ESA Will Fly Romanian Technology to Moon in 2028
The European Space Agency selected a new ultra-wideband communications payload for the upcoming ispace Mission 3.
Updated on Oct. 7, 2026 in Space
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The European Space Agency (ESA) plans to launch an ultra-wideband technology demonstrator on the ispace Mission 3 in 2028. This payload marks the first instance of Romanian technology operating on the lunar surface.
Why it matters
The mission tests critical wireless communications and precise ranging capabilities in environments where satellite coverage is unavailable. This advancement supports future infrastructure for rovers operating across the lunar terrain.
The payload consists of three ultra-wideband terminals, with one unit mounted on the lander and two on the rover. The system functions by using short radio pulses to measure signal travel time as the rover moves.
The players
European Space Agency
An intergovernmental organization dedicated to the exploration of space and the advancement of aerospace technology.
Control Data Systems
The Romanian firm responsible for developing the ultra-wideband technology payload for the lunar mission.
ispace
A private lunar exploration company that manages the Mission 3 lunar lander program.
The details
Control Data Systems received the development contract in November 2024 to create the hardware for this inaugural Romanian space contribution. The terminals are designed to facilitate high-precision ranging and communication between the two lunar vehicles.
Timeline
November 2024: ESA awarded the development contract for the technology to Control Data Systems.
2028: The demonstrator is scheduled to fly on the ispace Mission 3.
The Big Picture
The project aligns with the European Space Agency lunar exploration infrastructure development, which focuses on sustainable communications for future surface missions. This mission serves as a key proof-of-concept for localized navigation protocols that will reduce reliance on orbital relay satellites.
Successful implementation of this ultra-wideband technology could lead to more affordable and reliable communication networks for future robotic lunar exploration. These advancements may shorten the development timelines for future automated exploration hardware used in deep-space environments.
The takeaway
This mission demonstrates how modular technology can be integrated into private lunar programs to expand regional participation in space exploration. For engineers and researchers, it highlights the increasing shift toward localized radio-based navigation on celestial bodies.
Further reading
Learn more about the latest innovations in lunar exploration by visiting our Space section.
Source note: This article includes information reported by European Space Agency (ESA).
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