In 1978, Lego launched the first kits in its line of spaceships, nearly ten years after the Apollo 11 mission first landed on the moon. Since then, the company has consistently issued kits with spaceships, astronauts, and lunar bases, including detailed kits used on hardware from real space missions.
The Verge has recently talked to designer Lego Simon Kent, who explained that he and his colleagues recently visited NASA engineers and staff to compare their toys with actual spaceships, rowers and space stations that are in operation today. "In the whole company, space is such a big topic that we can use it in many different ways, whether it's a toy like Lego City, or a display model that enters fine details of the spacecraft design," as it has recently published by Apollo 11 Lunar Lander.
"Space is a theme or theme that is liked by children and adults," Kent explained. "There is always such a need for children to have space toys that will thrill them." He pointed out that Lego has explored many corners of the universe in the last four decades, from more fantastic extraterrestrial gatherings, space police or mars colonists, to some more realistic meetings for which he and his team are responsible for Lego City.
He says that in 2019, they continue in this tradition "with a more realistic picture of how spaceship agencies like NASA are thinking in the near future." These are a deep space missile and mission control, a modular space station, spacecraft, rover and more. These sets are not exactly what NASA and various private companies currently have. There is "a kind of art turnaround that we are trying to put on these topics, where we do not want to focus on the past; We want to be relevant and look for the future. So we are investigating what could be introduced into the universe over the next few years. "
Design sets began with a timeline for what could happen in the next few years, and which were outdoors, and building something similar. Kent says they want to "support stories that children hear in school or the media on space agencies like NASA, the Space Space Space Agency."
As such, Kent and his team recently traveled to NASA to gain inspiration for their latest and upcoming kits, looking at his contents and some of the projects they worked on. "The irony is that the things we thought were moving the far future too, when we saw what they were researching, were caught by the fact that they already do a lot of work."
Kent noticed that the journey brought some cool insight that enabled them to make some of their sets more realistic. One such example appears on the Deep Space Rocket and Launch Control set: they included a small four-wheeled vehicle, inspired by the experimental rover, and having realized that the white color adds a heavy load of rockets, he decided to change the color to orange to show that is unobtrusive. Another case was the Lunar Space Station model: Kent says they changed the color of the handrail to better reflect what is being used at the space station. They also included a wide range of characters in the kits, showing a huge number of people needed to support the space mission, from engineers to administrators, scientists, coaches, and more.
These small differences help to provide an educational aspect to the sets. Adding some realism to the kits, they will enable children to become interested in science and space. They already know they did this. Kent said that when they visited Mission Control at the Johnson Space Center, "almost everyone had Lego's spatial stuff at their tables" and that many were inspired by the toys they played with as kids. We hope that the latest Lego toys culture will stimulate a new generation of rocket scientists and astronauts.