Capabilities

Smart Power

A portable solar panel is angled on a grassy lawn next to a compact power station. The power station displays a digital interface with various indicators.

Fault Handling

Our system detects and isolates faults instantly, ensuring uninterrupted satellite operation in harsh space conditions.

A large satellite dish is illuminated against a dark night sky, reflecting in a calm body of water in the foreground. The dish is surrounded by silhouetted trees and structures with faint, distant city lights in the background. Overhead, power lines stretch across the scene.

Power Control

Dynamic power allocation optimizes energy use, extending satellite mission life beyond traditional cubesat limits.

An illustration depicts the Apollo Lunar Module on the moon's surface, with stars visible in the background. The image includes the text 'APOLLO LUNAR MODULE' at the top and 'BATTERY OPERATED' above it. The Lunar Module displays the United States flag, and the backdrop features lunar landscapes and mountains.

Innovative Tech

We integrate AI-driven algorithms that adapt to changing conditions, maximizing efficiency and reliability.

Three electronic devices, likely solar charge controllers, are placed on a black folding table. They are rectangular with a gray outer casing and various green and orange indicators on top. The background is a blur of greenery, indicating an outdoor setting.

Power Control

Our system outperforms conventional cubesat power setups by reducing failures and boosting operational uptime.

Our Services

Three large satellite dishes are aligned in a row on a barren landscape. The sky above is clear with hints of sunset colors.

Autonomous power control that adapts in real-time to satellite needs.

A twilight sky with a small moon is visible above two large satellite dishes. Power lines stretch diagonally across the scene, adding a sense of depth.

Advanced fault detection ensures uninterrupted satellite operation.

A red electronic circuit board with multiple components, connectors, and labeled parts alongside a small lithium polymer battery with yellow, red, and black wires. The background is a dark tabletop surface. A colorful box is partially visible on the left edge.

Optimized power handling surpasses traditional cubesat systems.

About Us

At Daedalus Systems, we engineer smart power solutions that keep satellites running smoothly and efficiently in space.

Learn More
A PiJuice solar panel is shown alongside its battery unit, specifically a BP7X model, and two AA batteries. The background features a wooden surface with a decorative box partially visible, displaying numbers on its side.
The image features sketches of an auxiliary power trailer with solar panels mounted on top. It includes annotations such as 'Panels extend up', 'Slide out panel', 'Generator access', 'Room for battery storage', and 'Auto tracking?'. The sketches depict different configurations of trailers equipped with solar panels. Two markers and a hand holding a pen, which appears to be drawing, are also visible.

Power Ahead

Ready to elevate your satellite’s power system? Let’s build smarter, together.

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