Showing posts with label Astrobotic. Show all posts
Showing posts with label Astrobotic. Show all posts

Thursday, November 17, 2016

Astrobotic to Give NASA up to $12M in Payload Delivery to the Moon

Organizations Responding to NASA’s Lunar Payload RFI Who Book Their First Mission with Astrobotic, Will Get a Second Mission to the Moon for Free

Carolyn Pace

Pittsburgh – Astrobotic announces today a historic, new dollar for dollar matching program that will provide free payload deliveries to the Moon. For every payload selected by NASA to fly on Astrobotic’s first mission, Astrobotic will provide an additional flight to payload providers on the company’s second mission at no charge. The second mission is currently scheduled to fly in 2021, and Astrobotic will match payload reservations up to $12 million. This new cost-sharing program is in response to the agency’s RFI call for small lunar surface payloads.

“For too long, NASA’s science and exploration programs were forced to operate in a one-and-done paradigm,” said John Thornton, CEO of Astrobotic. “Past missions to the Moon have unveiled incredible findings, but rapid follow up with additional measurement and observation was impossible. With this new public-private cost-share program, Astrobotic will speed up the pace of discovery.”

This matching program will provide scientists and engineers the opportunity to fly the same payload twice, or fly a new payload that takes advantage of findings from the first mission. This approach aligns with the nature of science and exploration investigations, which need follow-ups after new findings are uncovered.

“As the most advanced and credible lunar delivery company in the world, Astrobotic is thrilled to offer NASA and its payload partners a service that matches their needs and fundamentally improves how space science and exploration investigations get done,” said John Thornton.

This announcement comes as Astrobotic continues to work closely with its industry leading partners on the development of its Peregrine Lunar Lander. Astrobotic is the only lunar delivery company to have assembled a sophisticated and credible team of partners from the public and private sector. These partners include NASA, who is providing Astrobotic access to some of the best spacecraft engineers and facilities in the world, as part of NASA’s Lunar CATALYST Program; Airbus DS, who brings world-class spacecraft experience in human spaceflight and exploration and leverages previous lander development work with the European Space Agency; Aerojet Rocketdyne, who is supplying Peregrine’s propulsion system, featuring next generation space engine technology; and Deutsche Post DHL Group, the world’s leading mail and logistics company, who is the “Official Logistics Provider for Astrobotic’s First Mission to the Moon.”

HT: Clive Neal

[Astrobotic Technology is a lunar logistics company that delivers payloads to the Moon for companies, governments, universities, nonprofits, and individuals. The company’s spacecraft accommodates multiple customers on a single flight, offering lunar delivery at an industry-defining price of $1.2 Million per kilogram. Astrobotic is a partner with NASA through a Space Act Agreement under the Lunar CATALYST program, and has 22 prior and ongoing NASA contracts. The company has 10 payload delivery deals in place for its first mission and dozens of customer negotiations for upcoming missions.  The company is also pursuing the Google Lunar XPRIZE with partner Carnegie Mellon University. Astrobotic was spun out of Carnegie Mellon University’s Robotics Institute in 2007, and is headquartered in Pittsburgh, PA.]

Tuesday, February 24, 2015

Astrobotic, Hakuto team up to ride Falcon 9 to Moon

The combined strategy utilizes the Astrobotic "Griffin" lander (carrying their "Red Rover," in foreground) to deploy a total of three robotic rovers, including the Hakuto "Tetris" and "Moonraker" [Astrobotic/CM].
Angela Moscaritolo
PC

Two rivals battling it out in Google's $30 million competition to land a private spacecraft on the moon are teaming up for a joint trip to the lunar surface.

Hakuto, the only Japanese team competing in Google's Lunar XPrize competition, and Pittsburgh-based Astrobotic on Monday announced they are partnering for a moon journey during the second half of 2016.

Hakuto rover Moonraker (and back-up) undergoing hazard and slope avoidance testing in 2014 [Tim Stevens/C|NET].
The plan is that Hakuto's twin rovers — dubbed "Moonraker" and "Tetris" — will "piggyback" on Astrobotic's so-called "Griffin" lander to reach the moon.

Hatuto sub-rover Tetris [Tim Stevens/C|NET].
Astrobotic will launch the mission next year on a SpaceX Falcon 9 rocket from Cape Canaveral, Fla. After touching down, Hakuto's rovers will be simultaneously released alongside Astrobotic's "Andy" rover, developed by Carnegie Mellon University.

Read the full story HERE.

Additional story at Pittsburgh Business Times, HERE.

Astrobotic Technology Red Rover design concept, picked by Popular Science as one of 100 Best Innovations of 2011.

Tuesday, January 27, 2015

GLXP Milestone Prizes to five teams


Google has announced a list of Milestone prizes in the Google Lunar X Prize competition. Five teams have won prizes, thus far totaling $5.25 million for demonstrated proficiency in Landing, Mobility, and Imaging.

Awards in Imaging and Mobility were announced in December. On Monday, Pittsburgh-based Astrobotic of Carnegie Mellon University tops this latest list adding up $1.75 million in prize money across all categories.

Astrobotic, Team Indus and Moon Express were each previously awarded $1 million in the Landing column, adding to $500,000 for Mobility also awarded Astrobotic last month, together with Japan's Team Hakuto and Germany's Part-Time Scientists and $250,000 for Imaging each to Astrobotic, and Part-Time Scientists and Moon Express.

Astrobotic Technology's Red Rover concept, ultimately selected by Popular Science as one of the 100 Best Innovations of 2011, part of their design system in the heating-up contest to win the Google Lunar X-Prize [Astrobotic Technology, Inc.].

Monday, October 8, 2012

Astrobotic unveils Polaris lunar rover design

Astrobotic's Polaris prospects for water at the lunar poles. With 3 vertical solar panels generating 250 watts and two radiator panels to shed excess heat, the Polaris design features stereo cameras and laser sensors to create 3-D video and digital models its surroundings. The robot communicates directly with Earth using a directional S-band antenna. Polaris will carry up to 70 kg in payload, i.e., core drill and science instruments to identify water content. Polaris is capable of autonomously traversal of permanently shadowed areas and will be equipped with variable height suspension for clearance or drilling angles. The suspension will maintains four-wheel ground contact without springs [Astrobotic Technologies, Inc.].
John Thornton
Astronbotic

Astrobotic today announced completion of a prototype lunar prospecting rover, Polaris, to search for water ice at the Moon's poles.  The rover will prospect for water, oxygen, methane, and other volatiles which could be useful for energy, supporting life, and producing rocket fuel.  "This rover is a first step toward using off-Earth resources to further human exploration of our solar system," said John Thornton, President. 

Polaris is specialized for drilling at the Moon's pole which is characterized by low glancing sun angles and operation near shadowed regions that can reach cryogenic temperatures.  The rover is tall enough to deploy a 4ft drill and produce 250W of power with solar panels oriented toward the Sun, which stays just above above the horizon.

Polaris, 1.63 meters wide and 2.4 meters long, can move at 30 cm a second on 60 cm-diameter wheels.  The rover weighs 150 kg, and will accommodate a drill and science instruments of up to 70 kilograms.

Computer vision determines the rover's position on the Moon within 3 meters. "It's game changing for lunar surface exploration and we're the ones to pursue it," said William "Red" Whittaker, CEO.  Without GPS, Polaris will match surface pictures with satellite imagery taken by NASA's Lunar Reconnaissance Orbiter (LRO) to determine its location on the Moon.

The rover features wheels and chassis beams constructed of light, tough composite materials.   The lighter structural materials minimize overall weight while accommodating the heavy drill and massive batteries required for this mission.

Astrobotic has won nine lunar contracts from NASA worth $3.6 million, including one to evaluate how Polaris can accommodate NASA’s ice-prospecting instruments during a 5k traverse near the Moon’s north pole.