What follows is two different kinds of thing, and the page keeps them apart. What this venue has put on the public record — its address, its licensed capacity, the week it says it trades — is quoted with a source you can check. Everything else is our own simulation of a room that size, labelled as simulated wherever it appears, including every headcount and every figure in dollars. We have never seen this venue's books and we are not guessing at them.
Money by hour and crowd size MODELED — simulated
Each square is one hour of the day with a given number of people in the room. The stronger the colour, the more the simulated bar takes in that hour. The solid line is the best crowd size for each hour; the dashed line is the crowd a typical simulated night actually has. Tap a square to read it.
Day: WeekdayDay: FridayDay: SaturdayDay: Sunday
Best crowd size for that hour
Simulated crowd on a typical night
less money
more money that hour
Tap a square to see that hour.
Watch a night here
SIMULATION — built from public records — drdn.app/simulations/sagebrush-cantina
This is the room we modelled for this venue, living through the typical night the figures below describe. Every dot is a simulated person; the ones in colour are heading for the bar, waiting at it, or being served. The clock runs far faster than the people walk, so newcomers crowd the floor long before they could have had a drink and sat down. None of it was measured here.
Time
—
In the room
— people (simulated)
The bar keeps up with
— people (simulated)
The film of this night
The same simulated room and the same night, narrated. Every figure it speaks is one printed on this page, and the money is a range.
The figures, and where each one comes from
Spend per person, per hour: $16.00
MODELED — simulated
simulated by us, not published by the venue
A full-menu cantina where much of the room is eating as well as drinking, so this is food-led rather than drink-led. Assumed, not sourced — nobody publishes it.
Hours: Mon–Thu 11:00–24:00, Fri 11:00–02:00, Sat 09:00–02:00, Sun 10:00–22:00
RECORD
Published by Sagebrush Cantina
Capacity: 300
MODELED — simulated
simulated by us, not published by the venue
Assumed, not sourced. The venue publishes no capacity, the Los Angeles County Fire Department occupancy load is not online, and the third-party listings disagree by an order of magnitude — so this is our figure, not theirs.
Floor area: 9,000 sq ft
MODELED — simulated
simulated by us, not published by the venue
Assumed, not sourced, and NOT worked out from the capacity above — it is a second assumption that happens to sit beside the first. Nothing about this building's area is published.
The trading week, as published
Monday
11:00–24:00
Tuesday
11:00–24:00
Wednesday
11:00–24:00
Thursday
11:00–24:00
Friday
11:00–02:00
Saturday
09:00–02:00
Sunday
10:00–22:00
The room we simulate MODELED — simulated
Nobody from here has been inside this building. The floor below is our own construction: a rectangle of about the right area, with the bar, the rail and the furniture in the proportions of the one room this engine was actually built and measured against. It is the shape whose behaviour we understand, not the shape of this venue. Treat it as a sketch we can run, and nothing more.
Floor: 116 × 77 ft — simulatedBar: 64 ft — simulatedService points: 8 — simulatedWalkable floor: 7795 sq ft — simulated
A night here, as we would simulate it MODELED — simulated
This is not a measurement of your bar. It is our guess at how a night here fills up, and the shaded band is how unsure we are: the line through the middle is a typical night, and the band is where most nights land. The band is wide because we are guessing when people arrive and how long they stay. Your own door counts are what make it narrow.
Notice that the room is fullest AFTER the busiest stretch at the door. That is not an error. People who came in during the rush are still here, so the crowd keeps building for a while after the queue outside has thinned — which is why counting heads at the door tells you where you were, not where you are.
The dashed line is how many people this bar can keep up with at that time of night. It moves during the evening because a room where everyone is settled in with a drink asks less of the bar than one where everyone is on their second.
Day: Weekday MODELED — simulated
The maximized simulated capacity is:
588 people (simulated).
That is not a figure the simulations computed. It is the best headcount this engine measured in the one room it was built for, carried across to this room's bar and to how long people stay here. The 2,400Monte Carlo simulations
produced the night below it instead: how full this room gets, when, and what that is worth.
At its busiest this simulated night holds
183 people (simulated),
at 21:50 — about
90 minutes after the door is busiest.
That is
405 people (simulated)
short of the point where the bar would start falling behind. What limits this room is its size and its licence, not the speed of the service.
Simulated takings on a night like this$17,582 to $19,657 — simulated (middle night $18,633)
Our simulation finds NO money lost to the crush here, and we are not going to invent one. A venue in that position does not have a queue problem to solve.
Day: Friday MODELED — simulated
The maximized simulated capacity is:
706 people (simulated).
That is not a figure the simulations computed. It is the best headcount this engine measured in the one room it was built for, carried across to this room's bar and to how long people stay here. The 2,400Monte Carlo simulations
produced the night below it instead: how full this room gets, when, and what that is worth.
At its busiest this simulated night holds
230 people (simulated),
at 23:15 — about
125 minutes after the door is busiest.
That is
476 people (simulated)
short of the point where the bar would start falling behind. What limits this room is its size and its licence, not the speed of the service.
Simulated takings on a night like this$29,742 to $32,705 — simulated (middle night $31,222)
Our simulation finds NO money lost to the crush here, and we are not going to invent one. A venue in that position does not have a queue problem to solve.
Day: Saturday MODELED — simulated
The maximized simulated capacity is:
706 people (simulated).
That is not a figure the simulations computed. It is the best headcount this engine measured in the one room it was built for, carried across to this room's bar and to how long people stay here. The 2,400Monte Carlo simulations
produced the night below it instead: how full this room gets, when, and what that is worth.
At its busiest this simulated night holds
230 people (simulated),
at 23:00 — about
145 minutes after the door is busiest.
That is
476 people (simulated)
short of the point where the bar would start falling behind. What limits this room is its size and its licence, not the speed of the service.
Simulated takings on a night like this$34,053 to $37,190 — simulated (middle night $35,681)
Our simulation finds NO money lost to the crush here, and we are not going to invent one. A venue in that position does not have a queue problem to solve.
Day: Sunday MODELED — simulated
The maximized simulated capacity is:
510 people (simulated).
That is not a figure the simulations computed. It is the best headcount this engine measured in the one room it was built for, carried across to this room's bar and to how long people stay here. The 2,400Monte Carlo simulations
produced the night below it instead: how full this room gets, when, and what that is worth.
At its busiest this simulated night holds
161 people (simulated),
at 18:00 — about
85 minutes after the door is busiest.
That is
349 people (simulated)
short of the point where the bar would start falling behind. What limits this room is its size and its licence, not the speed of the service.
Simulated takings on a night like this$18,223 to $20,265 — simulated (middle night $19,234)
Our simulation finds NO money lost to the crush here, and we are not going to invent one. A venue in that position does not have a queue problem to solve.
How many people this bar can actually serve MODELED — simulated
This is the number the whole thing is for. Below it, another person through the door is worth money to you. Above it, the bar cannot keep up and the next person costs you — not because they do not buy anything, but because everyone already inside waits longer for theirs.
On a night like this one, our simulation says the room never gets past what the bar can serve. There is no crush to fix here — what limits this room is its size and its licence, not the speed of the service.
How these figures were arrived at
A night here has too much luck in it to work out with a formula, so we did it the other way round: we ran the whole night through thousands of times over, with people turning up at different moments on every run, and counted what happened each time. The range below is what came back — the busy nights and the quiet ones — rather than one number pretending to be certain. The method has a name: Monte Carlo.
What a night like that would take MODELED — simulated
These are simulated figures, not this venue's books. We have never seen their takings. What we have done is simulate the room from what is on the public record, assume what people spend, and add it up — so the number below is what our simulation earned, which is a different thing from what this bar earned.
The range is how much one simulated night differs from another — a quiet Tuesday against a busy one. It is NOT how unsure we are about the assumptions. If our guess at what people spend is wrong, every night in that range is wrong together and the range will not widen to warn you. That is the honest limit of this: the spread you see is the weather, not the map.
Our simulation also says the crowd costs this room money: when more people are in than the bar can serve, drinks that would have been poured are not. That is the gap below.
Assumed spend per person, per hour$16 per person per hour — simulated, assumed by us, not measured
Three things to hold against all of this
The line for how many people the bar can keep up with comes from ONE room we simulated in detail — the fictional cantina used elsewhere on this site — carried across to this venue as a ratio. It is exact for that one room and an estimate everywhere else, including here.
The pattern of when people arrive and how long they stay is not fitted to this venue. It is one of eight shapes we wrote for broad kinds of room, picked by hand for this one. Pattern used here: cantinaDay / cantinaWeekend / cantinaSunday
What people spend is assumed. It is the single number with the most influence on every figure on this page, and it is the one we have the least evidence for.
How this chart was made
The hours are the venue's own published trading times, linked above. Everything else on this chart is ours. We assume an arrival pattern and how long people stay, run the whole night one minute at a time carrying the crowd forward, and then run that night 240 times with different luck. The line is the middle night and the band holds the middle eight out of ten. Nobody publishes a bar's arrival curve, so there is nothing here to cite and nothing here that came from the venue.
There is no money on this chart on purpose. Turning occupancy into revenue needs a price and a spend rate we do not have for this venue, and a dollar figure built on two guesses stacked on each other would be worth less than the blank space.
Check it yourself MODELED — simulated
Every square in the chart at the top of this page, as a file: each hour, each crowd size, the simulated takings range for that hour, the best crowd size for that hour and the crowd a typical simulated night has. The same engine writes it as writes every figure here, when you ask for it.
Capacity on this page is ASSUMED rather than sourced. It is the one public venue here for which that is true: the other three publish a figure and this one does not, so ours is a model and is labelled as one everywhere it appears.