In this episode of @AuManufacturing Conversations with Brent Balinski, we hea from Joseph Kenrick, Program Manager at Lunar Outpost Oceania. He tells us about the EPE & Lunar Outpost Oceania Consortium, which is up against the AROSE consortium in a bid to build an Australian rover for the Trailblazer program. The winner's semi-autonomous rover could be on the moon as soon as 2026, where it will collect regolith and deliver it to a NASA payload, which will attempt to extract oxygen from the sample.
Episode guide
0:29 – Career path. Engineering for the petroleum industry, then a career shift.
1:29 – Earth has been a closed-loop system for 4.5 billion years.”Biological history tells us: any time we’ve seen a dominant species in a finite ecosystem consuming a limited amount of resources, that species collapses. It’s only a matter of time. Naturally, this thinking led me to the field of space resources.”
2:00 – Joining Lunar Outpost about two years ago.
2:32 – Moving to Melbourne from Colorado in May.
3:28 – Nowadays there are many pathways into the space industry, “and really anyone can be involved.”
4:28 – Big Dipper and Little Dipper challenges around the excavation subsystems.
5:08 – Early observations on Australia’s space sector, its strengths, and the challenges it will face in this Trailblazer mission.
7:02 – The partnership co-leading the Trailblazer team with EPE.
8:18 – What Lunar Outpost does and some of its current projects, including lunar rovers that are headed to the Lunar South Pole and Reiner Gamma regions on the moon.
10:08 - Existing spaceflight heritage on the Perseverance rover on mars.
11:10 – Some of the challenges to building a robotic system for the moon, including extreme temperature swings, jagged regolith, and no GPS.
13:40 – Potential commercial spinoffs from this R&D.
14:48 – Competition to name Australia’s lunar rover.
15:50 – The two consortia vying to build Australia’s rover.
17:15 – Some of the partners on the team. including Vipack, RMIT, Titomic, Inovor, One Giant Leap and others.
Useful links
The Lunar Outpost Oceania website
https://www.lunaroutpost.com.au/
AROSE lunar rover to test Australian technology capabilities
Australians invited to name upcoming locally-made lunar rover
AROSE and EPE to design lunar rovers following grant awards
Applications open for up to $4 m grant funding to help design an Australian lunar rover
Australia is putting a rover on the Moon in 2024 to search for water
Australia to develop small Moon rover – video
In this episode of @AuManufacturing Conversations with Brent Balinski, we hea from Joseph Kenrick, Program Manager at Lunar Outpost Oceania. He tells us about the EPE & Lunar Outpost Oceania Consortium, which is up against the AROSE consortium in a bid to build an Australian rover for the Trailblazer program. The winner's semi-autonomous rover could be on the moon as soon as 2026, where it will collect regolith and deliver it to a NASA payload, which will attempt to extract oxygen from the sample.
Episode guide
0:29 – Career path. Engineering for the petroleum industry, then a career shift.
1:29 – Earth has been a closed-loop system for 4.5 billion years.”Biological history tells us: any time we’ve seen a dominant species in a finite ecosystem consuming a limited amount of resources, that species collapses. It’s only a matter of time. Naturally, this thinking led me to the field of space resources.”
2:00 – Joining Lunar Outpost about two years ago.
2:32 – Moving to Melbourne from Colorado in May.
3:28 – Nowadays there are many pathways into the space industry, “and really anyone can be involved.”
4:28 – Big Dipper and Little Dipper challenges around the excavation subsystems.
5:08 – Early observations on Australia’s space sector, its strengths, and the challenges it will face in this Trailblazer mission.
7:02 – The partnership co-leading the Trailblazer team with EPE.
8:18 – What Lunar Outpost does and some of its current projects, including lunar rovers that are headed to the Lunar South Pole and Reiner Gamma regions on the moon.
10:08 - Existing spaceflight heritage on the Perseverance rover on mars.
11:10 – Some of the challenges to building a robotic system for the moon, including extreme temperature swings, jagged regolith, and no GPS.
13:40 – Potential commercial spinoffs from this R&D.
14:48 – Competition to name Australia’s lunar rover.
15:50 – The two consortia vying to build Australia’s rover.
17:15 – Some of the partners on the team. including Vipack, RMIT, Titomic, Inovor, One Giant Leap and others.
Useful links
The Lunar Outpost Oceania website
https://www.lunaroutpost.com.au/
AROSE lunar rover to test Australian technology capabilities
Australians invited to name upcoming locally-made lunar rover
AROSE and EPE to design lunar rovers following grant awards
Applications open for up to $4 m grant funding to help design an Australian lunar rover
Australia is putting a rover on the Moon in 2024 to search for water
Australia to develop small Moon rover – video