A solution to NASA's spacesuit problem with long term storage of poop and pee while protecting the crew members from the harmful effects of skin contact with feces and urine. The undergarment would have two storage centers, one for urine and poop. The urine is collected by highly absorbing material that is wrapped around the legs so that it can hold 7 liters of urine. The poop is collected in the storage container in the Minaj like back of the undergarment. The container would be imbedded in silicone mold of Minaj backside. When one poops the fecal matter will be stored inside the container which is equipped with a one way valve for the poop. A small motor in the butt mold with a spade like scooper would spin and push the poop into storage.
Nicki Minaj inspired my innovation of the spacesuit undergarment. The undergarment is important because it will allow astronauts to be in spacesuits for extended periods of time.
Just thought this was a fun project to be a part of in creating a solution. I have always been curious about pooping in spacesuits ever since seeing the Movie "The Right Stuff". I always wondered how astronauts pooped in their spacesuits. I guessed a diaper, but having seen baby's bottom after extended exposure to feces and urine, diapers must be a short term solution. I always thought that NASA with their brilliant scientists would have a more elegant solution for extended use of spacesuits. I was shocked to see that NASA had not come up with a longer term solution to the Spacesuit Poop challenge per my local newspaper.
I did not have a solution to the poop in spacesuit problem until I saw a Nicki Minaj video. Wow what a butt she has. How can she function with such a large butt. Well she manages just fine. So her butt led me to design an undergarment that has a large Minaj prosthetic like butt that astronauts can wear for extended periods of time and that is functional while the astronaut is seated. What more of a WOW factor can we have seeing our astronauts with Nicki Minaj butts in their video feeds while in space.