KNOW-HOW
Over 20 years of experience in aviation
Composites for aviation
In the aviation industry, the proportion of composite components is traditionally high and can be up to 60%.
INDIVIDUALITY
Customized solutions are our standard
COMPOSITES
Lightness and rigidity for greater efficiency in the aviation industry
High-performance components for the aerospace industry
The Connova Group has been active in the aviation industry for over 20 years. With our lightweight and stable composite components, we increase the efficiency and reduce the operating costs of ultra-light experimental aircraft, commercial airplanes, business jets, military jets, helicopters and drones. We have a wealth of experience in the industry and offer customized solutions.
High-Performance Composite Solutions for the Aviation Industry
For over two decades, the Connova Group has been producing high-performance, load-bearing components and structural parts for the aviation industry. Each element and component, from individual subassemblies to the complete construction of primary structures, is designed with optimal weight efficiency, stability, and durability throughout its lifecycle. Our manufacturing methods and selection of top-quality materials guarantee peak performance, literally taking you to the skies.
Aircraft Structures and Components
Aerodynamics Perfected
From the robust airframe to the aerodynamically optimized wing, our composite materials are crucial for improving fuel efficiency and overall aircraft performance. By carefully integrating advanced materials into the fuselage, tail sections, as well as the nose and tail, we maximize aerodynamic properties and significantly reduce fuel consumption.
Helicopter Technologies
Precision in the Air
For the specific demands of helicopter construction, our specialized composite materials offer an unmatched combination of strength and light weight. The rotor blades we manufacture not only enhance performance and maneuverability but also set new standards for durability and reliability.
Fairings and Access Systems
Accessibility and Protection
Our fairings and access systems are designed to provide maximum protection for critical components while facilitating maintenance access. Combining lightness, functionality, and aesthetic design, our doors and hatches ensure seamless integration into any aircraft design.
Engine and Cockpit Components
Propulsion and Control
Composite components for aircraft
We are setting new standards in the aviation industry through the advanced use of composite materials. Our advanced aircraft components offer an unmatched combination of lightness, strength and durability, optimizing aerodynamic properties and contributing to significant increases in fuel efficiency and performance.
Excellence in aviation
We offer structural components, molds, tools, prototypes and work closely with leading aerospace companies. All Connova Group production processes are 100% traceable and documented according to customer specifications.
It goes without saying that our quality management system is aviation-certified in accordance with EN 9100.
Our core competencies in the aviation industry
AVIATION: ENGINEERING & DEVELOPMENT
Tailored to your requirements
As experts in composite technologies in the aviation sector, we offer a wide range of services: This includes both consulting and the development of products for the aviation industry, as well as the design and analysis of aircraft components and the improvement of aviation systems.
AVIATION: COMPOSITES
Production of fiber composite components
With their extensive experience in the production of high-performance composite materials for the aerospace sector, our specialists ensure the most efficient production method for your aerospace product, always taking into account the strictest quality criteria and guaranteed reliability in delivery.
AVIATION: CNC MANUFACTURING
Precision to the millimeter for outstanding products
We offer a comprehensive portfolio of CNC services specifically geared towards model making, tool making and the final machining of composite components in the aerospace industry, always with a 100% accuracy guarantee.
AVIATION: PROCESSING & SUPPORT
From production to final finishing
Our service portfolio covers all aspects of mechanical processing and support. This includes essential contributions to the production process of your aerospace composite components as well as additional support for your internal production.
EN9100 certification meets top performance in the aerospace industry
We proudly maintain our demanding EN9100 certification in quality management for the aerospace industry and supplement this with the proven ISO 9001 standard. From the purchase of raw materials to the delivery of the finished product, we ensure continuously monitored and measurable quality. Our state-of-the-art testing equipment ensures compliance with the strictest industry standards. Rely on us for precision and consistent quality at every stage of your product development.
Non-binding advice for aviation solutions
With extensive know-how from decades of experience in lightweight construction for the aviation industry, we are perfectly positioned to implement your concepts. We invite you to a professional consultation in which we will explore how we could act as your future partner. This consultation is of course non-binding and free of charge.
Aviation
In aviation, traditionally the share of composite materials is high and can range up to 60%.
UAV & Drones
Unmanned aircrafts and drones for many different applications will drive the future of mobility.
Space
Extremely light and ultra-stiff carbon-fibre composite structures are standard for challenging space missions.
Motor Sports & Automotive
Composite structures characterize motor sports from the very beginning. We bring the technology onto the racing track since more than 30 years.
Industry & Automatization
Composite components become more and more important in machinery, automatization, and robotics due to their superior economy over lifetime – weight saving saves energy!
Engineering
For composites different design rules are applicable than for metals. We have these rules in our genes and you have the advantage.
