CAD

Bring your ideas to life with our comprehensive CAD design services. Our skilled CAD designers create detailed and precise 3D models of your drone components, ensuring accurate visualization and simulation before manufacturing. This service includes:

PROCESS SIMULATION

At Aerial Plastics, we provide advanced process simulation services for blow moulding, injection moulding, and composite compression moulding to optimize your product development. Our simulations help predict material flow, identify potential defects, and enhance manufacturing efficiency, ensuring high-quality and precisely engineered products.

FEM SIMULATION

our FEM simulation services focus on the structural aspects of your UAV components, providing detailed analysis to ensure strength and durability. By predicting stress points and optimizing designs, our simulations help enhance performance and reliability, resulting in safer and more efficient products.

CFD SIMULATION    

Our CFD simulation services delve into the aerodynamics of UAVs to boost their efficiency and performance. By analyzing airflow and noise generation, we optimize designs for better flight stability, reduced drag, and minimized noise, ensuring your UAVs achieve peak performance and an improved user experience.

RAPID PROTOTYPING

Experience the benefits of our rapid prototyping service, where we quickly transform designs into functional models for testing and refinement. This fast, iterative, in-house process allows for immediate feedback, reducing development time and ensuring your final product meets all performance and quality standards.

MATERIALS & MANUFACTURING

Our materials and manufacturing service specializes in advanced lightweight materials such as carbon fiber, expanded polypropylene, foams, HDPE, lightweight additives, aluminum, and titanium. We employ cutting-edge manufacturing techniques, including injection molding, blow molding, composite compression molding, and CNC machining. This expertise allows us to create high-performance, lightweight components that enhance the structural integrity and efficiency of UAVs, ensuring they meet the demanding requirements of modern applications.