Merlin Entertainments

Case Study — Merlin Entertainments

Reducing Wait Times and Improving the Guest Experience

Merlin Entertainments uses Safari AI to measure and improve ride dispatch, fill rate, and guest throughput across parks in Europe, North America, and Japan.

↓10–20%
Wait Time
↑2–6%
Fill Rate
↑3–8%
Throughput

Based on comparable high-demand operating days

Riders on a wooden roller coaster at a Merlin park

Guests looking at a theme park board showing long ride wait times
The Challenge

Throughput, fill rates and queue wait times are either inaccurate or not known in real time.

The industry standard is to rely on end-of-day reports, manual headcounts, or gut feel. By the time a problem is resolved, thousands of guests have already experienced it.

  • Queue wait times are estimated using inaccurate heuristics and manual counts
  • Operators run below dispatch targets with no real-time feedback
  • Reports arrive too late to influence same-day performance
See How Safari AI Solves This
What We Deployed

Two measurements, one live operations picture.

STEP 01

Connected to ride cameras via an on-premise server

Existing station and queue cameras feed a server inside the park, so video stays on site and no new hardware is needed at the ride.

STEP 02

Collected and analyzed real time data

Computer vision counts every dispatch, occupied seat, and guest entering or leaving the queue, around the clock.

STEP 03

Created real time reports showing ride performance

Live dashboards show throughput, dispatch rate, and fill rate by attraction and by hour, against each ride's target.

Ride Performance
Merlin · Theme Park · Today · Updated 14:05
LIVE
Throughput
1,240/hr
↑ 6% vs target
Dispatches
31/hr
↑ 2 vs target
Fill Rate
84%
↓ 4 pts vs target
Queue Entries
4,812
212 dumps
Dispatches per hour · Attraction #1
At targetBelow
TARGET 30
10:0011:0012:0013:0014:0015:0016:0017:0018:0019:00
AttractionDisp/hrFillGuests/hrStatus
Attraction #13184%1,240On target
Attraction #21891%610On target
Attraction #32263%540Low fill
Attraction #41488%395Slow dispatch

Note: Illustrative data

The Result

Faster lines, more riders through the gate.

Guests waiting in a crowded queue area
↓10–20%
Avg. Wait Time

Faster ride dispatch cycles reduce guest wait times.

Riders filling the front rows of a coaster train
↑2–6%
Fill Rate

More seats filled per dispatch, on average.

Guests boarding an attraction as an operator checks them in at the gate
↑3–8%
Throughput

More guests moved through the attraction per hour.

Ranges reflect comparable high-demand days with normal ride uptime; individual results vary by attraction, season, and market.

Action Center

Action Center: From Insight to Action.

Deploying staff to improve fill rates and throughput for each ride in real time, further reducing wait times, the #1 customer pain point in the industry.

Measure
Every ride, every dispatch
→
Alert
Ride drops below target
→
Recommend
A specific fix, per SOP
→
Dispatch
Nearest staff sent to the ride
→
Outcome
Shorter waits
  • Real-time recommendations to improve KPIs via email, SMS, robocall, mobile app, Power BI, or API.
  • Recommendations grounded in your own written SOPs, not generic best practices.
What it means for guests Staff deployed → ↑ Fill rate → ↑ Throughput → ↓ Wait times
Get In Touch

See this on your own attractions.

Merlin got a measurable lift in guest experience from cameras already on site, and matched-condition comparisons isolate the platform's impact from shifts in attendance. We'll walk through which rides and dispatch points are the best fit for a pilot on your cameras.

Dispatch Optimization Speed of Service Throughput

Get In Touch

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Leading Theme Park Operator