How Much do Draft Beer Walls Cost?

Cabaret Design Group

How much do draft beer walls cost? Learn that beer walls are air-cooled systems utilizing specialized beer faucets installed on a modified walk-in cooler.

HOW ARE DRAFT BEER WALLS DESIGNED?

In terms of the other type of direct-draw draft beer system that I was talking about in my previous post, are the popular beer walls seen in numerous venues. These can be recognized by the numerous beer faucets on the back bar wall, similar to the photo at right. This is a 48-faucet system, similar to the many large systems that are popular today.

On the other side of that wall is the walk-in cooler with all the kegs of beer. In between is the Micro Matic “shadow box”. Shown in the photo below, the shadow box is built into the wall of the walk-in cooler. This component is very critical to the success to draft beer walls such as the one depicted here. It enables cold air to circulate around the shanks of the beer faucets.

Much like direct-draw coolers, the barrels are connected to the faucets over a very short distance. The distance is so short that the wall shown here is actually the common wall of the walk-in cooler. Large beer walls have a strong architectural appeal and many bar owners with such systems are making extraordinary profits – for now.

Photo of Micro Matic Draft Beer Wall
Photo of Micro Matic Draft Beer Wall
Photo of Micro Matic Shadow Box
The Shadow Box is a Very Critical Component for Draft Beer Walls with Individual Faucets

TEMPERATURE OF THE DRAFT BEER IS CRITICAL

In beer walls, if the beer faucets are mounted to an intermediate building wall the user will likely experience excessive foaming. Consider the following:

  • The faucet shanks that penetrate the wall and are un-insulated.
  • Unless the distance is compressed, the temperature of the draft beer cannot be controlled.
  • Sputtering, foaming, mildew and mold build-up in the faucets.

 

Therefore, some engineering is required when considering a system such as this. Because intermediate building walls cannot be considered for the back bar wall, a significant amount of design attention must be given to the common wall of the cooler.

SPECIALIZED WALK-IN COOLER WALL

The common wall of the walk-in cooler is typically beefed-up (structurally). Because walk-in coolers are rather industrial in their appearance, the exterior side of the common wall needs to be laminated with a decorative finish. This can typically be accomplished with architectural metal or similar finish that can be complementary to the bar itself (such as the clad panels, shown in the photo at right).

Photo of Beer Wall with Laminated Panels
Photo of Beer Wall with Laminated Panels

ARE DRAFT BEER WALLS AND ALCOHOL-BASED BARS COMPATIBLE?

Bars that feature 100 or more craft beers dedicate the majority of the back bar space to beer, which makes promoting alcohol more challenging. Some of those bars don’t even sell alcohol, which I think is risky, especially if craft beer loses its marketing appeal. The bar shown in the plan at right is what I would call a hybrid system, because if features a beer wall and alcohol displays. This enhances the profit model by:

  • Draft beer can be featured extensively in the middle-third (or greater).
  • Tiered liquor displays at each end of the back bar.

I think this is a very good alternate solution to the all-or-nothing beer wall.

Architectural Drawing of Back Bar with Draft Beer Wall and Alcohol
Architectural Drawing of Back Bar with Draft Beer Wall and Alcohol

WHAT ARE THE PRO’S AND CON’S OF DRAFT BEER WALLS?

The draft beer wall concept works in bars that feature craft beer and that’s the primary marketing mission. For those who like the beer wall but also want to make alcohol-based drinks, then create balance in the back bar design. In terms of the “Pro’s and Con’s,” well-designed systems have reliable delivery and lower cost than the comparably-sized glycol systems. Also, they’re infinitely expandable. The “Con’s” are they take up a lot of space along the back bar. An air cooled beer wall will cost about $1,000 per faucet. For those who cannot incorporate a walk-in cooler in their back bar, a glycol system can provide very reliable delivery, at $1,200 – $1,500 per faucet. Engineering and design costs are not included in either scenario.


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RICK UZUBELL

President of Cabaret Design Group, Rick holds a degree in mechanical engineering from Purdue University, and is a F&B consultant and well-known bar design expert with years of experience serving hotels, restaurants, sports bars and destination bars. He has developed a command of bar design solutions involving ergonomics, equipment, systems and finishes that bridges the "Gray Zone" between interior designers and architects. He's also a champion of ADA design in commercial bar applications. Through his unique architectural engineering approach he calls "Integrated Bar Design," Rick solves complex bar design challenges beyond the expertise of typical design professionals. His proudest achievements include curved bar design solutions using the modular bar die system and steel as a core design element. As a commercial bar design specialist, Rick has cutting-edge knowledge of draft beer systems, liquor systems, keg room design and batch cocktail systems. He will add significant value to any commercial bar design project. Rick is a proud member of the F&B consortium known as the "Magnificent 7".
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