Public Programs

 

Public Missions
Public missions are a great way to experience a simulated space mission with your friends and family. Participants engage in hands-on activities and take on roles similar to astronauts, scientists and engineers on a mission to the Moon, Mars, a Comet or to the International Space Station.

Voyage to Mars, Return to the Moon and Rendezvous with a Comet mission scenarios are geared towards ages 11 and up. The Junior Astronaut program is for participants ages six and up and their accompanying family member(s).

See below for mission dates and descriptions.

Click here to view calendar

 

January 2017
January 21: Jr Astronauts, 12:30-2:30pm
January 28: Voyage to Mars, 12:30-2:30pm

February 2017
February 4: Jr Astronauts, 12:30-2:30pm
February 11: Return to the Moon, 12:30-2:30pm

March 2017
March 4: Rendezvous with a Comet, 9-11am
March 11: Jr Astronauts, 12:30-2:30pm

April 2017
April 1: Jr Astronauts, 12:30-2:30pm
April 8: Voyage to Mars, 12:30-2:30pm

May 2017
May 13: Jr Astronauts, 12:30-2:30

All public missions are two-hours and require advanced reservations.

Price: $15/person

Call (314) 521-6205 to make a reservation.

Rendezvous with a Comet

Rendezvous with a CometIn the not-too-distant future, a crew of astronauts is being sent on a mission to explore a comet that is approaching Earth’s orbit. The crew must complete the assembly of a probe and launch it to rendezvous with Comet Encke. Along the way, astronauts use their scientific as well as problem-solving and decision-making skills to deal with unexpected and highly unpredictable objects in the Solar System that may come their way.

 

 

Return to the Moon

Return to the MoonThe year is 2020. For the first time since the Apollo 17 mission in 1972, a crew of astronauts is returning to the Moon. Their mission is to establish a permanent base on the Moon to observe, explore and test the feasibility of off-Earth settlements. Supported by a team of people back on Earth, astronauts must construct and launch a probe to the lunar surface and select a site for establishing a permanent Moon base. All this must be completed while avoiding meteor showers, chemical leaks and other potentially damaging situations.

 

 

Voyage to Mars

Voyage to MarsThe year is 2076, when travelling to Mars is no longer a distant plan–it’s become a reality.  A routine flight to the Red Planet has brought the latest human crew into Martian orbit to replace the team that has been stationed there for the past two years. Crew members must utilize teamwork, problem-solving, communication and decision-making skills to build and launch a probe to one of the Martian moons, explore and analyze Martian rocks and soils, and track potentially hazardous conditions both on the spacecraft as well as on the surface of Mars.

 

 

Earth Odyssey

Earth OdysseyOur newest mission, Earth Odyssey™ takes place in a futuristic time when a major coronal mass ejection (CME) causes a burst of solar winds to blast from the sun toward Earth, damaging key satellites and forcing the evacuation of the Space Station crew. As the team of scientists and engineers in Mission Control work to safely bring the crew back to Earth, they must also assess the damage done on Earth from the CME and guide astronauts in assembling a replacement satellite.

 

 

Jr Astronauts

The two-hour Jr Astronauts program includes both the Jr Astronauts: Mystery in Space mission AND the Mini Rockets workshop.

Jr Astronauts: Mystery in Space

Students in Kindergarten through fourth-grade can participate in the Junior Astronauts: Mystery in Space mission where they will travel 230 miles above Earth to the International Space Station to investigate a mysterious object that has been spotted in space. While in space, these junior astronauts utilize their scientific, math and engineering as well as teamwork skills and are engaged in experiments and activities to help NASA learn more about our world.

 

Mini Rockets Workshop

As part of the Jr Astronauts program, students in grades Kindergarten through fourth-grade will work in teams to design, build and launch their very own rocket. Participants will learn about Newton’s 3rd Law of Motion, basic rocket components, and how rocket design features affect their performance.

(Note: Groups are divided into two and complete both the mission and rockets workshop.)