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Crowd calendar · Hollywood Studios · October 2026

Least Crowded Days at Hollywood Studios in October 2026

The least crowded days at Hollywood Studios in October 2026 in SupaPark's detailed forecast (Oct 14–Oct 31) are Thu Oct 29 (level 5, headliners ~46 min), Wed Oct 14 (level 5, headliners ~48 min), Thu Oct 22 (level 5, headliners ~48 min). The busiest is Mon Oct 19 at level 8/10.

Data as of Oct 14, 2026, 1:09 PM ET. Source: SupaPark's served crowd forecast.

Hollywood Studios averages 6.4/10 over the detailed days of October 2026: weekdays 6.3/10, weekends 6.8/10. On the detailed days its headliners are forecast to average 56 min at midday.

Hollywood Studios forecast crowd level by day (1–10), October 2026
DateLevelMidday waitForecast
Wed Oct 14548 minDetailed
Thu Oct 15652 minDetailed
Fri Oct 16761 minDetailed
Sat Oct 17761 minDetailed
Sun Oct 18761 minDetailed
Mon Oct 19863 minDetailed
Tue Oct 20756 minDetailed
Wed Oct 21757 minDetailed
Thu Oct 22548 minDetailed
Fri Oct 23757 minDetailed
Sat Oct 24757 minDetailed
Sun Oct 25758 minDetailed
Mon Oct 26760 minDetailed
Tue Oct 27655 minDetailed
Wed Oct 28652 minDetailed
Thu Oct 29546 minDetailed
Fri Oct 30654 minDetailed
Sat Oct 31653 minDetailed

Frequently asked questions

What is the least crowded day at Hollywood Studios in October 2026?

The least crowded days at Hollywood Studios in October 2026 in SupaPark's detailed forecast (Oct 14–Oct 31) are Thu Oct 29 (level 5, headliners ~46 min), Wed Oct 14 (level 5, headliners ~48 min), Thu Oct 22 (level 5, headliners ~48 min). The busiest is Mon Oct 19 at level 8/10.

Are weekends busier at Hollywood Studios in October 2026?

In the detailed forecast, Hollywood Studios averages 6.3/10 on weekdays and 6.8/10 on weekends in October 2026.

How to read the level

1–10 = how busy the park feels, from the forecast midday headliner wait (1 = under 24 min, 2 = 24–29, 3 = 30–35, 4 = 36–41, 5 = 42–47, 6 = 48–54, 7 = 55–61, 8 = 62–68, 9 = 69–76, 10 = 77+ min) inside the detailed forecast; the long-range model bands its own index onto the same scale.

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