The mission would deliver NASA payloads to investigate lunar volatile elements such as hydrogen and oxygen, which could one day be used by NASA and the private sector for astronaut life support and in-space rocket fuel. As the world’s first in lunar lander delivery services, our planetary mobility services offer “last meter” delivery services after landing. The Polaris rover was unveiled in October 2012, and it was to be used on a now cancelled mission called Icebreaker to the lunar north pole using their Griffin lander and deliver "a small rover and up to about 240 pounds (110 kg) of payload to the surface of the Moon". Deliver your technology to space! (courtesy: Astrobotic). Astrobotic’s mobility-as-a-service enables science and exploration on several flexible platforms to optimize performance for your mission. The company is also an official partner with NASA through the Lunar CATALYST Program. Astrobotic is developing AstroNav, a software framework for multi-sensory robotic navigation and mapping. (courtesy: Astrobotic) The study contract awarded to Astrobotic will analyze how Astrobotic’s medium lunar lander Griffin, and its workhorse rover Polaris, could deliver volatile-detecting payloads to the lunar South Pole. Dimensions of the payload volume for each unit are as follows: 2U: 20 cm x 10 cm x 10 cm Increasing payload demands can be supported by modifying the flexible design or increasing the unit size. The wheels are powered by four motors located below the chassis that are thermally shielded by multi-layer insulation. The mission would deliver NASA payloads to investigate lunar volatile elements such as hydrogen and oxygen, which could one day be used by NASA and the private sector for astronaut life support and in-space rocket fuel. Astrobotic offers Mobility-as-a-Service to Revolutionize Planetary Access and Capabilities. With Griffin’s robust delivery capacity, the lunar surface is open to companies, governments, universities, and individuals for next-generation lunar surface activities. Akin to CubeSats, each CubeRover unit, or “U,” can support a 10 cm x 10 cm x 10 cm payload that weighs 1 kg. Polaris is a commercial “pick-up” truck for the Moon, capable of hosting 90 kg of mobile lunar surface payload for numerous mission types including resource prospecting, in-situ resource utilization, sample return, fuel production, technology demonstration, long distance traverse, and marsupial supported missions. When Peregrine flies in 2021, many of our approaches and hardware will be validated for Griffin and Polaris,” he said. It is suggested that deployable payloads mount under the rover and that static payloads mount next to the radiators. Astrobotic Technology, Inc. is a space robotics company that seeks to make space accessible to the world. Astrobotic awarded contract to study a medium lunar lander and large rover mission to the South Pole of the Moon, The mission would be a robotic precursor, paving the way for the first NASA human lander mission in 2024. The company also has more than 30 prior and ongoing NASA and commercial technology contracts, a commercial partnership with Airbus DS, a corporate sponsorship with DHL, and 29 payloads signed on for Peregrine’s first mission to the Moon. “Griffin and Polaris are years in the making, and both are complementary to the cislunar service capabilities our Peregrine lunar lander will demonstrate when it flies in 2021. As a result of our product-line approach to lunar logistics, these three vehicles share common parts, components, and design philosophies.

“The ability to detect, extract and process Hydrogen and oxygen at the Moon holds great promise for dramatically lowering the cost of living and working in space, and Griffin and Polaris were both designed to pursue exactly these kinds of lunar resource opportunities,” said Astrobotic CEO John Thornton.

6U: 30 cm x 20 cm x 10 cm. Payloads can be mounted inside the payload bay under the rear rover chassis or affixed to the radiator above the rear rover chassis. With this NASA study in place and 29 payload deals from 8 countries signed for Peregrine Mission One, Astrobotic is making the Moon accessible to the world with end-to-end delivery services and industry-leading space robotics. About Astrobotic Payloads can be mounted inside or underneath the CubeRover chassis within the multi-layer insulation. The mission would also pave the way for NASA’s human lander mission in 2024, and survey the landing site for the first human mission to the Moon since the Apollo program. Astrobotic’s mobility-as-a-service enables science and exploration on several flexible platforms to optimize performance for your mission. 10th October 2012. 4U: 20 cm x 20 cm x 10 cm CubeRovers are available in three standard sizes: 2U, 4U, and 6U. With Griffin’s robust delivery capacity, the lunar surface is open to companies, governments, universities, and individuals for next-generation lunar surface activities.
The chassis serves as a radiator and structural connection for the top-mounted deployable solar array. Polaris is a commercial “pick-up” truck for the Moon, capable of hosting 90 kg of mobile lunar surface payload for numerous mission types including resource prospecting, in-situ resource utilization, sample return, fuel production, technology demonstration, long distance traverse, and marsupial supported missions.

AstroNav has been extensively tested on Earth in caves, tunnels, and lava tubes.

To receive the latest space news, sign up for our free Space Newsfeed email newsletters: We won't share your info and you can unsubscribe at any time. Astrobotic’s Griffin lunar lander (pictured top) and Polaris lunar rover (pictured bottom) will carry payloads to the Moon for customers around the world. With this NASA study in place and 29 payload deals from 8 countries signed for Peregrine Mission One, Astrobotic is making the Moon accessible to the world with end-to-end delivery services and industry-leading space robotics. Polaris was designed with a flexible BUS to accommodate diverse lunar payloads with distinct mission profiles. “Griffin and Polaris are years in the making, and both are complementary to the cislunar service capabilities our Peregrine lunar lander will demonstrate when it flies in 2021. The CubeRover was designed as a modular product line to accommodate payloads with varying mass, power, thermal, and communications demands.

The primary components located inside the CubeRover chassis include rechargeable batteries, cameras, and a single board computer. Optimum Technologies selected by Northrop Grumman to provide protected tactical satcom payload structures, Airbus to bring first Mars samples to Earth, SSC to launch satellites from Esrange Space Center, Thales Alenia Space on its way to reach the Moon, AAC Clyde Space to acquire U.S. SpaceQuest, Airbus selected for ESA’s Moon lander study, Pluto's ice caps made of methane, turns Earth's process upside down, Kratos introduces OpenSpace platform supporting dynamic, software-defined satellite ground systems, Paradigm’s SWARM950 type approved for use on Inmarsat with ST Engineering iDirect 950mp, Thales Alenia Space selected by Airbus as partner to the Mars Sample Return Mission, Solar eruptions could electrify Martian moons, To keep Saturn’s A ring contained, its moons stand united, Bigelow Aerospace and United Launch Alliance to place a B330 habitat in low lunar orbit, Moon Express and NanoRacks team to support commercial missions beyond Earth orbit, Examining Mars' moon Phobos in a different light, Gaia data help prepare for a rare celestial alignment of Neptune's largest moon, Thales Alenia Space to provide X-band transmitter for South Korea’s KPLO lunar orbiter, Momentus announces service agreement for Gran Systems NUTSAT, Microchip introduces industry’s first highly integrated radiation-hardened motor controller, Orbcomm and Inmarsat to provide next-generation, global IoT service, Intellian launches C700 Iridium Certus maritime terminal, Start of the production of the Skylark constellation, OSIRIS-REx spacecraft goes for early stow of asteroid sample, International consortium adds hyperspectral imaging and communication payloads to NanoAvionics’ rideshare mission named D-2/AtlaCom-1, OSIRIS-REx spacecraft collects significant amount of asteroid, Refueling mission completes second set of robotic tool operations in space, All solid motors for Vega-C complete qualification tests.

Astrobotic’s Griffin lunar lander (pictured top) and Polaris lunar rover (pictured bottom) will carry payloads to the Moon for customers around the world. The rover will prospect for water, oxygen, methane and other volatiles which could be useful for energy, supporting life, and producing rocket fuel. Payloads mounted in these locations are thermally controlled based on the payload customer's requirements. As a result of our product-line approach to lunar logistics, these three vehicles share common parts, components, and design philosophies.

Astrobotic was selected by NASA in May 2019 for a $79.5 million contract to deliver payloads to the Moon in 2021. Lunar rover concept design and development, Flight software development and integration. If you have an interest in planning your next delivery on a rover or learning more, please email us at pm@astrobotic.com.
Astrobotic Technology, Inc. is a space robotics company that seeks to make space accessible to the world. Astrobotic was founded in 2007 and is headquartered in Pittsburgh, PA. About Space NewsfeedSend us your news Advertise Register for news emailsLatest newsEvents, Terms and conditionsCookie policyPrivacy policy. You can see the estimated mission cost and submit your mission for analysis by Astrobotic. Polaris is a commercial “pick-up” truck for the Moon, capable of hosting 90 kg of mobile lunar surface payload for numerous mission types including resource prospecting, in-situ resource utilization, sample return, fuel production, technology demonstration, long distance traverse, and marsupial supported missions. Astrobotic is contracting payloads for our first lunar mission. When Peregrine flies in 2021, many of our approaches and hardware will be validated for Griffin and Polaris,” he said. The study contract awarded to Astrobotic will analyze how Astrobotic’s medium lunar lander Griffin, and its workhorse rover Polaris, could deliver volatile-detecting payloads to the lunar South Pole.

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