilities team.

Consistency and menu speed

Dirty soda menus often list many combinations, which can slow a manual build if staff need to remember dozens of recipes. Automated recipe execution removes that memorization burden and keeps pour ratios consistent across every order, with non-dairy cream add-ins running through the keg system alongside the core recipe.

Questions to work through before building a dirty soda program

• Does your menu include cream or dairy add-ins? Non-dairy options run through the keg system today, with a full dairy solution for the countertop configuration in development.
• How many syrup combinations do you want on your menu, and which syrups can be shared across drinks?
• What’s your restocking cadence for BIB syrups and any refrigerated add-ins?
• Does your venue’s format (drive-thru, counter, self-serve) affect how you sequence the soda and cream steps?