Game-day AV for Tulsa sports bars. Sightline-mapped displays set at the right height, zoned audio for a divided Saturday, and racks protected against storm-season power.
Walk into a suburban room out toward Broken Arrow or Owasso on a Saturday and watch how people sit. Necks back, chins up, three hours of it. The ceilings are twenty feet, so the televisions went up near the top of the wall where they fit, and now every seat in the building is looking at a screen it has to strain to watch. The same height problem hits the audio, since speakers that far from anyone's ears can only be heard by being loud, which is why these rooms are exhausting by the third quarter.
Height is set by the seats, not by the wall. Mounting height and screen size both come out of viewing distance from the positions people actually occupy, which usually produces fewer screens placed lower and a room that is easier to sit in. Speakers come down with them, more of them at lower level so coverage is even instead of loud. The second thing shaping a Tulsa build is that Saturday is divided between two programs with rival followings, so one room routinely has to carry two games well rather than one game everywhere.
From the Blue Dome and Arts districts to Brookside, Broken Arrow, and Jenks, we build sports bar AV that works from the seats rather than from the wall.
Spring storms bring hail and high wind, so outdoor placement favors cover where the design allows and mounting accounts for impact.
Storm season brings surges and brief outages, so the rack gets real surge protection and conditioning rather than a power strip.
Heat is the single most expensive variable in how long a system lasts, so the equipment room gets real cooling and stays at or below 75 degrees.
The same patio runs through ice and through triple digits within one year, so anything mounted outside gets specified for the full range.
How we work
We do not start with a screen count. We start with what someone sitting in your worst booth has to do with their neck to watch a game.
Most disappointing game-day rooms were quoted off a floor plan by someone who never stood in the back booth. So we start with a consult rather than a quote: what you want the room to feel like, how big it is, what it needs to do, and the budget you are working with. Then we walk it, ideally on a busy night, and measure sightlines from the four places people actually sit: the bar-top, the high-tops, the booths with the worst angles, and the standing overflow that only exists when the room is full. In a tall Tulsa room we measure viewing distance and angle at each of those, because that is what sets mounting height and screen size.
The other way these go wrong is that nobody sees the outcome until it is built, then wants it changed a season later. So you see the design before you commit to equipment, including the view from the seats you were worried about. Control gets programmed around the modes you actually run, so a divided Saturday, a weeknight game, and a quiet afternoon are presets rather than arguments. One team handles the install, calibration, staff training, and documentation, and coordinates with your electrician and low-voltage trades. Before the season we build a game-day runbook with your GM and lock the admin settings so nobody breaks it during a rush.
What we build
A game-day room is a handful of systems working as one. Here is what we design, program, and install, all of it built off your sightline map.
Two rival crowds in one building both want to hear their own call, which is a zoning question rather than a volume question. Each section gets its own program at its own level on a digital signal processor, with boundaries tight enough that neither bleeds badly into the other. Underneath that, coverage has to be even, which means more sources at lower level rather than a few loud ones at the edges, and in a tall room it means bringing speakers down closer to the people rather than leaving them at ceiling height where the only way to be heard is volume.
A television on a wall is not a sports bar. A screen should be a content source placed where people can actually watch it, and in a twenty-foot room that means resisting the temptation to put it where it fits. Indoor displays are commercial grade and sized off how close the nearest seats really sit, mounted at a height that does not put anyone's neck back for three hours. Where one screen cannot carry a section, a video wall does the work: a single large image for a big game, or split into a grid so one wall holds two games at once on a divided Saturday. Any source reaches any screen from a tablet.
The part nobody sees is the part that fails at the worst moment. Content moves over an audiovisual network so any source reaches any screen without lag or signal drop, with matrix switching so you can route any game to any zone and build custom viewing areas, all at 4K. Satellite, cable, and streaming sources get consolidated into one clean rack instead of a pile of boxes behind the bar, with scheduling so nobody misses a kickoff. Digital signage earns its keep between games: menu boards you can update live, and displays carrying scores and what is on next. All of it runs on a dedicated AV network rather than sharing bandwidth with your point of sale.
Why Tulsa sports bars trust us with it
Oklahoma gives you big buildings, a split Saturday, and a power grid that gets tested every spring. Here is where our depth shows, and where our scope ends.
Sightline mapping is what separates a real sports bar from a restaurant with televisions, and in this market the most common failure is vertical rather than horizontal. A screen mounted near the ceiling is technically visible from everywhere and comfortable from nowhere, and the booths suffer worst because a seated guest is looking up at a steeper angle than anyone standing. So we model each position individually and set mounting height from viewing distance rather than from available wall. Watch for people craning their necks to see a screen instead of talking to their table, and you are watching a design failure.
Crunchy Tech started in 2008 as an AV support operation, which is an unusual origin for an integrator and the reason the systems get built the way they do. When you spend years fixing other people's work, you learn exactly where installations cut corners. That shows up in a rack you can actually service: fully enclosed, every cable labeled at both ends, power separated from audio and data. We have opened racks that looked fifteen years old after three months in an uncooled closet, with dust caked on every surface. Most of the cost of a bad install is not the install, it is everything that happens later because nobody can find anything. Around 47 percent of support tickets close inside an hour and roughly 72 percent within a day.
Two local realities shape the build. Spring brings severe weather, and with it surges, brief outages, and hail, so the rack gets real surge protection and conditioning rather than a power strip, and anything mounted outside gets placed with impact in mind. The other is temperature, since summers here are long and hot and the equipment closet is usually the last space anyone conditions. Keep it at or below 75 degrees, sealed and clean. Temperature is the single most expensive variable in how long a system lasts, and it is far cheaper to solve at design time than after components start failing.
What it earns back
A divided Saturday is an opportunity rather than a problem, provided the room can hold both halves of it at once.
A seat nobody can watch the game from sits empty on the day you most need it full, which is the whole reason we map sightlines first. In a split market the cost doubles, because a room that can only really serve one program is turning away the other half of the town every Saturday. Two properly zoned sections mean two crowds, two tabs, and no argument at the bar about what goes on the big wall. Comfort matters as much as capacity here, since a room that is easy to sit in keeps a table for a full game instead of losing it at halftime.
Most owners price AV like retail: twenty televisions cost a certain amount, so twenty screens on a system should not cost much more. Worth being plain about the gap, because the rack, the distribution, and the control take a serious share of the budget before you buy a single screen or speaker. So we quote Good, Better, and Best against one design, per zone. Good is a real recommendation, not a strawman: one room watchable from every seat, zoned audio, tablet control. Better usually adds the second zone that lets a divided Saturday work properly. If your budget is short of the room, we would rather value engineer it honestly.
Lower than they are now, in almost every room we walk into. Mounting height should come out of viewing distance and angle from the seats people actually occupy, not from where a screen fits on a tall wall. The test is simple: sit in your worst booth for ten minutes and notice what your neck is doing. A seated guest is already looking up at a steeper angle than someone standing, so a screen that seems fine when you check it on a walkthrough is punishing for a three-hour game. Getting the height right usually means the screens can also be smaller and fewer, because a display at a comfortable angle and distance serves more seats than a larger one mounted out of reach. The speakers come down with them, since ceiling-height speakers in a tall room can only be heard by being loud, which is why these buildings are exhausting by the second half.
By zoning the room rather than picking a side. The sightline map comes first: we work out which two seating areas can each genuinely hold a crowd, then make sure each has a viable screen at a workable angle for its own game, instead of both groups sharing one wall badly. Then the routing, so any source reaches any screen from a tablet and a manager can set the room in seconds rather than hunting for an input while people wait. Then the audio, which is the part most rooms underestimate, because two crowds sitting near each other both want to hear their own call. Each zone runs its own program at its own level on the processor, with the boundaries tight enough that neither bleeds badly into the other. A video wall in the main section helps too, since it can carry one large image or split into a grid when both games are on.
Real surge protection and power conditioning at the rack, not a power strip with a surge label on it. Storm season here brings surges, sags, and brief outages, and the components most sensitive to that are the expensive ones: amplifiers, processors, matrix switching, and network gear. Conditioning smooths what the grid delivers, surge protection absorbs what it should not, and on a system your business depends on, backup power for the rack keeps the equipment shutting down cleanly rather than dropping mid-cycle. It also helps that everything lives in one enclosed, labeled, serviceable rack, because after a weather event the difference between an hour of diagnosis and a day of it is whether anyone can tell what is plugged into what. Around 47 percent of our support tickets close inside an hour, and documentation is a big part of why.
No. We are a design-build AV integrator. We do not install or operate cameras, we do not shoot or edit video, and we do not run streaming as a service. What we do is build the infrastructure that supports whatever streaming or recording you choose: clean audio feeds to your partner's encoder, documented signal paths so a videographer knows exactly where to plug in, and a dedicated network engineered for the uplink. We design the system around how the bar actually runs, procure the hardware, install it, calibrate it, train your staff, document all of it, and support it for the life of the system. The content and streaming side belongs to specialists, and our job is to make their job easy.
What We Do Here
Every system is designed, installed, and supported by our own team in Tulsa — never subcontracted.
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Just do it. Spend the money. It’s well worth it. It’s not worth your time, hassle, energy, and stress of trying to make it look right and do it right when there’s somebody who has been doing it for years and has perfected the craft.
Working with Crunchy Tech was a fantastic experience from start to finish. They handled the sale and installation of all our sound and TV equipment at The County Bar in Aviston, IL, and absolutely nailed it. We were on a very tight deadline, and they not only met it—they delivered top-notch quality and service the entire way. Highly professional, responsive, and easy to work with. We couldn't be happier with the results.
Crunchy has done an amazing job on our A/V install. The sound is perfectly balanced throughout our many zones and the entire system is super simple to use.
Just do it. Spend the money. It’s well worth it. It’s not worth your time, hassle, energy, and stress of trying to make it look right and do it right when there’s somebody who has been doing it for years and has perfected the craft.
Working with Crunchy Tech was a fantastic experience from start to finish. They handled the sale and installation of all our sound and TV equipment at The County Bar in Aviston, IL, and absolutely nailed it. We were on a very tight deadline, and they not only met it—they delivered top-notch quality and service the entire way. Highly professional, responsive, and easy to work with. We couldn't be happier with the results.
Crunchy has done an amazing job on our A/V install. The sound is perfectly balanced throughout our many zones and the entire system is super simple to use.
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Read article arrow_forwardTell us about the venue: the neighborhood, the square footage, how high the ceilings are, whether your Saturday crowd splits between the two schools, and what breaks when the room is full. We will start with a consult to understand what you are trying to accomplish, then walk the room on a busy night, and come back with one engineered recommendation instead of a parts list.
