NASA Contracts for a 5G Communications Network on the Moon
firm-fixed-price contract
A contract with a set price for the agreed work.
scalable
Designed so the system can grow later.
flight demonstration
A test carried out during a planned spaceflight.
What happened
NASA, the U.S. space agency, announced the contract on September 30, 2026. It awarded Modulate Space Corporation, the company selected for this development, a contract to build key parts of a 5G communications system for the lunar surface. NASA’s Glenn Research Center in Cleveland is the customer for the work. The system will also include built-in Wi-Fi 6. NASA’s announcement
The firm-fixed-price contract is worth about $38 million. NASA calls the effort accelerated and divides it into two main work areas.
How the plan is organized
The first work area covers 5G Network-in-a-Box development and a laboratory demonstration. Its performance period runs from October 1, 2026, through January 31, 2028. The second covers an integrated 5G and Wi-Fi network for the lunar surface. Its planned flight demonstration runs from November 30 through December 31, 2028.
These dates describe development and demonstration work. They do not mean a complete lunar network will provide regular service during that period.
Why it matters
NASA says the system should be scalable and standards-based. Scalable means the design is intended to grow as future lunar work grows. Standards-based means it follows shared communication rules. Together, those goals point toward a system that could support future Moon Base surface operations.
A lunar communications system needs more than one kind of software. NASA says the demonstrations will advance the needed hardware, firmware, and software. They will also give NASA information about the system architecture and its operational performance. That information can guide later changes to the technology.
What is confirmed
The confirmed contract covers key elements of a lunar-surface 5G system. Wi-Fi 6 is part of the planned design. NASA has identified the contractor, the approximate price, the two work periods, and a planned lunar-surface flight demonstration. The announcement describes development and testing, not an operating service already available on the Moon.
What remains unknown
NASA has not named the first lunar mission that will use the system. The announcement does not state the eventual coverage area, data capacity, final hardware arrangement, or start date for regular operations. It also does not explain what happens after the 2028 demonstration period.
What to watch next
The next useful evidence will be laboratory results, integrated-system tests, and details about the lunar flight demonstration. A named mission would show where the system fits. Results about architecture and operational performance would show whether the design can move from a contract into a dependable lunar communications service.
NASA Starts Building 5G for the Moon
📰 Full story: NASA Contracts for a 5G Communications Network on the Moon
NASA hired a company to develop lunar communications. The plan includes 5G and Wi-Fi 6.
standards-based
Built around shared rules for communication.
scalable
Able to grow as more work or equipment is added.
firmware
Software built into a piece of equipment.
💡 The gist
- NASA signed a contract for lunar communications.
- Modulate Space Corporation, the hired developer, will do the work.
- The plan includes 5G and Wi-Fi 6.
NASA, the U.S. space agency, announced the contract on September 30, 2026. NASA’s announcement
The fixed-price contract is worth about $38 million. NASA says the work has two main parts.
The first part develops a 5G Network-in-a-Box. It also includes a laboratory test. This work runs from October 1, 2026, to January 31, 2028.
The second part combines 5G and Wi-Fi 6. It plans a flight demonstration on the lunar surface. That work runs from November 30 to December 31, 2028.
5G and Wi-Fi 6 are ways to connect devices. They use shared rules for sending information. NASA wants a standards-based system. That means the system follows shared communication rules.
NASA also wants a scalable system. Scalable means the system can grow later. Future Moon Base work could then add equipment more easily. This is the goal of the design, not a result proven yet.
The contract covers hardware, firmware, and software. Firmware is software built into equipment. NASA will study the system’s design and real operation during demonstrations.
The contract does not mean a finished lunar network exists today. NASA has not named the first mission using it. It has not announced when regular service will begin.
Watch for laboratory results and lunar flight-test details. A mission name would show where this system fits. Test results would show whether it works as planned.
NASA Wants Moon Machines to Share Messages
📰 Full story: NASA Contracts for a 5G Communications Network on the Moon
NASA is building a way for Moon machines to share messages.
5G
A way for machines to send messages without wires.
Wi-Fi 6
Another way for nearby machines to send messages without wires.
The simple idea
- NASA asked a company to build Moon communications.
- The plan uses 5G and Wi-Fi 6.
- The system is still being made and tested.
NASA, the U.S. space agency, asked Modulate Space Corporation, a company helping with this work, to build the system.
Moon machines will need to share information during Moon Base work. 5G and Wi-Fi 6 are ways to send messages without wires.
NASA will test the system in a laboratory first. NASA also plans a test on the Moon.
The system is not ready for regular use yet. NASA has not said when regular use will begin.
If the tests go well, Moon machines may share messages more easily.