Gotta hate rocket scientists that think all racing is the same...

Professur

Team Owner
Joined
Oct 21, 2004
Messages
2,302
Points
423
Location
Mo-Ray-Al, K-Bec, Ka-Na-Da.
http://www.space.com/28633-google-lunar-x-prize-moon-race.html

This is definitely a new kind of space race: Two teams competing in a private moon competition have teamed up to get to the lunar surface by the end of next year, potentially sowing the seeds for a sort of lunar NASCAR race.

The new Google Lunar X Prize (GLXP) partnership between the U.S.-based team Astrobotic and the Japanese group Hakuto means that the two teams — and perhaps even additional groups, if they decide to sign on — could duel it out in a "Formula 1 race on the surface of the moon," said Astrobotic CEO John Thornton.

Astrobotic and Hakuto are currently competing against each other, and 16 other teams, in the GLXP, which offers a $20 million grand prize to the first private team to land a robotic spacecraft on the moon, move it 1,640 feet (500 meters) and beam back photos and video to Earth. [How Will Humans Visit the Moon? (Infographic)]




At the moment, GLXP representatives require that at least one team have a launch scheduled by Dec. 31, 2015. The deadline for completion of the prize itself is exactly one year later, on Dec. 31, 2016.

Astrobotic and Hakuto have created a partnership that will allow both teams to share the cost of flying to the moon atop a SpaceX Falcon 9 rocket in the second half of 2016, Astrobotic and Hakuto team members say. Thornton is also speaking with representatives from about half of the other teams currently competing for the X Prize, to see if any of them are interested in joining Hakuto and Astrobotic aboard the rocket.




"We will be flying with Hakuto to the surface of the moon," Thornton said during a news conference today (Feb. 23). "When we get to the surface, we will deploy our rover and deploy Hakuto's rover, and then, together, we will drive off as fast as possible to win the Google X Prize. It'll be a full-on race once we get there."

The teams have also penned an agreement that will allow them to share the prize money if one of the teams that flies on the Falcon 9 rocket were to win. Thornton thinks that the Falcon 9 should have room for almost every GLXP spacecraft if the other teams decide to partner with Astrobotic and Hakuto.

In Thornton's ideal scenario, each team would deploy its spacecraft to the surface before the start of the lunar robot race. Once the race starts, however, each team is on its own. Astrobotic's Andy rover — deployed from its Griffin lander — and Hakuto's twin rovers, Moonraker and Tetris, will need to individually perform the tasks in order to win the prize.

"We envision a 'NASCAR on the moon' scenario, where competing teams land together, and countries can cheer on their team to the finish line," Thornton said in a statement. "Hakuto is the first team signed to fulfill our dream of the first race beyond Earth's orbit."

The race itself could even be televised, with the rovers beaming back images to Earth for people on the planet to behold.

Both the Astrobotic and Hakuto teams were recently awarded "milestone prizes" by a panel of GLXP judges. These cash prizes in three different categories serve as rewards for teams that develop and test new technology as part of the private mission to the moon. Astrobotic won $1.75 million in the imaging, mobility and landing categories, while Hakuto got $500,000 as part of the mobility milestone prize.

The overarching goal of the GLXP competition is to help create a thriving lunar exploration industry, and representatives with the organization are happy to see this kind of collaboration between teams for that reason.

"We are delighted that two of our teams have engaged in this partnership for their Google Lunar X Prize missions," Andrew Barton, director of technical operation for GLXP, said in a statement. "Stimulating new business ecosystems is one of the core goals of any X Prize competition, and this joint venture is an excellent example of how humanity's commercial and economic interests will expand into space in the coming years. This announcement builds on the progress seen during the recent Google Lunar X Prize Milestone Prize awards, and we look forward to the teams furthering this momentum with the news of a confirmed launch contract."
 

gone

Team Owner
Joined
Oct 29, 2013
Messages
577
Points
223
It's a different kind of race. I'd blame the article's writer for the NASCAR reference - I doubt the X Prize people made it, based on reading past press releases by them.

I suspect whoever wins will spend more than $20 million to do it.
 

Professur

Team Owner
Joined
Oct 21, 2004
Messages
2,302
Points
423
Location
Mo-Ray-Al, K-Bec, Ka-Na-Da.
In today's news, SpaceX has landed yet another first stage. That's one on land and 2 by sea. This one was a geo-sync launch so they were surprised themselves at pulling it off. Looks like they AI doing the landing has been learning from all those failed attempts. I wonder if the Falcon Heavy will try to land as one piece, or split into three separate first stages. Gonna need more barges.
 

DUN24

Skeptical of the Spectacle
Joined
Feb 24, 2013
Messages
15,862
Points
883
I, for one am extremely excited about the inagural Lunar Surface Sprint Cup Formula One E-Prix.
 

RacerrecaR

Orange cone
Joined
Jan 3, 2015
Messages
1,803
Points
343
I might be intrigued by this if I thought it was possible for humans or technology to travel to the moon.

:lurk:
 

aunty dive

Team Owner
Joined
Mar 17, 2014
Messages
20,249
Points
883
I, for one am extremely excited about the inagural Lunar Surface Sprint Cup Formula One E-Prix.
Me too.

I wonder if they'll shorten this event so they don't have to to change to cars with fresh batteries at halfway?
 

Professur

Team Owner
Joined
Oct 21, 2004
Messages
2,302
Points
423
Location
Mo-Ray-Al, K-Bec, Ka-Na-Da.
And in today's news, SpaceX pulls off not only launching a rocket for the second time, but landing it again so it can be used a third time. And, the payload delivery was totally routine and uneventful.
 
Top Bottom