SpaceX Successfully Lands Rocket on a Drone Ship


Here’s a nice detour from the trainwreck that’s the current presidential race: SpaceX just made history by landing a rocket that delivered cargo to orbit on a robot boat.

[quote=ABC News]After a picture perfect launch of Dragon to the International Space Station, SpaceX successfully landed a rocket for the first time on a drone ship parked off the coast of Florida.

Today’s attempt was the fourth time SpaceX had tried to land its Falcon 9 on a drone ship. The rocket has not been inspected but appeared to land upright in relatively calm waters – a stark difference from previous attempts that have resulted in fiery crash landings.

SpaceX successfully landed a Falcon 9 rocket in December on land after launching a satellite into orbit. Having the ability to recycle rockets is something SpaceX CEO Elon Musk has said will “revolutionize access to space,” reducing costs by as much as a factor of one hundred, he said.

SpaceX Historic Rocket Landing Is a Success
Unmanned SpaceX Rocket Headed to International Space Station Explodes After Liftoff
SpaceX Rocket Launch and Recycling Test: What’s at Stake
Mastering a drone ship landing is necessary when it is “just not physically possible to return to launch site,” Musk previously explained… The drone ship landings are especially needed for “high velocity missions,” which would allow payloads such as satellites to reach a higher orbit, he said.

The liftoff this afternoon from Cape Canaveral in Florida marked the first resupply mission for Space X since an explosion after liftoff last June that destroyed Dragon and the thousands of pounds of cargo on board.

On board Dragon is a very special piece of cargo, called the Bigelow Expandable Activity Module, or BEAM for short. This is a fabric room NASA envisions astronauts will be able to set and pack up with ease. Sensors inside BEAM monitor temperature and radiation changes and how well it handles potential orbital debris.

“When we’re traveling to Mars or beyond, astronauts need habitats that are both durable and easy to transport and to set up. That’s where expandable technology comes in,” NASA said in a blog post. The idea was first conceptualized by NASA in the 1990s and was built by Bigalow Aerospace.

Astronauts will only enter BEAM to collect data during its first test in the micro-gravity environment. NASA plans to keep the airlock between BEAM and the space station closed. If punctured, BEAM is designed to slowly compress, ensuring that it doesn’t pose any danger to the space station.

Along with BEAM, the spacecraft is packed with 7,000 pounds of cargo, including food, supplies and science experiments.

Dragon will also bring important cargo back to Earth in May, carrying some of the biological samples collected during astronaut Scott Kelly’s historic one-year mission in space.


Watched this live. It was a very cool achievement.


Good news! :thumbsup:


Glad they were finally able to do it. I look forward to more attempts so they can get above 25% success rate. I have to keep an eye on any post landing analysis to see how reusable the components are after landing. I’ll also have to keep up on the expandable module. I remember reading about the idea in the late 90’s but hadn’t see much in recent years.


Wow, well you know what they say trial and error leads to success.


Our whole office watched. It was very cool. :thumbsup:


I am happy they were able to successfully pull it off. :slight_smile:




WOW, this is a great accomplishment…Just imagine where we will be in 100 years!


DISCLAIMER: The views and opinions expressed in these forums do not necessarily reflect those of Catholic Answers. For official apologetics resources please visit