Meet Blue Moon!
The private spaceflight company Blue Origin is building a new lunar lander named Blue Moon. Blue Origin's founder Jeff Bezos revealed the first life-size mockup of Blue Moon on May 9, 2019 after the company spent three years working on the design.
Click through this gallery to see photos of the grand reveal and images from a simulation of a Blue Moon mission to the lunar surface.
The Grand Reveal
Blue Origin founder Jeff Bezos — who is also the founder of Amazon.com and the richest man in the world — unveils the first model of the Blue Moon lunar lander in Washington, D.C. on May 9, 2019.
Jeff Bezos shows off Blue Origin's new moon rover and the lander's davits system, a crane-like contraption that will gently lower payloads from the top of the spacecraft down to the lunar surface.
BE-7 Engine Revealed
At the grand revealing of the Blue Moon lunar lander, Bezos (with help from a student in the audience) also unveiled the new BE-7 engine that will power the lunar lander.
That large, spherical container on the Blue Moon lunar lander is its liquid hydrogen fuel tank. To its right are the fuel cells, which will help power payloads through the long lunar nights (which last about two weeks).
Underneath the Blue Moon is a flash lidar device, which will allow the spacecraft to navigate autonomously by looking at features on the lunar surface.
The Davit System
A still image from Blue Origin's mission simulation shows the Blue Moon lunar lander deploying a rover on the moon using the davit system.
A Modified Blue Moon
A "stretched tank" variant of the Blue Moon lunar lander is topped a pressurized ascent module for astronauts.
A 'Bonus' Mission
As a "bonus mission," Bezos said, Blue Moon can also deploy small satellites into lunar orbit before landing on the surface. Here you can see two small satellites being ejected into space.
A Controlled Descent
Blue Origin's Blue Moon spacecraft descends to the lunar surface in this still from a mission simulation. The lander is designed to touch down within 75 feet (23 meters) of its target. That kind of accuracy is enabled by the spacecraft's lidar navigation system.
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