Turkish
As CSC Composites, we develop and manufacture special projects using advanced composite technologies across a wide range, from racing sailboats to automotive projects. By combining carbon fiber, glass fiber and advanced manufacturing techniques, we bring together high performance and precision engineering.
KEELS
As CSC Composites, we have extensive experience in racing sailboats. Thanks to this experience, we have adopted the highest standards, manufactured various equipment for racing yachts, and carried out exports to different countries.
BOAT HULLS AND DECKS
As CSC Composites, we also have boat projects in which we manufacture not only complete vessels but also specific sections.
Below, you can find photographs of hulls and decks that we produced from fiberglass and carbon materials using the infusion method, with molds manufactured in-house.
RUDDERS
As CSC Composites, we have extensive experience in racing sailboats. Thanks to this experience and our commitment to the highest standards, we have manufactured various components for racing yachts and exported them to many countries worldwide.
Rudder shafts and blades are critical components that require complex composite manufacturing processes and precise assembly.
GEN AUTOMOBILE
This is Turkey’s first prototype vehicle manufactured entirely from carbon fiber and equipped with an electric drivetrain. As CSC Composites, we contributed to the engineering of the Gen Car with our young and dynamic team, and subsequently manufactured its molds and components.
ALGEBLA
We manufactured all molds and components of Algebra, Turkey’s first super sports car, using carbon fiber.
Despite the extremely complex geometries of the parts, mold design was a challenging process (some molds required 7–8 matchplates due to undercuts); nevertheless, we successfully completed and delivered all molds within a short timeframe.
1x RACING SCULL
This boat was custom-built for a Norwegian Olympic rower. During the design phase, Olympic and world championship boats were studied, and extensive CFD analyses were carried out to shape the hull form.
During the manufacturing phase, fully prepreg carbon fabrics were used together with aluminum and aramid honeycomb core materials.
