Fulldome content is displayed on a large hemispherical ceiling all around you, so you feel like you're in space.
These pre-scheduled, general admission events are for individuals or smaller groups (perfect for families).
Tickets are $6 per person (unless noted) & only available online, via this website. There is no in-person box office.
Program length is normally 1 hour, except movie release parties or specials.
The doors open ~20 minutes early and late seating is not allowed. Please arrive at least 20 minutes early to park and take your seat as we will start on schedule.
Parents: Age guidance is listed for each event. Please arrive early enough for a bathroom break before we start,
If you can't be here for your reservation see our refund policy.
No carry-in food, beverages or filming is allowed inside the planetarium.
Mars: The Ultimate Voyage
A Fulldome Planetarium Program
LAST CHANCE : May 1st
$6 per person
For ages 7 and up
We begin with YOUR space questions as we tour the night sky and beyond. Where we go depends on you.
Then... Some say it's impossible!
This amazing, new, animated planetarium production highlights NASA incredible research that is preparing the next generation of astronauts to head to Mars.
On a two year journey astronauts will face extraordinary challenges. What will it take to get astronauts to Mars—and back—safely? Witness the plans for the first human mission beyond Earth’s orbit.
Puma, Wolves & Bears, Oh My!
A Fulldome Planetarium Program
Wednesday, May 6th @ 6-7 pm
$5 per person
100% Proceeds Donated to Humane Society
For ages 7 and up
John Shier, an award-winning nature cinematographer for Nat Geo,
BBC, Disney, etc., will talk in the planetarium.
He'll display some of his more famous footage and explain his adventures (using advanced camera technology, including drones) and how his work actually contributed to the science of these animals.
John is also a Wausau Graduate!
Moonbase: The Next Step
A Fulldome Planetarium Program
Friday, May 29th
$6 per person
For ages 7 and up
Are you smarter than a 3rd Grader?
We peel back the hood for you to experience a spectacular, brand new program done for school groups (specifically 3rd graders.)
We begin in 1610 with Galileo telescope sight of Venus. How did he figure out the Sun was the center from this single viewing?
The Moon was also viewed by Galileo and by many thousands since. How can we use the craters to do science from our backyards?
Finally, with the current Moon missions, what is our goals there, how will we build a base in this harsh environment? What could the next 100 years look like on the Moon?