Astrix Astronautics

About Astrix Astronautics

Astrix Astronautics develops inflatable, rigidized solar arrays for spacecraft, utilizing a novel deployment method that increases surface area by 20 times while reducing mass. This technology addresses the limitations of traditional silicon solar cells, providing powerful and affordable energy solutions with high production volumes and a robust supply chain.

<problem> Current spacecraft designs face limitations in deployable surface area due to the constraints of launch vehicle size and weight, hindering the potential for increased power generation and expanded mission capabilities. Traditional rigid panel solar arrays rely on complex hinge mechanisms, which introduce deployment risks and limit scalability. </problem> <solution> Astrix Astronautics offers inflatable, rigidized deployable structures for spacecraft, enabling a significant increase in surface area while minimizing mass and volume during launch. Their Copia technology utilizes an inflatable structure that expands in space and then rigidizes, creating a robust and reliable platform for solar arrays, antennas, and other deployable components. This approach replaces complex hinge systems with a simplified inflation mechanism, reducing deployment risks and enabling larger, more powerful arrays. The rigidization process ensures structural integrity independent of inflation gas pressure, meeting stringent lifetime requirements for space missions. </solution> <features> - Inflatable deployment mechanism enabling 20x increase in deployable surface area compared to traditional methods - Rigidization process that hardens the inflatable structure after deployment, ensuring long-term structural integrity - Copia product line configurable for various applications, including solar arrays, antennas, drag sails, and heat shields - Compatibility with both silicon and triple junction solar cells, allowing for mission-specific performance optimization - Single-axis deployment option for ultra-high rigidity and low rotational inertia in specific applications - Flight heritage demonstrated through successful on-orbit deployment </features> <target_audience> Astrix Astronautics serves satellite manufacturers, space agencies, and commercial space operators seeking to enhance spacecraft power generation, communication capabilities, and mission versatility. </target_audience>

What does Astrix Astronautics do?

Astrix Astronautics develops inflatable, rigidized solar arrays for spacecraft, utilizing a novel deployment method that increases surface area by 20 times while reducing mass. This technology addresses the limitations of traditional silicon solar cells, providing powerful and affordable energy solutions with high production volumes and a robust supply chain.

When was Astrix Astronautics founded?

Astrix Astronautics was founded in 2021.

How much funding has Astrix Astronautics raised?

Astrix Astronautics has raised 2500000.

Founded
2021
Funding
2500000
Employees
4 employees
Major Investors
Callaghan Innovation

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Astrix Astronautics

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Executive Summary

Astrix Astronautics develops inflatable, rigidized solar arrays for spacecraft, utilizing a novel deployment method that increases surface area by 20 times while reducing mass. This technology addresses the limitations of traditional silicon solar cells, providing powerful and affordable energy solutions with high production volumes and a robust supply chain.

Funding

$

Estimated Funding

$2M+

Major Investors

Callaghan Innovation

Team (<5)

No team information available.

Company Description

Problem

Current spacecraft designs face limitations in deployable surface area due to the constraints of launch vehicle size and weight, hindering the potential for increased power generation and expanded mission capabilities. Traditional rigid panel solar arrays rely on complex hinge mechanisms, which introduce deployment risks and limit scalability.

Solution

Astrix Astronautics offers inflatable, rigidized deployable structures for spacecraft, enabling a significant increase in surface area while minimizing mass and volume during launch. Their Copia technology utilizes an inflatable structure that expands in space and then rigidizes, creating a robust and reliable platform for solar arrays, antennas, and other deployable components. This approach replaces complex hinge systems with a simplified inflation mechanism, reducing deployment risks and enabling larger, more powerful arrays. The rigidization process ensures structural integrity independent of inflation gas pressure, meeting stringent lifetime requirements for space missions.

Features

Inflatable deployment mechanism enabling 20x increase in deployable surface area compared to traditional methods

Rigidization process that hardens the inflatable structure after deployment, ensuring long-term structural integrity

Copia product line configurable for various applications, including solar arrays, antennas, drag sails, and heat shields

Compatibility with both silicon and triple junction solar cells, allowing for mission-specific performance optimization

Single-axis deployment option for ultra-high rigidity and low rotational inertia in specific applications

Flight heritage demonstrated through successful on-orbit deployment

Target Audience

Astrix Astronautics serves satellite manufacturers, space agencies, and commercial space operators seeking to enhance spacecraft power generation, communication capabilities, and mission versatility.

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