Unmanned aerial vehicles (UAVs), or drones for short, also play a central role in modern defense technology. Whether for reconnaissance, surveillance, or tactical missions, drones must be lightweight, robust, and powerful. Carbon fiber reinforced plastics (CFRP) from SGL Carbon offer the ideal material basis for these requirements.
SGL Carbon: Your partner for advanced defense solutions
With years of experience in the development and manufacture of semi-finished products and CFRP components, SGL Carbon is your reliable partner for innovative security solutions. Our expertise enables us to deliver customized products that meet the highest standards of the defense industry in line with our customers' requirements. We can support our customers in series production as well as in the development and testing phases, and we have experts in component design and validation as well as prototype manufacturing.
What advantages do composite solutions offer in the defense industry?
CFRP combines the highest mechanical properties with low weight - a significant advantage for flying systems:
- Weight reduction: CFRP is significantly lighter than traditional materials such as steel or aluminum, which enables longer flight times and greater ranges.
- High strength and rigidity: Despite their low weight, CFRP components offer high structural stability that can withstand the stresses of safety-critical situations.
- Corrosion resistance: CFRP is resistant to environmental influences, ensuring the longevity of components in a wide range of applications.
- Fire resistance: CFRP has excellent resistance to high thermal loads and is therefore very well suited as a material for battery cases.
- Low material fatigue: CFRP proves to be very resistant and durable, even under severe long-term loads, e.g., in rotor blades, spring components, or friction applications.
Applications
Composite battery housings
We manufacture our battery cases from carbon and glass fiber textiles – according to customer requirements. The excellent properties of the fiber composite construction make the battery enclosure a supporting element of the vehicle structure.
Materials
![SGL Carbon's Carbonized Rayon Fabric SGL Carbon's Carbonized Rayon Fabric]()
Carbonized Rayon Fabric
![SIGRAFIL Carbon-Endlosfasern 50k carbon fiber spools]()
SIGRAFIL® Continuous Carbon Fiber Tows
![SIGRAFLEX Carbon and Graphite Textile Yarns SIGRAFLEX Carbon and Graphite Textile Yarns]()
SIGRAFLEX® Carbon and Graphite Textile Yarns
![SIGRAFLEX High-purity Flexible Graphite Foil and Sheets Picture of SIGRAFLEX high-purity flexible graphite foil and sheets]()
SIGRAFLEX® High-Purity Flexible Graphite Foil and Sheets
![SIGRAPREG Prepreg SGL Carbon's SIGRAPREG carbon fiber prepreg]()
SIGRAPREG® Pre-Impregnated Materials
![SIGRATEX Textile Materialien Woven fabrics, non-crimp fabrics, stacks and non-wovens made from carbon, glass and aramid fibers]()
SIGRATEX® Textile Materials
![SGL Carbon's SIGRATHERM Foil for Thermal Management SGL Carbon's SIGRATHERM Foil for Thermal Management]()
SIGRATHERM® Foils for Thermal Management
![SIGRATHERM graphite lightweight board SIGRATHERM graphite lightweight board]()
SIGRATHERM® Graphite Lightweight Board
![SIGRATHERM<sup>®</sup> Graphitized Microballoons SIGRATHERM<sup>®</sup> Graphitized Microballoons]()
SIGRATHERM® Graphitized Microballoons
![SIGRATHERM Highly Conductive Flexible Graphite Powder SIGRATHERM Highly Conductive Flexible Graphite Powder]()
SIGRATHERM® Highly Conductive Expanded Graphite Powder
![Thermoplastische Faserverbundmaterialien SGL Carbon's thermoformed organo sheet with back injection molding]()
Thermoplastic Composite Materials




















