TAKE A TRIP TO OUR SOLAR SYSTEM

Earth NOT Included

TAKE A TRIP TO OUR SOLAR SYSTEM

LOWEST PRICE: $250.00 (That includes 2 planets, 1 inner and 1 outer Mars being inner and Saturn being outer) Join Today!

For The Trip Of 2 Planets...

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WE'RE GOING FOR THE LONG RUN!

Come visit 7 planets and 1 celestial body! That's right! 7 planets and 1 celestial body! This Includes, Venus, Mars, Jupiter, Saturn, Mercury, Uranus, and Neptune, and the celestial body is Pluto! The Most Popular Dwarf Planet In Our Solar System. CALL TODAY. LOWEST PRICE: $699.99 FOR IT ALL! JOIN TODAY! AND GET THE NEXT TRIP FREE! Enjoy! :)

Day One *Mars*

  • We are now arriving at mars.
  • Its an inner planet and its the 4th planet from the sun.
  • Gets to a high of 70 degrees Fahrenheit and a low of -225 degrees Fahrenheit

Day two *Jupiter*

  • We are now arriving at Jupiter.
  • It's an outer planet and it's the 5th planet from the sun
  • It's about -234 degrees Fahrenheit

day 3 and 4 *Saturn*

  • We are now arriving on Saturn. Get comfortable we will be here for not 1, but 2 days.
  • It's an outer planet and it's the 6th planet from the sun.
  • It's believed to be about -270 degrees Fahrenheit.

Day 5 and 6 *Uranus*

  • We are now arriving on Uranus. Get comfortable, again, because we will be here for 2 days!
  • It's an outer plant and it's 7th from the sun.
  • It's about 224 Celsius.

Day 7 *Neptune*

  • We are now on Neptune now back to one day.
  • It's an outer planet and it's 8th from the sun.
  • It's about -218 degrees Celsius

Day 8 *Mercury*

  • We are now arriving on Mercury.
  • It's an Inner planet and it's the 1st from the sun.
  • It reaches up to 800 degrees Celsius.

Day 9 *Pluto*

-Celestial Body-

  • We are now arriving on Pluto.
  • It's a dwarf planet and it's 9th from the sun.
  • Gets as cold as -369 degrees Fahrenheit! (Very Cold!)

Day 10 *Asteroid*

-Celestial Body-

  • We are now arriving the asteroid belt.
  • It's Located in between the inner and outer planets.
  • Each asteroid is about 370 miles away from another asteroid in the asteroid belt.