HUNTSVILLE–If you’ve ever enjoyed one of the many live and interactive shows in the U.S. Space & Rocket Center’s INTUITIVE® Planetarium, now is the time to show your appreciation of this Rocket City crown jewel. The INTUITIVE® Planetarium has been nominated for Best Planetarium, as part of USA TODAY 10Best’s Readers’ Choice Awards.
Over the next three weeks, USA TODAY 10Best readers will be voting on their favorites, once per day, until ballots close on Monday, February 10, at 10:59am CST. The top 10 winners, as ranked by USA TODAY 10Best readers, will be announced on Wednesday, February 19, at 11 a.m. CST. Readers can cast their votes for INTUITIVE® Planetarium HERE.
For more information about daily shows at the INTUITIVE® Planetarium and Friday night Cocktails & Cosmos shows, visit here.
About the U.S. Space & Rocket Center
The U.S. Space & Rocket Center, a Smithsonian Affiliate, is home to Space Camp®, Space Camp® Robotics, Aviation Challenge®, U.S. Cyber Camp®, the Space Camp Institute® and the world-class INTUITIVE® Planetarium. The Rocket Center has on display significant artifacts, including, the National Historic Landmark Saturn V rocket, the Apollo 16 capsule, and the Pathfinder space shuttle full stack display. It is the Official Visitor Center for NASA Marshall Space Flight Center and a showcase for national defense technologies developed at the U.S. Army’s Redstone Arsenal.
About Intuitive Research and Technology Corporation (INTUITIVE®):
INTUITIVE® is an aerospace engineering and analysis firm headquartered in Huntsville, Alabama that provides production support, software and systems engineering, programmatic support, product development, rapid prototyping, and technology management to the Department of Defense, other State and Federal Government agencies, and commercial companies. Our approach couples the latest technology with engineering expertise, analytical proficiency, and keen managerial oversight. From design through production to sustainment, we proudly provide management and technical solutions throughout all phases of the system’s life cycle.
Media Release/U.S. Space & Rocket Center /Arlee Holmes/Pat Ammons
