- Click on one of the puzzle images above to display the full-size puzzle.
Print the puzzle. Print the black and white one, if you want to color it yourself.
But don't cheat! Color all the similar types of robots exactly the same.
- Glue the page onto a piece of heavier paper or half of a file folder.
- Then, cut out the squares on the lines. Cut right through the robots!
- Now mix them up, and try to put the puzzle back together again.
Not so easy, is it? There are almost 100 billion wrong ways to put the squares together, but only one right way!
All the cartoon robots on the puzzle are something like the robots NASA is designing to go into space!A Palm-sized Spiderbot
If it had fur and a couple more legs, it would look like a tarantula! Like a real spider, this robot has feeler-like antennas, which help it detect obstacles in its path. Instead of eyes, it has cameras. With its six legs it walks much like a spider and moves very nicely across rough terrain. Someday, spiderbots like these, or even much tinier, could be used to explore comets, asteroids, or the Moon, or to do maintenance and repair jobs on the outside of the International Space Station. On Earth, spiderbots could fill in for humans by sniffing out hazardous materials or taking soil measurements on farms.
Here's a movie about the Spiderbot!
Big Wheels in Space?!
What do you get when you cross a tricycle with a monster truck? Then replace the truck's body with computers, cameras, and scientific instruments? You get a funny-looking vehicle with beach ball-like tires that can drive around by itself, climb over big rocks, and take notes and pictures of its surroundings. Just the thing for exploring planets such as Mars! NASA has already tested the Big Wheels rover idea on sand dunes, rocky terrain and even water.Balloon-bots on Alien Worlds?!
Another way to get around on planets or moons that have atmospheres is by hot air balloon--sort of. A hot air balloon rises when the air inside it is heated. This makes the air expand and become lighter than the air outside the balloon, so the balloon goes up. On Mars, for instance, the Sun would heat helium gas inside the balloon and make it go up. At night, the helium would cool and the balloon would come back down and rest on the ground until the next day. The balloon could carry instruments and cameras to study the planet's atmosphere and surface.Here, FIDO!
A rover a bit like the one in this photo went to Mars in 1997 and two more landed on Mars in 2004—and are still working in 2008! The rover in this picture is part of NASA's Field Integrated Design and Operations (FIDO!) project. This project develops and tests technologies that will be used on robotic rover missions on the surface of Mars. The FIDO rover tries out navigation and control systems, sensing instruments, intelligent behavior systems, data processing, and other types of instruments and tools. NASA plans to send a mission to Mars to collect soil and rock samples and return them to Earth. The field tests that FIDO is doing in Mars-like terrain on Earth will help NASA explore the Martian surface.
Robots can go where no one has gone before. NASA is building smart machines that will be able to do very hard tasks far from home. The robots and spacecraft are our eyes and ears on distant planets, moons, and asteroids. From the information they gather, we will be able to plan for possible human travel to those places someday in the future.