Artillery Shell Firework Case

thingiverse

Concept for an Artillery Shell Casing Filled with Explosive Materials A Novel Design for Enhanced Propulsion Systems The use of 3D printed PLA layers in the construction of artillery shell casings has been found to be inadequate, resulting in subpar performance. A ground test conducted recently revealed significant issues with the design. The Concept: The proposed solution involves filling a specially designed artillery shell casing with explosive materials, leveraging advanced propulsion systems to achieve optimal results. This innovative approach aims to overcome the limitations of traditional PLA-based designs. Key Features: * Enhanced Propulsion: The use of explosive materials within the shell casing allows for increased propulsive force, leading to improved accuracy and range. * Improved Structural Integrity: A sturdy, custom-designed casing ensures that the explosive materials are contained safely during deployment. * Advanced Materials: The selection of high-performance materials ensures optimal performance in various environmental conditions. Ground Test Results: The recent ground test revealed several key issues with the PLA-based design. These findings have been used to inform the development of a new, more effective artillery shell casing concept. Key Takeaways: * PLA layers are not suitable for use in artillery shell casings due to their inadequate strength and durability. * A custom-designed casing filled with explosive materials offers improved performance and structural integrity. * The selection of high-performance materials is crucial for achieving optimal results.