Are you looking for a magical way to celebrate the arrival of fall here in the Great Lakes State? While autumn activities and Halloween traditions might not look quite the same as usual this year, there’s still room to have a total blast during the spooky season. One upcoming event will sweep you away into a world of witchcraft and wizardry – and the whole family will want to partake.
Wizarding Weekends 2020 will take place at John Ball Zoo, located at 1300 Fulton St W in Grand Rapids.
During the weekends of September 12th-13th and 19th-20th, the zoo will transform into an exciting wonderland of magical spells, charmed activities, and so much more.
Tickets can be purchased online by clicking here. Costumes are strongly encouraged for this awesome event, so start planning your outfit as soon as your spot is reserved.
When you arrive at Wizarding Weekends, you’ll find all sorts of fantastical beasts. In fact, zoo staffers will even offer lessons on how to care for these creatures.
Don’t forget your wand and robes as you head through the Forbidden Forest or make a trek down Nocturnal Alley. There’s something spectacular hiding around every bend.
During each day of Wizarding Weekends, the grounds will remain open between 9 a.m. and 6 p.m., so you can choose an entry time that works with your schedule. What’s not to love?
Social distancing is of utmost importance at the zoo, so enjoy your whimsical adventure with caution in mind. After all, magic is only worthwhile when it’s safe for everyone.
Whether you’re a first-year witch or wizard, a returning student, or a muggle on the hunt for an amazing outing, Wizarding Weekends at John Ball Zoo will leave you enchanted.
For more information about this year’s awesome event, click here. Are you planning to stop by and explore this one-of-a-kind gathering for yourself? Share your costume plans and favorite fantastical creatures with us in the comment section. Or, to recommend another great Michigan event that’s happening this fall, click here and fill out our official nomination form.