An 18 hole mini golf route serving walk-in traffic cycles about 16 to 24 players per course-hour, and that is the number published on this site for that configuration. It is not the only correct per-hour number on the page you are reading, and the difference between it and the other numbers you have seen is not a disagreement about mini golf. It is a disagreement about what the word hour is being divided by.
Here is the whole answer in one multiplication and one warning. The multiplication: players per hour equals groups started per hour multiplied by players per group multiplied by utilization. The warning: seven pages in this cluster publish a per-hour figure, six of them are named and linked below and the seventh is left out for the reason given in the section on the physical ceiling of one serial route. Three of the six publish it in rounds and three in players, and until now nobody on this site has shown the step that converts one into the other. That step is the reason a 9 round per hour course and a 20 player per hour course can both be true sentences about the same floor.
| If the denominator is | The published figure sitting on it | What it is actually counting |
|---|---|---|
| One 18 hole route, walk-in groups of three or four | 16 to 24 per course-hour | People arriving through the gate in one hour on one serial circuit |
| A 500 m2 course, one 18 hole route, groups of four, 45 to 60 minute rounds | 30 to 50 per hour | People, but at a much shorter assumed gap between starting groups than the walk-in baseline assumes |
| A 12 hole route designed to cycle a group every 30 to 40 minutes | 12 to 20 rounds per hour per route | Rounds, not people. Multiply by 3 to 4 to compare with the row above |
| A 9 hole course at peak | 9 rounds per peak hour | Rounds on a short circuit |
| A 6 hole bar loop sold as lane time | 4 players per hour | People on a compact loop run at low daypart utilization |
| One scoring technology compared with another | 10, 12, 16 or 18 rounds per hour | A multiplier applied to an unstated hole count, not a capacity level |
Read the second column as a set of answers to different questions and the contradiction disappears. Read it as one number and you will buy the wrong equipment, because the figure you design a floor around has to be the one whose denominator matches the floor you are designing. The rest of this guide works through the conversion, the physical ceiling a serial route cannot exceed, the lever that actually sets the interval between groups, and the five levers to pull before you buy holes.
Mini golf capacity is written in two units on this site and, before this page, in neither article in both. The rounds-per-hour camp and the players-per-hour camp have never been placed in the same equation, which is how a cluster can carry seven per-hour figures and still leave the operator unable to answer a question as simple as how many people I can sell tickets to between six and seven on a Friday.
The rounds camp is the design camp. how to design a mini golf course for maximum revenue states that a 12 hole course can cycle a group every 30 to 40 minutes, letting you sell 12 to 20 rounds per hour per route. when a mini golf course pays back in a 300 m2 space models nine rounds per peak hour on a 9 hole course with a group of two to four. manual scorecards or sensor leaderboards for mini golf publishes about 10 rounds per hour with no scoring at all, about 12 with a manual scorecard, about 16 with a hybrid and about 18 with a sensor leaderboard, without naming a hole count next to the table.
The players camp is the money camp. indoor mini golf ROI: how to calculate your investment return puts roughly 16 to 24 players per course-hour on an 18 hole route with three to four per group, and uses that figure inside its own revenue identity: price times players per hour times operating hours times days. how much space an indoor mini golf course really needs says a 500 m2 course can typically cycle about 30 to 50 players per hour during demand, from a 45 to 60 minute round. mini golf for bars with compact lane formats runs a 6 hole loop at 4 players per hour. The 45 to 60 minute round inside the space-planning figure is a session length that page plans on, not a measured pace: the revenue pages publish about an hour for the same 18 holes, and a shorter advertised session is a format you choose to sell, which is the decision the mini golf equipment buying guide covers.
The conversion is one line and it is the line this article exists to publish. Rounds per hour times average players per round equals players per hour. Applied to the three rounds-camp figures above, at the 3 to 4 players per group the same cluster publishes elsewhere, they say this:
| Published rounds figure | Owner and circuit | Our conversion at 3 per round | Our conversion at 4 per round | What to conclude |
|---|---|---|---|---|
| 12 to 20 rounds per hour per route | ue682, 12 hole design target | 36 to 60 players per hour | 48 to 80 players per hour | The top of that range lands exactly on the physical ceiling of one serial route computed in a later section, which is the tell: this is a design target set at the limit, not an operating point you can plan revenue against. |
| 9 rounds per peak hour | ue638, 9 hole course at peak | 27 players per hour | 36 players per hour | Plausible for a short circuit and a full group. Do not read it as a per-hole rate; it is whole-course. |
| 10 / 12 / 16 / 18 rounds per hour | ue641, by scoring method, hole count unstated | Cannot be placed on the same axis | Cannot be placed on the same axis | Treat this as a multiplier between scoring choices, roughly 1.8 times from the slowest to the fastest row, not as a capacity level you can buy. |
That last row is the trap in the whole cluster, and it is worth being blunt about it. A page that publishes 18 rounds per hour with a sensor leaderboard and no hole count is not telling you that your course can pass 18 groups. It is telling you that, all else fixed, the sensor option clears roughly 50 percent more rounds than the manual scorecard option on the same route. If you take the 18 out of that sentence and put it on your floor plan without the all else fixed, you have converted a relative claim into an absolute one and the error belongs to the reader rather than to the page.
This site has a precedent for stating, in one clause, which question a page answers when a sibling page answers a neighbouring one. The VR arena capacity guide puts it as: one guide answers who can play at once, this article answers how many paying players the room can pass through in 60 minutes. The mini golf cluster needs the same sentence because it has seven per-hour numbers and no reader has been told which denominator each one sits on. So, explicitly, and in one table you can hold up against any quote you receive.
| Page | The figure it publishes | Its denominator | What it does not claim |
|---|---|---|---|
| indoor mini golf ROI: how to calculate your investment return | 16 to 24 players per course-hour | One 18 hole route, walk-in, groups of three to four | It is not a booked-traffic ceiling and it is not a multi-route figure |
| how much space an indoor mini golf course really needs | 30 to 50 players per hour | A 500 m2 course, groups of four, 45 to 60 minute rounds | It is not the same metric as 16 to 24 and the page does not present it as one |
| how to design a mini golf course for maximum revenue | 12 to 20 rounds per hour per route | A 12 hole route cycling a group every 30 to 40 minutes | It is a design target with rounds as the unit, not a measured player count; round duration and start headway are different quantities, and 12 to 20 rounds an hour is a start every three to five minutes, not a 30 to 40 minute pipeline counted twice |
| when a mini golf course pays back in a 300 m2 space | 9 rounds per peak hour | A 9 hole course, peak hour only, groups of two to four | It is not an average hour and it is not per hole |
| manual scorecards or sensor leaderboards for mini golf | About 10 / 12 / 16 / 18 rounds per hour | By scoring method, hole count not stated | It is a relative multiplier between technologies, not a capacity level |
| mini golf for bars with compact lane formats | 4 players per hour, with 80 percent weekend peak and 40 percent weekday evening utilization | A 6 hole loop sold as lane time | It is not a full-course figure and it is not a failure of the format |
| 7 mini golf layout errors that kill weekend throughput | A third of weekend capacity can be lost without a single hole changing | The same route, badly sequenced | It gives no absolute per-hour number, deliberately |
| how many players one VR arena hosts per hour | 24 to 45 players per hour at full occupancy, and the identity player slots times cycles per hour times utilization | A VR shooting arena, another attraction category | It is the published precedent for the formula shape, not a mini golf benchmark |
Two of these rows need a sentence of their own because they are the ones an operator will misread. The 30 to 50 range and the 16 to 24 range differ by a factor of about two, and both are described in prose as what a course can handle. They are not in conflict, and neither one needs a second circuit to be true, because both describe a single 18 hole route. What differs is the assumed gap between starting groups and the assumed group. Back the 30 to 50 figure out: at four players per group it implies between seven and a half and twelve and a half groups starting an hour, which is a gap of five to eight minutes at the start line. The 16 to 24 baseline, at three to four per group, implies four to eight group starts an hour, which is a gap of seven and a half to fifteen minutes. Both of those headway bands are our arithmetic on the published player bands, not figures either page prints. Both gaps are inside the physical ceiling worked out in the next section, so this is a disagreement about headway and about party size, not about how many circuits the building has. If you are planning revenue on 40 players an hour, the question to answer first is what starting gap your own operation can actually hold on a Friday, because that is the assumption carrying the number.
The second row to read carefully is the utilization ladder on the ROI page, because it is the row that quietly decides whether the 16 to 24 baseline is achievable in your building rather than in theory. The published ladder runs conservative base at about 15 percent, steady venue at about 25 percent, calculator default at about 35 percent, and it prices each rung in monthly ticket revenue off a 26 day month at about 12 dollars a player. Read that ladder with the definition published on mini golf vs bowling revenue per square meter, where utilization is the share of available capacity actually sold, and the honest statement of the problem becomes: 16 to 24 players per course-hour is a ceiling you approach, not a floor you start from.
Before any lever, any technology and any layout argument, there is a constraint that comes from the shape of the game rather than the quality of the equipment, and it is the reason a single route cannot be talked into doubling its own number. A hole is a single-occupancy space. The World Minigolf Sport Federation international sport rules state that a lane can only be played once the previous player has played that lane and left the playing area, and that one lane is occupied by one pairing only. That is not a design recommendation. It is a definition of the playing area, and it means the hole is a queue, not a parallel channel.
The consequence is arithmetic rather than opinion. Take the two per-hole parameters this cluster already publishes: a group of three to four plays a hole in 3 to 5 minutes, and the round on an 18 hole circuit takes roughly an hour. If a hole is single-occupancy and takes between 3 and 5 minutes per group, then the number of groups one hole can clear in an hour is 60 divided by that time, and the number of people behind those groups is bounded by the group size the same page publishes.
| Assumption | Slow end (our planning model) | Fast end (our planning model) | What it constrains |
|---|---|---|---|
| Minutes per group per hole | 5 | 3 | The published 3 to 5 minute band on this site |
| Groups one hole can clear in 60 minutes | 12 | 20 | 60 divided by the row above |
| Average players per group | 3 | 4 | The published group size on the same pages |
| Result: players per hour past one bottleneck hole | 36 | 80 | The ceiling of a single serial route, before any other loss |
| Limitation | A ceiling, not a forecast | A ceiling, not a forecast | It assumes zero dwell at the hole, no repair, no party taking two lanes, no group letting children walk the whole circuit slowly |
Based on our planning model, 36 to 80 players an hour is the physical range through one hole on one route, and it is the number to hold in mind when a layout proposal, a supplier calculator or an optimistic business plan puts a larger figure on a single circuit. The published 16 to 24 baseline sits comfortably inside that ceiling, which is one of the reasons it is the figure we treat as the working number for a walk-in 18 hole route: it is a realizable fraction of what the physics allows, not the physics itself.
This is also where the honest caveat about our own published family belongs. Somewhere in the mini golf material that has been put in front of operators over the years there has been a much larger hourly figure produced by a solution page calculatorindoor mini golf for your venue: cost, space and profit potential, and we are not going to repeat it here, because it cannot be reconciled with the per-hole parameters printed on that same page. A single serial route at 3 to 5 minutes a hole and three to four people a group does not clear more than 80 people an hour. To reach a figure several times that, the calculator has to be counting parallel routes, and if your building has one route, that number is describing a different building. We have filed the question internally rather than resolving it by arithmetic, and if you are shown the same kind of figure in a proposal, the question to ask is simple: how many independent routes is this counting?
Here is the claim that should change how you read a course plan: on a serial route, capacity is set by the gap you are willing to leave between starting groups, and the hole count only enters through the one hole that decides the minimum gap. The governing body for the parent sport says this in plain terms rather than leaving it to be inferred, and the sentence is worth quoting because it also tells you which of the other popular fixes do not work.
The same manual gives the intervals by the size of the group it is starting, which is the number that most venue plans get wrong in the other direction. It is worth being exact about what these figures are, because they are for two-balls, three-balls and four-balls in a competition-pace sense, and there is no five-ball or six-ball interval in the text at all.
| Play in | Interval recommended by the R&A manual | Starts per hour on one serial route (our planning model) | Players per hour at full occupancy (our planning model) |
|---|---|---|---|
| Two-balls | At least 8 minutes | 7.5 | 15 players per hour |
| Three-balls | At least 10 minutes | 6 | 18 players per hour |
| Four-balls | 11 or even 12 minutes | 5.0 to 5.5 | 20 to 22 players per hour |
The third row lands almost exactly on the walk-in baseline this site already publishes, and that is not a coincidence we manufactured by choosing inputs. Based on our planning model, taking the four-ball interval of 11 to 12 minutes, dividing 60 by it to get five to five and a half group starts an hour, and multiplying by four players gives 20 to 22 players per hour on one serial route. That sits inside the published 16 to 24 band, from a completely different direction, which is the strongest cross-check available without inventing a new number. We print it as a cross-check of the published band, never as a second source for it.
The manual also gives the floor under any interval you choose: the gap should not be shorter than the time it should take to play the quickest hole on the course. That single sentence is the reason adding holes does not buy capacity. If your fastest hole takes four minutes and you start groups every three, you are not running a course, you are running a slow collision, and the page on 7 mini golf layout errors that kill weekend throughput is the published account of what that looks like on a weekend: a third of the capacity gone with the hole count untouched.
One more caution about the golf material, because it is the easiest mis-transfer in this subject. The same manual considers it reasonable for a group of four to take 10 minutes to play an average length par 3, 13 minutes a par 4 and 16 minutes a par 5. Those are observations about full-size golf on grass with 18 holes of walking, and they are not inputs for a themed mini golf circuit. What transfers is the structure of the argument, namely that a round time is an output of intervals, group size and the slowest hole, not a number a manufacturer can hand you. What does not transfer is every one of those minute figures.
And there is no formula to ask for either. The manual is explicit that establishing a time par depends on the number of players in the groups, the length of the holes, the difficulty of the holes and the walking distance from green to next tee, and that there is no set formula for establishing it. Read that as a purchasing instruction. Any supplier document that states your round time as a single number, without stating the group size and the interval it assumed, has given you a marketing figure rather than a design figure.
Look back at the interval table and notice what changed between rows: the group got bigger, the interval got longer, and the players per hour went up. That is the counter-intuitive part of mini golf capacity, and it is why the biggest group you are willing to admit is a commercial policy rather than a customer-service detail. A route started in four-balls at 11 to 12 minute intervals moves 20 to 22 players an hour. The same route started in two-balls at 8 minute intervals moves 15.
The competition rules for mini golf itself push the same direction from a different angle, and they are tighter than a family venue can run. In the governing rules, pairings are two to four players, players are not allowed to keep their own scores, and in pairings of more than two the last player keeps score for the first, the first for the second, and so on around. The federation rules give each lane 70 seconds for the first stroke of the first player of a pairing and 60 seconds for each subsequent stroke, and the clock for the first stroke does not start until the score-keeper has written down the results and handed over the score-cards.
Read those as what they are: a competition ceiling, not a Saturday afternoon. No family venue is refereeing a 70 second first stroke. But the structure is instructive in a very commercial way, because it says that in the formal version of this sport, the scoring handover is inside the clock on the hole, and the person holding the card is on the critical path. That is exactly the mechanism behind the scoring-technology ladder on manual scorecards or sensor leaderboards for mini golf, where removing the handover from the green is what moves rounds per hour from about 12 to about 18.
The same manual that sets the intervals makes the identical point about the parent sport: regular stroke play, where players must hole out on every hole to have a valid score, tends to be the slowest form of play, and marking score cards should not be done at the green if it may delay the group behind. Two levers fall straight out of those sentences for a commercial circuit. First, the format you sell changes the pace before any hardware does: a scramble, a best-ball, a par-2 target format or an automatic skip after three putts all remove time from the hole without touching the hole. Second, wherever the score gets written, that is where the queue forms, so a sensor at the target and a screen at the exit moves the pause off the playing area.
There is a standardized geometry behind the sport too, and it is worth knowing because it explains why the formats pace differently and why a themed lane is not a small version of a competition lane. The World Minigolf Sport Federation rules for adventure golf give a lane length of 3 to 40 meters with a minimum width of 1.00 meter and a target hole diameter of 0.10 to 0.12 meter, and specify that only courses with 18 lanes qualify, with a deviation of plus or minus 2 percent allowed. The two older standardized systems are far tighter: concrete fairways at 12.00 m long and 1.25 m wide with a 2.50 m target circle, and the miniature golf version at 6.25 m by 0.90 m with a 1.40 m target circle. Reporting by SWI swissinfo.ch describes seventeen concrete fairways each 12 meters long and 1.25 meters wide, and notes that the 6.25 meter boards of the other system may not be walked on because they could break.
The commercial reading of that geometry is not that competition courses are better. It is that a themed adventure golf lane, which can be anywhere from 3 to 40 meters long and of almost any width above a meter, has a per-hole time that is set by its own obstacle design rather than by any standard. Two lanes of identical footprint can differ by a factor of three in how long a group spends in front of them, and there is no published standard that tells you which one you are buying. That is the honest reason this article gives you a ceiling and an interval method rather than a per-hole throughput table.
You do not operate an average hour. You operate a Friday between six and eight, a Sunday afternoon, and eleven quiet weekday mornings, and the per-hour number you buy equipment against has to be the peak one while the revenue you plan against is the blended one. This cluster publishes three utilization ladders and they are not interchangeable, which is a real difficulty and worth stating plainly rather than smoothing over.
| Ladder | What a percentage is a share of | The published rungs | Where it is valid |
|---|---|---|---|
| indoor mini golf ROI: how to calculate your investment return | Monthly revenue realization against the theoretical maximum | About 15 percent conservative, about 25 percent steady, about 35 percent calculator default | Planning whether the business pays. It is a money denominator |
| mini golf for bars with compact lane formats | Sold slots inside a named daypart on a 6 hole loop | 80 percent at weekend peak, 40 percent on weekday evenings | Staffing and daypart pricing. It is a clock denominator |
| how many players one VR arena hosts per hour | Blended occupancy of an attraction in another category | 55 to 60 percent blended | Comparison shopping between attractions on one floor, not a mini golf target |
There is a genuine inconsistency inside our own published material about the first ladder, and this is the right place to settle it rather than to route around it. Two pages in this cluster attach the same about 15 percent rung to different absolute player counts. The reading we use is the ROI page, because its rungs are internally consistent with its own identity: price times players per hour times operating hours times days, with a 26 day month and about 12 dollars a player, which is what puts the conservative rung at roughly 55 players a day and the calculator default at roughly 120. Where the solution page calculatorthe indoor mini golf venue cost, space and profit guide has shifted a 120 player day onto the 15 percent rung instead of the 35 percent rung, treat that row as the calculator and not as the ladder, and rebuild the arithmetic from the inputs you can see.
The peak itself is not a matter of taste, and the number to plan it around is a published labor statistic rather than an industry claim. The Bureau of Labor Statistics time use results report that 81 percent of employed people worked on an average weekday, compared with 30 percent on an average weekend day. That asymmetry, stated as time use rather than as venue attendance, is the whole reason a mini golf circuit sized for an average day will feel empty on Monday and physically cannot clear the queue on Saturday. Buy for the 30 percent of the population that is free at the same time as you.
Two honest limits on that chart. It counts people arriving on one route, so a floor with two independent circuits can clear roughly twice as many, and the interval figures come from a golf pace manual rather than from mini golf observation, which is why the resulting 20 to 22 band is presented as a cross-check of the published 16 to 24 rather than as an independent measurement of it. What it is not, is a license to print a wait time. Nothing in our material measures a queue in minutes, and an operator who puts any minute-denominated wait figure into a plan has taken an unsourced guess and given it a unit.
What the wait costs is not nothing, even without a number. A 2023 peer-reviewed study in the journal Heliyon finds that prolonged waits reduce tourist satisfaction and have become a major factor in the theme park experience, and that perceived crowding significantly affects the word-of-mouth effect of theme parks, thereby reducing satisfaction, willingness to spend and willingness to revisit. That is theme park evidence, and the transfer we are willing to make is the mechanism and not the setting: a visible queue at your start line is a marketing channel pointed the wrong way, and it suppresses the bar as well as the second visit.
Holes are the slowest and most expensive way to buy capacity, and on a serial route they are the only lever that does not work at all, because adding a tenth hole to a route that is already waiting at hole six lengthens the round without releasing the queue. The order below is roughly the order in which we would try them, with the cost and the condition under which each one actually applies.
| Lever | What it changes in the formula | What it costs | When it does not work |
|---|---|---|---|
| 1. Format and scoring technology | Raises players per start or clears the pause off the hole. The published gap between a sensor leaderboard and a manual scorecard is about 12 to about 18 rounds per hour, a multiplier of 1.5, and 1.8 times from the slowest row to the fastest | Sensor hardware and a leaderboard, or nothing at all if you change only the rules you print on the card | It cannot beat an interval that is already below your quickest hole. Format changes the time inside a hole, not the number of holes in series |
| 2. Starting policy and the admitted group size | Raises players per start, which is the only term in the interval model a venue controls for free | Staff discipline, a check-in desk, and some unhappy two-person parties you turn away at peak | It fails the moment the queue is visible. Beyond that point you are selling a wait, not a round |
| 3. Route sequencing and the give-way detail | Recovers the share of capacity that layout destroys. Our published account is a third of weekend capacity lost with no hole changed | Design time, sometimes a re-sited hole, usually a walkway width and a sightline | It cannot lift you past the single-hole ceiling. Sequencing removes losses; it does not create parallel channels |
| 4. Maintenance as a capacity input | Removes the stopped hole, which on a serial route stops everything behind it. The published account of a full hole check is about 15 minutes a hole | A weekly routine and a small consumable budget. A pin that holds the ball is a pin that stops the round | There is no version of this lever that adds capacity above the ceiling. It protects the number rather than raising it |
| 5. Booked traffic instead of walk-in | Turns arrivals into rotations you schedule, which is how you raise players per start without a queue at the door | A deposit policy, a host, and the willingness to close a route to walk-ins for a block | A 40 to 100 guest buyout occupies the whole circuit. It raises revenue per hour and can lower players per hour, and both of those are fine as long as you know which one you sold |
The fifth lever deserves two sentences, because it is the one operators discover last. A booked party does not play all at once: a course handles rotations rather than everyone playing at once, so on a corporate night the circuit passes a fraction of the guests at a time, and the published planning shape is a three hour booking with a 40 minute turnaround. The tournament version of the same idea, on how to run a mini golf tournament night, is the more disciplined one, and the order of operations there is the whole lesson: start from the course capacity, count how many rounds the floor can pass in an evening, and set the bracket size to match that number rather than the other way around.
And the lever that is not a capacity lever, said clearly because it gets sold as one: theme rotation. Changing the look of a hole is a dwell and repeat-visit tool with its own published page, what LED hole themes keep mini golf fresh, and it does not move a single term in the interval model. If a proposal offers you more throughput from new theming, it has changed the subject.
A high per-hour number is not automatically a good attraction, and this is the point where a capacity article has to stop talking to itself. On the same floor you may be comparing mini golf against bowling, arcade cabinets and a VR arena, and each of those publishes its own per-hour currency with its own unit, none of which is a player.
| Attraction | The published rate and its unit | What the unit hides |
|---|---|---|
| Bowling | 8 to 12 games per lane per hour during peak, with 1 attendant per 4 to 6 lanes | Sessions per lane, not people. A league night and a birthday party produce the same lane count and very different head counts and spends, and the pricing unit on top of that is its own question (bowling pricing per game vs per hour) |
| Arcade and ticket redemptions | Throughput of 12 to 16 sessions per station per hour | A session of a few minutes at a low ticket price. High turns, low average |
| VR arena | 24 to 45 players per hour at full occupancy, from the identity slots times cycles times utilization | A format you choose. The same room is a turnstile at five minutes and a booking business at fifteen |
| Mini golf | 16 to 24 players per course-hour on one 18 hole walk-in route | A dwell figure as much as a throughput figure. Our published ROI pageindoor mini golf ROI: how to calculate your investment return carries a 60 to 90 minute dwell per round, which is why the bar is part of the business case |
Those four rows come from our own published pages and are quoted here only so that the units sit side by side; the bowling and arcade rates and the attendant ratios belong to bowling, mini golf or VR: which attractions work best together, the 24 to 45 VR row to how many players one VR arena hosts per hour, and the 16 to 24 row to indoor mini golf ROI: how to calculate your investment return. Two things follow from reading the units honestly. The first is that a per-hour figure is never comparable to another per-hour figure until you have checked whether it counts people, sessions, rounds or lanes. The second is that mini golf usually loses a pure players-per-hour race against a small, fast attraction and wins on the two things that pay the rent: dwell, and a ticket that a group of four buys together without a staff member on the floor.
The pricing pages in this cluster make the same argument in a different unit, and they are the right follow-up rather than anything in this section, alongside what you play at a sportainment venue for the format question. Effective capacity is sold rather than installed, and the published demonstration of that is on how to price mini golf rounds so off-peak afternoons fill first, a week earning 800 dollars on 100 rounds against a differently priced week earning 873 dollars on 120 rounds, which is a 20 percent capacity rise bought with a price structure rather than with construction. Revenue per square meter, which is the number a landlord actually cares about, belongs to the pages that measure it and is not restated here.
The purchase test below is written for three different buyers, because the capacity question has a different shape in each of them. What all three share is one rule: buy the hole for the term it changes in the formula, not for the picture on the render.
For a compact floor, a bar or a 100 square meter corridor. Your binding constraint is that a stopped or slow hole stops the whole loop, and your lever is players per start rather than starts per hour. Three things to insist on: a per-hole rated player band you can actually fill, which on our own sheets runs from 1 to 3 or 1 to 4 rather than the single figure that a catalog column sometimes implies; a scoring method that puts no one back on the green to write anything down; and a check routine that fits inside the hours the venue is actually shut, since the published allowance is about 15 minutes a hole, which is three hours of checking on a 12 hole course, so budget a closed period or split it across two nights. Ask for the lane dimensions and the target diameter of each hole you are being quoted, because those two numbers, not the theme, are what set the per-hole time.
For a full 300 square meter or larger venue. Your binding constraint is the queue at the start line, and your lever is the starting policy. Three things to insist on: a layout that can be run in both directions or split into two circuits, so that one slow hole does not stop the floor; enough start-line room that a four-ball waiting to begin is not standing in the walkway of the group behind it; and one scoring system across every hole, because a mix of sensors and manual cards makes your peak-hour capacity the average of your worst technology. Size your ticket offer to the group, not to the individual, because on a serial route the four-person party is the capacity-efficient customer.
For an existing arcade or family center adding holes. Your binding constraint is construction time and lost floor, and the published precedent is a five step add-a-hole process run overnight with zero closures. Three things to insist on: holes that share an existing walkway rather than needing a new one, since the corridor width and the give-way detail decide whether the new holes raise capacity or merely lengthen the round; a power and control scheme you can commission on one night; and a spare-part position on the two or three components that stop a hole, because on a serial circuit one stopped hole is a whole-course event, not one hole in eighteen less.
Want us to model the hour before you buy the holes? Send the measured floor plan, the group size you expect to admit and the format you intend to sell, and our team will come back with a route that can be started at the interval you choose, a hole list with each rated player band and scoring method stated, and a per-hour figure whose denominator you can see. That work starts from the Golf Parkour Master, the Intelligence Challenge and the Block Maze Escape holes, and the free 3D layout design service, and it is the same arithmetic that is worked through above.
Four questions this page deliberately does not answer, and the page that does. Being specific about the boundary is more useful than a general invitation to ask.
Note the order if you are working through all of them: size the floor and the route first, then buy holes, then ask for a price, because the quote is only meaningful once the route count and the admitted group size are fixed. If you want the numbers above put against your own floor, the useful first message is three lines long: your measured area, the group size you are willing to admit, and the format you intend to sell. Everything else follows from those three, and the arithmetic is in this article rather than behind a form.
On one 18 hole route with walk-in groups of three to four, this site publishes roughly 16 to 24 players per course-hour. Larger figures you have seen, including 30 to 50 players per hour, are not a bigger floor: that figure is also a single 18 hole route, planned on four a group and a start every five to eight minutes rather than the eleven to twelve minute four-ball gap, so it is not the same metric. The ceiling of one serial route, computed from the published per-hole time and group size, is about 36 to 80 players an hour, so any single-route figure above that needs an explanation of how many parallel routes it is counting.
Players per hour, because it is the number your ticket revenue is built from, and our published identity is price times players per hour times operating hours times days. But rounds per hour is the number the design pages publish, so you have to convert: rounds per hour times average players per round equals players per hour. Skipping that step is how a 12 hole design target and an 18 hole observed figure end up in the same spreadsheet as if they were comparable.
Usually not on a serial route. Capacity on one circuit is set by the interval between starting groups, and the rule of thumb from the R&A Pace of Play Manual is that the interval cannot be shorter than the time to play the quickest hole on the course. Adding holes lengthens the round. More holes raise revenue per visit and dwell, which are real goods, but they raise players per hour only when they create a genuinely independent second circuit.
Change the admitted group size and the format. Larger groups raise players per start faster than the longer required interval lowers starts per hour, which is why four-balls at 11 to 12 minute intervals clear more people an hour than two-balls at eight. A faster scoring format, and sensors that keep the score-writing off the green, are the next two, and our published comparison of scoring methods puts a sensor leaderboard about 1.5 times a manual scorecard in rounds per hour.
Only after you check the unit, because the three are not counted the same way: bowling is quoted per lane per hour, arcade stations per session per hour, and mini golf and VR arenas per player per hour. Our published comparison page carries those rates and the attendant ratios. Mini golf generally loses a pure headcount-per-hour race against a fast small attraction and wins on dwell and on a group ticket that needs no host on the floor.
State the denominator first. The monthly revenue-realization ladder published on this site runs about 15 percent conservative, about 25 percent steady and about 35 percent as a calculator default, which is a money figure. A separate daypart ladder runs 80 percent at weekend peak and 40 percent on weekday evenings for a compact loop, which is a clock figure. Both are legitimate and they do not average into one number.
Not at present, and it is worth knowing. Our own pages have at one point attached the same percentage rung to different absolute player counts. Use the page whose rungs are internally consistent with the identity printed on it, and when a supplier hands you a percentage without the inputs, ask what hour, what route count and what group size it assumes.
On a serial route it is a whole-course problem, because a hole that stops stops everything behind it. The published weekly routine allowance is about 15 minutes per hole, and the failure mode our maintenance page calls out is the small one, a pin that holds the ball, which stops the round rather than slowing it. Spares for the two or three components that can do that are cheap insurance on throughput.
Yes, and the order matters. Model the rounds your floor can pass in the evening first, then set the bracket or the rotation size to that number. A buyout of 40 to 100 guests does not play simultaneously; it moves in rotations, which is why a three hour booking with a 40 minute turnaround is a capacity shape and not simply a sold-out night.
Send us your measured floor plan, the group size you are willing to admit and the format you intend to sell. Our team will come back with a route that can be started at the interval you choose, a hole list with each rated player band, lane dimension and scoring method stated, and a players-per-hour figure with its denominator written next to it - built from the Golf Parkour Master, the Intelligence Challenge and the Block Maze Escape holes, with the free 3D layout design done first.