On May 14, 2026, Intuitive Machines announced a definitive agreement to acquire Goonhilly Earth Station Ltd., a UK-based company specializing in deep space communications, and Goonhilly USA Inc., operating as COMSAT. The transaction, which includes the Lunar and Deep Space Communications, Commercial Satcom, and Defense and Security divisions, is expected to close in the third quarter of 2026, pending regulatory approvals in the UK and the United States.
Through this acquisition, Intuitive Machines aims to significantly expand its terrestrial segment for space communications. Goonhilly possesses strategic infrastructure in the UK, including antennas dedicated to lunar and deep space communications, such as the 32-meter GHY6 and the 30-meter GHY3, along with support in the X, S, Ka, and Ku bands.
The objective is to integrate these capabilities into Intuitive Machines’ space-to-ground network. This network will comprise a future constellation of lunar relays and ground stations. This system is designed to provide communication, data transport, and PNT (Position, Navigation, and Timing) services for missions in lunar orbit, on the lunar surface, and in cis-lunar space.
A New Growth Phase for Intuitive Machines
In January 2026, Intuitive Machines completed the acquisition of Lanteris Space Systems, formerly Maxar Space Systems, for $800 million. This added industrial capabilities in satellite construction for civilian, commercial, and national security clients. With Lanteris, Intuitive Machines has strengthened its capacity for designing and building space assets. The integration of Goonhilly will further enhance its ability to connect these systems with terrestrial and lunar communication infrastructures.
This growth is also linked to NASA’s lunar strategy. In 2024, the agency awarded Intuitive Machines a contract with a maximum potential value of $4.82 billion for cis-lunar space relay and communication services under the Near Space Network. These services will benefit landers, rovers, satellites, and Artemis missions, thereby reducing the strain on the Deep Space Network, which is increasingly busy with an increase in missions beyond Earth’s orbit.
In March 2026, NASA awarded Intuitive Machines a fifth CLPS mission, designated IM-5. This mission will carry seven scientific and technological instruments to the lunar South Pole using the new Nova-D lander. The mission is part of a broader plan to increase robotic lunar activities, supporting the development of a more stable presence on the surface.
The Importance of Lunar Positioning
NASA’s new “Ignition” plan also indicates a greater focus on continuous lunar infrastructure. The CLPS 2.0 program foresees a 10-year ordering period and up to 15 years of execution, with a projected ceiling of $6 billion. Within this framework, NASA has stated its objective to develop a Moon Base and accelerate surface technology demonstrations in the coming years.
In this context, the acquisition of Goonhilly holds both industrial and operational value. On one hand, it expands Intuitive Machines’ international presence and adds civilian, commercial, and government clients. On the other hand, it provides existing infrastructure for communicating with lunar and deep space missions, an increasingly critical element as the number of landers, rovers, and satellites around the Moon grows.
Goonhilly also represents an avenue for Intuitive Machines to penetrate the UK market and territory, which is beneficial for increasing visibility windows for lunar and deep space missions. This aspect also carries strategic European value, as the company collaborates with organizations like the ESA and offers services related to secure communications, Space Domain Awareness, and defense applications.
For Intuitive Machines, Goonhilly thus represents an additional piece in its transformation from a company focused on lunar landers to an integrated provider of space infrastructure. The company is building a value chain that includes vehicle manufacturing, transportation to the Moon, communications, navigation, and operational management. This model could become increasingly central if the number of lunar missions grows as predicted in the coming years.
