Space Engineering Services For Successful Space Exploration
At SARACA, we specialize in applied engineering research and development. Our goal is to provide space engineering services that tackle challenging problems. We assist organizations in meeting the demands of space exploration by integrating new space technologies and enhancing production and testing processes.
For many years, SARACA has been esteemed as a top innovator in technology and new product research and development.
Space Segments
Additive Manufacturing
Leveraging cutting-edge additive manufacturing techniques, we facilitate the production of complex components and structures for space missions, revolutionizing the way spacecraft are designed and manufactured.
Hypersonic Engineering
Our expertise in hypersonic engineering enables us to design and develop next-generation propulsion systems and vehicles capable of achieving unprecedented speeds, advancing the frontier of space exploration and travel.
Carbon and Carbon Fiber Joining
With a focus on lightweight and high-strength materials, we specialize in carbon and carbon fiber joining techniques, ensuring the integrity and durability of critical components in space missions, from rocket stages to satellite structures.
Data Science
Harnessing the power of data science, we extract actionable insights from vast volumes of space-related data, enabling informed decision-making, predictive analysis, and optimization of mission parameters for enhanced efficiency and success.
Advanced Automation
Our advanced automation solutions streamline manufacturing processes, payload integration, and mission operations, maximizing productivity, reducing costs, and minimizing human error in space exploration endeavors.
Battery and Fuel Cell Development
We spearhead the development of innovative battery and fuel cell technologies tailored to the demands of space missions, ensuring reliable power supply, energy storage, and propulsion for spacecraft and extraterrestrial habitats.
Our Service Offerings
Mission Analysis
Planning a mission involves more than just developing a spacecraft. It also entails considering various aspects, including the disposal phase.
Thermal Analysis
A thorough thermal analysis is crucial and may prompt conceptual changes in your design. Therefore, it's advisable to address it from the outset.
Power Analysis
A comprehensive power analysis is necessary to determine the appropriate number of solar cells and battery size required for your spacecraft.
Space Systems Engineering
We can assist you in turning your mission concept into the final revision, enabling you to commence manufacturing your product and prepare for launch!
Formal Peer Reviews
Technical engineering peer reviews are crucial for ensuring the success of a mission. SARACA can join as a reviewer during your project milestones, offering expert feedback.
Structural and Stress Analysis
A thorough structural and stress analysis is essential to ensure your payload or spacecraft can withstand the harsh conditions imposed by launch vehicles, including bolt dimensioning.
Critical Software Development
Developing mission critical software differs from conventional embedded systems development. We can assist you in ensuring that you meet the highest standards or even develop the software for you.
