PPA-CF is a carbon fiber reinforced engineering material suitable for high-demand drone applications, combining high stiffness, low creep, and dimensional stability. It is ideal for the rapid development and delivery of components such as load brackets, equipment mounts, antenna fixtures, internal frames, and cable routing structures.

PA12-CF is a lightweight engineering material modified with carbon fiber reinforcement, offering low moisture absorption, high rigidity, and excellent dimensional stability. When used in drone shell structures, it significantly improves impact and vibration resistance while maintaining light weight.

PA12-CF is a carbon fiber reinforced engineering material based on PA12, combining low moisture absorption, high rigidity, and excellent impact resistance. It is particularly suitable for structural components like drone landing gear that experience combined load and impact. The material effectively enhances landing impact absorption and long-term fatigue life while maintaining light weight.

PETG-CF is a carbon fiber reinforced engineering-grade material designed for rapid iteration and small-batch delivery of drone structural and functional parts. It combines the toughness and weather resistance of PETG with enhanced rigidity and dimensional stability from CF reinforcement, effectively reducing warping and vibration response in long-arm, thin-wall, and frame components. It is suitable for drone applications with high requirements for outdoor temperature variation, assembly precision, and reliability.

MT-ASA is a matte engineering material optimized from ASA with improved surface optics and rheology. It offers excellent weather resistance and UV stability, while the matte formulation reduces surface glare, making structural parts more suitable for real-world use in model aircraft and appearance verification parts.