We develop technologies and engineering
solutions for the aerospace sector,
supporting the design and production of
next-generation satellite systems.
Technologies for NewSpace applications
We create cutting-edge engineering and manufacturing solutions that maximize the performance, reliability, and scalability of satellite systems and aerospace components. GPASPACE’s capabilities are designed to meet the requirements of sectors such as:
- Nanosatellite and small satellite manufacturing
- High-altitude pseudo-satellite (HAPS) platforms
- Aerospace payload systems
- Advanced aerospace components and subsystems
- NewSpace infrastructure and emerging space technologies
Our technologies contribute to:
- High-precision manufacturing and component reliability
- Reduced weight and improved system efficiency
- Scalable production for next-generation aerospace platforms
- Compatibility with advanced aerospace manufacturing processes
- Compliance with international aerospace standards and sustainability requirements
At GPASPACE, our mastery of advanced metal surface finishing transforms aerospace components into high-performance, precision-engineered systems ready to meet the most demanding space missions.
Advanced surface finishing for aerospace components
GPASPACE brings specialized expertise in advanced metal surface finishing, a critical capability for high-performance aerospace components and satellite systems.
These technologies are applied in areas such as:
- Satellite structural components
- Precision aerospace assemblies
- High-reliability mechanical systems
- High-performance payload structures
Our processes are optimized to deliver:
- Maximum surface homogeneity and precision
- Reduction of micro-defects and surface roughness
- Improved durability and performance under extreme conditions
- Compatibility with high-reliability aerospace manufacturing standards
- Safe and environmentally responsible operation
GPASPACE partners with the aerospace
industry to engineer cutting-edge
technologies, delivering precision-
crafted satellites, payload systems, and
high-reliability components tailored to
the unique demands of each mission.
Engineering & Technology Development for Aerospace Projects
We collaborate with industry partners to develop advanced technological solutions adapted to the specific requirements of aerospace programs.
Each solution is designed considering factors such as mission requirements, materials, system architecture, manufacturing processes, regulatory standards, and operational performance.
- Examples of technological developments include:
- Precision manufacturing processes for satellite components
- Advanced payload systems for NewSpace platforms
- High-reliability electronic and power subsystems
- Structural components optimized for weight and durability
- Specialized technologies supporting emerging aerospace applications
About Us
GPASPACE was established in 2024 to expand advanced manufacturing and engineering capabilities in the aerospace sector.
The company is part of the GPAINNOVA Group, a global technology company with expertise in advanced machinery, engineering, and power electronics.
The creation of GPASPACE reflects the group’s strategic commitment to the aerospace industry and to the rapid growth of the NewSpace ecosystem.
GPAINNOVA’s decision to enter the aerospace sector is driven by two main factors: the global expansion of the NewSpace strategy and the continuous growth of the business group engineering and manufacturing capabilities.
How we Work
Every aerospace project presents unique technical challenges. Our approach is based on close collaboration with partners and a rigorous engineering process:
Understanding the mission requirements
We analyze the technical environment, system requirements, and operational constraints.
Engineering and technology development
We design and prototype solutions based on our expertise in advanced manufacturing and aerospace technologies.
Testing and validation
Technologies are validated through pilot phases and testing to ensure reliability and performance.
Industrial implementation
We support scalable manufacturing and integration with aerospace production processes.
This methodology allows us to act as a long-term technology partner for organizations operating in highly demanding aerospace environments.
Capabilities & Infrastructure
GPASPACE builds on the technological infrastructure and industrial capabilities of the GPAINNOVA group.
Our resources include:
- A dedicated laboratory for the end-to-end manufacturing of nano satellites and aerospace components
- Advanced engineering and R&D capabilities
- Expertise in precision machinery, manufacturing technologies, and power electronics
- Flexible production environments supporting both prototyping and industrial scaling
- Integration with the broader technological ecosystem of the GPAINNOVA group
These capabilities enable GPASPACE to support complex aerospace programs and collaborate with partners across the NewSpace industry.
Commitment to Responsible Space Technology
Sustainability and responsible innovation are key priorities in the development of future aerospace technologies.
GPASPACE actively promotes responsible practices within the space industry, including participation in collaborative initiatives supporting sustainable development in space activities.
Our engineering approach focuses on:
- Improving efficiency and reducing system mass
- Supporting scalable and resource-efficient aerospace technologies
- Promoting responsible innovation in emerging space applications
- Contributing to the long-term sustainability of the space ecosystem
Looking Ahead
The aerospace sector is experiencing rapid global expansion, with increasing demand for advanced satellite technologies and NewSpace infrastructure.
GPASPACE aims to contribute to this transformation by developing high-precision technologies that support the next generation of space platforms.
Through innovation, engineering expertise, and strong collaboration with industry and institutional partners, GPASPACE seeks to play a key role in strengthening the aerospace ecosystem in Catalonia and beyond.
