At Tulkas, we engineer advanced composite solutions for the systems that move, fly and operate beyond ordinary limits. From UAV propellers and airframe structures to rocket canisters, marine components and defense applications, we turn demanding requirements into lightweight, durable and high-performance products. We combine design, material expertise and precision manufacturing to create parts built for real missions, not just technical drawings. Because for us, true engineering is not only about making things lighter or stronger; it is about enabling the next generation of platforms to perform with confidence, efficiency and purpose.
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Propellers engineered around your platform's efficiency, vibration and endurance targets — not off-the-shelf diameters and pitches.
Our Propeller Solutions
Body and structural parts developed for low weight, high stiffness and repeatable production, from prototype to series.
Our Airframe Components
Lightweight, durable and traceable production for demanding programs
Production quality starts before the first layer is laid
Composite structures built to survive water, impact and fatigue
We aim to free next-generation platforms from the compromise between strength and weight. Conventional metal structures are heavy, corrode, and fatigue — limiting range, payload, and mission reliability. Our advanced composite engineering unlocks the potential of every gram, turning weight saved into range gained, payload carried, and confidence earned. From the skies to the depths of the sea, we are not building lighter parts — we are building the certainty that critical platforms will perform when it matters most.
Tulkas Mühendislik was recognized in November 2019 with YTÜ Teknopark's Most Successful Entrepreneurial Company Award for its R&D work on composite materials, propeller technologies and proprietary test infrastructure.
Learn moreTulkas Mühendislik analyzed the geometry of the APC 13x8 reference propeller used on the Baykar Mini UAV, built its numerical model, and ran comparative tests on its own thrust test system. The newly developed blade profile and carbon fiber structure achieved approximately a 6% efficiency gain under in-house test conditions.
Learn moreTulkas Mühendislik expanded its capability in large, thin-walled rotating structure manufacturing by producing a carbon fiber composite blade prototype for helicopter rotor applications operating under high centrifugal loads, bending, torsion and repeated loading.
Learn moreSelecting a UAV Propeller: How Diameter, Pitch, Blade Count and Mission Profile Must Be Evaluated Together
Learn moreCarbon Fiber, Wood and Plastic Propellers: Which Material Suits Which Platform?
Learn moreWhy Is Platform-Specific Propeller Design Different from an Off-the-Shelf Propeller?
Learn moreHow Can Noise and Vibration Be Reduced in UAV Propellers?
Learn moreEngineered composite solutions for systems that fly, move and perform.
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Plan a MeetingServing mission-critical industries with lightweight, durable and advanced composite technologies.
Contact UsStandard composite products, ready to adapt to your platform.
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