Success! SpaceX lands Mars rocket prototype for the first time
SpaceX just launched another test flight of an early Mars rocket prototype at its South Texas facility, sending the towering silver vehicle soaring up to about six miles above Earth, then putting it through a series of aerial acrobatics before re-lighting its engines and landing it upright back on a landing pad.
The vehicle, called SN15, was the fifth of SpaceX's rocket prototypes to attempt such a landing and the first to do so successfully. SpaceX CEO Elon Musk confirmed the successful landing on Twitter:
It comes after four previous prototypes attempted to safely land after soaring a few miles into the air, with all of the prior missions ending in explosions.
SN15 is an early iteration of Starship, the vehicle that Musk envisions will one day carry the first humans to Mars.
The vehicle has several improvements over its predecessors, according to SpaceX. They include upgrades to its hardware, communication and navigation systems, software and it's massive engines, which are called Raptor engines.
Musk first explained Starship's intended landing method during a September 2019 media event. He billed it as a unique maneuver that would see the rocket dive back through the air with its belly pointed toward the Earth as its four fins shift slightly to keep it steady.
It's a maneuver that Musk said is intended to mimic how a skydiver would fall through the air, rather than the straight vertical descent to Earth that SpaceX's Falcon 9 rockets employ when they come in for landings.
Perfecting the belly-flop landing maneuver is essential to "enable a fully reusable transportation system designed to carry both crew and cargo on long-duration, interplanetary flights and help humanity return to the Moon, and travel to Mars and beyond," according to the company's website.
The last prototype to fly, SN11, exploded during landing, rained shrapnel on a nearby beach and threatened nearby video equipment that was set up by YouTubers trying to capture footage of the launch. The prototype before that, SN10, landed upright in March but independent footage of the event showed the vehicle exploded about three minutes later.
All of SpaceX's Starship prototypes thus far have been far less powerful than Musk envisions the final product. While most of the test vehicles have had three enignes, the final spaceship is expected to have nearly 30. The spaceship portion will also need to be hauled into orbit by a separate, massive rocket booster, dubbed Super Heavy, which is expected to have more than 40 additional Raptor engines.
SpaceX has yet to publicly test the Super Heavy rocket booster, though Musk has said he hopes a Starship vehicle will reach orbit within a year.
SpaceX is also planning to lend out a slightly modified version of the vehicle to NASA for its moon program, Artemis. Under a recently awarded contract, Starship will be used to ferry astronauts from a space station orbiting the moon down to the lunar surface within the next few years, marking the first time humans have returned to the moon since NASA's mid-20th Century Apollo program.
It comes after four previous prototypes attempted to safely land after soaring a few miles into the air, with all of the prior missions ending in explosions.
SN15 is an early iteration of Starship, the vehicle that Musk envisions will one day carry the first humans to Mars.
The vehicle has several improvements over its predecessors, according to SpaceX. They include upgrades to its hardware, communication and navigation systems, software and it's massive engines, which are called Raptor engines.
Musk first explained Starship's intended landing method during a September 2019 media event. He billed it as a unique maneuver that would see the rocket dive back through the air with its belly pointed toward the Earth as its four fins shift slightly to keep it steady.
It's a maneuver that Musk said is intended to mimic how a skydiver would fall through the air, rather than the straight vertical descent to Earth that SpaceX's Falcon 9 rockets employ when they come in for landings.
Perfecting the belly-flop landing maneuver is essential to "enable a fully reusable transportation system designed to carry both crew and cargo on long-duration, interplanetary flights and help humanity return to the Moon, and travel to Mars and beyond," according to the company's website.
The last prototype to fly, SN11, exploded during landing, rained shrapnel on a nearby beach and threatened nearby video equipment that was set up by YouTubers trying to capture footage of the launch. The prototype before that, SN10, landed upright in March but independent footage of the event showed the vehicle exploded about three minutes later.
All of SpaceX's Starship prototypes thus far have been far less powerful than Musk envisions the final product. While most of the test vehicles have had three enignes, the final spaceship is expected to have nearly 30. The spaceship portion will also need to be hauled into orbit by a separate, massive rocket booster, dubbed Super Heavy, which is expected to have more than 40 additional Raptor engines.
SpaceX has yet to publicly test the Super Heavy rocket booster, though Musk has said he hopes a Starship vehicle will reach orbit within a year.
SpaceX is also planning to lend out a slightly modified version of the vehicle to NASA for its moon program, Artemis. Under a recently awarded contract, Starship will be used to ferry astronauts from a space station orbiting the moon down to the lunar surface within the next few years, marking the first time humans have returned to the moon since NASA's mid-20th Century Apollo program.
Comments
Treetopflyer13 5 year ago
#SpaceX
Treetopflyer13 5 year ago
Just to clarify; final configuration StarShip (S/N 20) will have 6 Raptor Engines, 3 Sea Level and 3 Optimized for Space, SuperHeavy (S/N 3) will have 28 Sea Level Raptor Engines, both currently in production. StarShip alone will be capable point to point travel anywhere on planet Earth in under an hour. Escaping Earth's gravity for the Moon and beyond requires a boost from SuperHeavy, together, they will be the most powerful rocket ever built.