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Castrol in mission control

Over fifty years since our space-grade lubricants supported NASA's Apollo missions, Castrol is collaborating with Lunar Outpost on a new Mission Control Centre.

Exploring new frontiers with Lunar Outpost

More than 50 years since our space-grade lubricants were used in NASA's historic Apollo missions, Castrol is going back to the Moon. And this time, we'll be at the heart of mission control - collaborating with Lunar Outpost to design and build a ground-breaking Mission Control Centre at their HQ in Colorado.

WHo are Lunar Outpost

Lunar Outpost is the industry leader in space robotics, lunar surface mobility, and space resources. The company is on a mission to enable an extended human presence in space while utilising its vast resources to drive progress on Earth. From rovers headed to the Moon to establish infrastructure, to the creation of oxygen on Mars - their impact spans the solar system.

 

 

Our collaboration with Castrol reflects a shared vision for future lunar missions and a commitment to push the limits of space exploration.Justin CyrusCEO/Founder, Lunar Outpost

 

Mission control centre collaboration

Lunar Outpost named Castrol the lead Mission Control Centre collaborator for its Lunar Voyage 1 mission. The Mission Control Centre will be the primary centre of operations and decision-making during Lunar Outpost's Lunar Voyage 1 (LV1), launching in early 2025. Castrol has worked with NASA since the first Apollo missions, offering decades of space expertise to the Lunar Outpost team.

Early days of mission control

Beginning with NASA's Mercury and Gemini programs in the 1960s, Mission Control played a pivotal role in pioneering space exploration. In these early days, Mission Control Centres were filled with engineers and technicians who relied on analogue systems and slide rules, making split-second decisions with far less automation than today. 

 

Communication delays and basic displays meant teams had to work with limited data, relying heavily on their expertise and instincts to guide missions safely through uncharted territory in space exploration history.

Mission control today

Today's Mission Control Centres are the height of modern technology. Teams use advanced digital systems, real-time data analysis, and global communication networks to manage complex space missions with precision and efficiency. 

 

As one of many companies working on Lunar Voyage 1, Castrol will be supporting Lunar Outpost to develop a new kind of Mission Control. The state-of-the-art design hub will help shape the future of space exploration as we know it.

Lunar voyage 1

Lunar Voyage 1 is Lunar Outpost's inaugural mission to the Moon. The company's Mobile Autonomous Prospecting Platform (MAPP) Rover will land at Shackleton Connecting Ridge near the Lunar South Pole to undertake several critical tasks: the collection of valuable data and prospecting information from an array of sensors to inform future lunar programs.

Did you know?

Lunar Outpost is poised to make history as the first American rover to venture to the lunar South Pole and the first commercial rover to navigate the lunar landscape.
A lunar day equals about two weeks on Earth (and that’s how long the LV1 mission is expected to last!)
Mission Control Centers operate 24/7 during a mission, with teams working in shifts to ensure there is always someone monitoring activities.
Lunar Outpost contributed to MOXIE, a device fixed to NASA’s Perseverance Rover. MOXIE generated breathable oxygen from carbon dioxide on Mars!