KNOW-HOW
15 Jahre Erfahrung in der Raumfahrt
Composites for space
Very light and ultra-rigid carbon fiber composite structures are the standard for sophisticated structures in the aerospace industry.
COMPOSITES
Ultra-rigid structures for the harsh conditions in space
INDIVIDUALITY
Project-specific solutions according to customer requirements
High-performance components for the aerospace industry
Connova Group has also been active in the aerospace industry for over 15 years. With our lightweight and highly rigid composite components, we increase the payload capacity of launch vehicles and build structures for particularly lightweight satellites and spacecraft. We have a broad space heritage and convince with project-specific solutions.
Fiber composite components for spacecraft and satellites
Combining efficiency and durability: we are revolutionizing the aerospace and satellite industry with composite materials – by guaranteeing outstanding quality, exceptional efficiency and future-oriented solutions.
Excellence in space
We have many years of experience in the development and production of space structures made from composite or titanium components. Regardless of whether particularly high mechanical or special thermo-mechanical requirements are needed for the harsh conditions in space – our engineers already know the solution or develop it together with the customer.
Our core competencies in the space industry
SPACE: ENGINEERING & DEVELOPMENT
Specialized to your needs
As specialists for composite solutions in the aerospace industry, we offer a comprehensive portfolio of services: From consulting and product development in the aerospace sector to the design and analysis of aerospace components and the optimization of aerospace systems.
SPACE: COMPOSITES
Production of fiber composite components
With many years of expertise in the production of high-performance aerospace composites, our specialists ensure the most effective manufacturing method for your aerospace product, always maintaining the highest quality standards and reliable delivery.
SPACE: CNC MANUFACTURING
Exact precision for optimum end products
We offer a wide range of CNC services specifically for model making, mold making and the final machining of composite components in the aerospace industry, always with a 100% guarantee of accuracy.
SPACE: PROCESSING & SUPPORT
From the manufacturing process to final production
We offer a comprehensive range of machining and support services that can serve both as an integral part of your aerospace composite component manufacturing process and as complementary support for your own manufacturing.
EN9100 certification meets top performance in the aerospace industry
In addition to our standard ISO 9001 certification, we proudly maintain our higher level EN9100 quality management certification for the aerospace industry. We ensure controlled, measurable quality from material procurement to final product delivery. With our high-precision testing equipment, we meet the highest industry standards. Trust us when it comes to precision and consistent quality assurance.
Connova Group supplies main components for Themis rocket landing leg system.
Connova Group was responsible for the development of the manufacturing processes and the production of four complete landing legs for a demonstrator of a future launch vehicle as part of the Themis project.
The project, commissioned by Almatech and ArianeGroup, aims to develop technologies for cost-efficient, reusable rockets that are to be put into operation after 2030 as the successor to Ariane 6
Non-binding advice for space solutions
With great expertise gained from numerous projects in the field of lightweight construction over several decades, we are ready to realize your visions. Contact us for a professional consultation where we can discuss together how we can act as your potential partner. Our consultation service is of course free of charge and without any obligation for you.
Aviation
In aviation, the proportion of composite components is traditionally high, amounting to up to 60%.
UAV & Drones
Unmanned aircraft and drones for a wide variety of applications are shaping the future of mobility.
Space
Very light and ultra-rigid carbon fiber composite structures are the standard for sophisticated structures in aerospace.
Racing & Automotive
Fiber composite structures have shaped racing from the very beginning. We have been bringing this technology to the road for over 30 years.
Industry & Automatizaton
Composite components are becoming increasingly important in mechanical engineering, automation and robotics, precisely because of their greater cost-effectiveness over their service life.
Development
Composites follow different design rules than metals. We have these laws in our genes. You have the advantage.
