ORLANDO, Fla. — If you’ve ever wondered what the process of becoming an astronaut is like, Kennedy Space Center Visitor Complex now has an experience that puts visitors in the shoes of a space explorer in training.
The center’s Astronaut Training Experience, or ATX for short, features four simulations, one of which involves microgravity simulation and another virtual reality. The common thread is that they all require teamwork and good communication.
Dee Maynard, manager of education programs at Kennedy Space Center Visitor Complex, said the experience was designed to keep visitors engaged the whole time.
“When we were designing this, one of our primary concerns was that we wanted people to be having an experience and not waiting around,” Maynard said. “Also, astronaut training is very much a team effort.”
Although astronauts go through thousands of hours of training before taking off for space, this training does include some components that resemble real NASA training.
Reporter Patrick Connolly tries out the microgravity simulator in the Astronaut Training Experience at Kennedy Space Center on March 13, 2019. (Patrick Connolly/Orlando Sentinel/TNS)
One simulation helps visitors learn what it takes to launch NASA’s Space Launch System, or SLS, rocket. Six people step into the role of launch control and communicate with six others who become the Orion capsule crew.
Amateur astronauts take turns reading and relaying instructions and sets of data from both sides. In mission control, visitors step into roles including flight director and spacecraft systems officer. Inside the capsule, people try their hand at such jobs as flight engineer, commander and MTV transit pilot. If there’s a breakdown in communication, the mission could fail.
Across the room, the arms of a truss assembly stretch out above chairs that resemble the kind of zero gravity chair your uncle might have on his back porch. With the flip of a switch, the chairs hover across a frictionless floor, giving astronauts-in-training an experience that somewhat resembles the zero gravity environment of space.
While strapped into the chairs, visitors wear a helmet with a camera and microphone to talk with a partner at a computer. Working together, the partners communicate to fix broken wires and modules on the space station arms.
This part of the experience also offers visitors a chance to learn about the logistics of space through demonstrations about sleeping, using the toilet and working in space.
Two simulations help participants get a glimpse of what life on Mars might look like.
For the “land and drive on Mars” simulator, two brave individuals enter a tight capsule that either rocks gently or spins upside down, depending on the level of intensity. They, too, communicate with a partner back at a computer, who can give them the information they need to stop the spinning. Or, as a cruel prank, they can leave their partners’ stomachs to churn and let the capsule keep spinning indefinitely.
The “walk on Mars” simulator lets one partner play the role of a Martian astronaut collecting rock samples by using a virtual reality headset and handheld controllers. Like the other simulators, the trainee back at the computer gives instructions to the person on Mars about which direction to head in and what to pick up, and communication is key.
Occasionally, a sandstorm will roll in and force you to work extra quickly. In one task, the Mars Rover needs attending to and the partner in the VR headset needs to flip switches in the proper order to get things going again.
Visitors wishing to experience all the simulations should allocate at least half a day; the full ATX takes five hours and costs $175 per person. Astronaut training sessions are available between five and 13 days per month. Depending on the time of year, morning sessions start at 8:30 a.m. or 9:30 a.m. and afternoon sessions at 4:30 p.m. some dates do not have a morning session.
Select dates allow for guests to sign up for individual parts of the training at a reduced cost and time commitment.
Visitors especially interested in the science of space can also travel to Mars Base 1, a program that takes students to the Red Planet for a day of experimentation and robotics.
The base is geared toward school field trips and young STEM enthusiasts, but the general public is also invited to participate on select dates for $150 per person.
Beginning at 9:30 a.m. and over the course of five to seven hours, amateur Martians work with plants in the Botany Lab to collect data, program robots to clear debris from solar panels and manage the Base Operations Center.
Regardless of your interest in or expertise in space, Kennedy Space Center Visitor Complex has immersive programs geared toward friends and family of all ages.
“I think everybody who comes to an experience like this has a little bit of kid inside them,” Maynard said. “They’re doing something that really you can’t do anywhere else in the world. I’ve seen adults get just as excited as the children.”