Technology & Innovation

Space Force grants Pulse Space $40 million to develop laser power and data links

1 min read
Space Force grants Pulse Space $40 million to develop laser power and data links
AI-generated illustration
This article was produced with AI assistance and editorially curated from public sources.

Funding boost for laser‑based space power transfer

The United States Space Force has approved a $40 million award to the startup Pulse Space, aiming to accelerate the development of laser technologies that can convey both electrical power and data across orbital distances.

Project objectives and technical focus

Pulse Space intends to create compact high‑power lasers that can beam energy over large spans in space while simultaneously carrying communication signals. By merging power and data transmission, future satellites could reduce reliance on heavy batteries and physical connectors.

Collaboration with the U.S. Air Force

The funding is part of the Space Development Agency initiative, overseen by the U.S. Air Force. The Space Force views the technology as a strategic asset for enhancing its communication and defensive capabilities beyond Earth.

Outlook and next steps

In the coming months, Pulse Space will build and test prototypes in orbital conditions to validate laser performance. Successful demonstrations could open the technology to broader civil space applications, such as powering lunar habitats or deep‑space probes.

Frequently asked questions

Wie soll die Laser‑Technologie die Energieversorgung von Satelliten verändern?

Durch das Senden von gebündelter Laserenergie können Satelliten Strom aus der Ferne beziehen und damit schwere Batterien oder Solarpaneele reduzieren.

Welche Rolle spielt die Space Development Agency bei diesem Projekt?

Sie koordiniert das Förderprogramm, das von der US‑Luftwaffe verwaltet wird, und stellt die Mittel für die Entwicklung bereit.

Wann werden erste Tests im Orbit erwartet?

Pulse Space plant, Prototypen innerhalb der nächsten Monate zu starten, um die Laserleistung unter realen Weltraumbedingungen zu prüfen.