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Limitless Energy in Space

Building reliable space power infrastructure, from kW solar arrays to space power plants

Araqys is building the infrastructure that will fuel the future of the dual use space economy.

From classical solar arrays to kilowatt-scale solar arrays, to power-beaming orbital power plants, our mission is clear: provide reliable, unlimited energy for everything humanity does beyond Earth.

Real, Imminent, Transformative.

As launch costs fall and orbital capacity rises, energy supply has become the bottleneck in space.

With limitless, distributed power, on-orbit capabilities will multiply exponentially — enabling dynamic space operations, sustained space maneuver and directed energy applications, as well as orbital data centers, and permanent lunar infrastructure.

Araqys is throwing open the door to that innovation-fueled revolution. Our near-term systems will power the next generation of resilient and responsive space operations — from power proliferated constellations to full-scale in-orbit manufacturing.

OUR ISM BREAKTHROUGH

PRINTING SOLAR ARRAYS IN SPACE — LIGHTER, LONGER, SMARTER.

Araqys' first In-Space Manufacturing (ISM) system is a 3D-printed solar array

designed to be built and deployed entirely in orbit.

With ISM, the solar array is designed for its actual application in space, not

overengineered just for surviving the launch.

Instead of designing hardware primarily to survive launch, we design it for its true use case in space — and manufacture it directly on orbit, right where it’s needed.

Radically reduced system complexity — and therefore dramatically lower costs

Power levels achievable that are impossible with traditional solar array designs, scalable to virtually unlimited size — and unlimited power

True “stop-and-go” deployment, enabling partial, staged, or later expansion as missions evolve

Instead of designing hardware primarily to survive launch, we design it for its true use case in space — and manufacture it directly on orbit, right where it’s needed.

Radically reduced system complexity — and therefore dramatically lower costs

Power levels achievable that are impossible with traditional solar array designs, scalable to virtually unlimited size — and unlimited power

True “stop-and-go” deployment, enabling partial, staged, or later expansion as missions evolve

Instead of designing hardware primarily to survive launch, we design it for its true use case in space — and manufacture it directly on orbit, right where it’s needed.

Radically reduced system complexity — and therefore dramatically lower costs

Power levels achievable that are impossible with traditional solar array designs, scalable to virtually unlimited size — and unlimited power

True “stop-and-go” deployment, enabling partial, staged, or later expansion as missions evolve

Real missions. Real hardware. Real power — On Orbit.

ARAQYS-D1 “BOOM! THERE IT IS”

ISM Boom Demo

LAUNCHING JANUARY 2026 (TBD)

ARAQYS-D1 “BOOM! THERE IT IS”

ISM Boom Demo

LAUNCHING JANUARY 2026 (TBD)

ARAQYS-D1 “BOOM! THERE IT IS”

ISM Boom Demo

LAUNCHING JANUARY 2026 (TBD)

ARAQYS-D2 “WATTS NEW IN SPACE”

ISM Solar Array Demo

LAUNCHING MARCH 2026 (TBD)

ARAQYS-D2 “WATTS NEW IN SPACE”

ISM Solar Array Demo

LAUNCHING MARCH 2026 (TBD)

ARAQYS-D2 “WATTS NEW IN SPACE”

ISM Solar Array Demo

LAUNCHING MARCH 2026 (TBD)

ARAQYS-D3

2kW Solar Array and Power Beaming Demo

LAUNCHING Q1 2027 (TBD)

ARAQYS-D3

2kW Solar Array and Power Beaming Demo

LAUNCHING Q1 2027 (TBD)

ARAQYS-D3

2kW Solar Array and Power Beaming Demo

LAUNCHING Q1 2027 (TBD)

ESTABLISHED, GLOBAL, PROVEN.

BACKED BY EXPERIENCE, BUILT FOR SPEED.

Araqys builds on the proven heritage of Dcubed, with thousands of products delivered, and more than 100 customers worldwide on four continents. Our process is designed for rapid progression to TRL 9, bringing flight-ready technology to orbit faster and more reliably.

Manufacturing is fully industrialized, and coordinated between facilities in Munich, Germany and Bethoud, CO, USA, ensuring scalability, redundancy, and resilience.

While others are theorizing, we’re preparing to deliver megawatts in space.