Design and Development of Automatic Gun Barrel Cleaning SPM

Abstract

This abstract introduces the design and development of a specialized 155mm gun barrel cleaning machine, employing a novel approach utilizing a worm gear assembly to achieve forward and backward motion, coupled with rotating wire brushes for effective particle removal. The accumulation of copper and carbon particles within gun barrels poses significant challenges to artillery system performance and longevity, necessitating an efficient cleaning solution.

Our cleaning machine employs a unique mechanism wherein a worm gear assembly facilitates controlled forward and backward motion along the length of the barrel. This motion ensures comprehensive coverage of the barrel interior, reaching areas typically inaccessible by conventional cleaning methods. Rotating wire brushes attached to the mechanism effectively dislodge and remove copper and carbon deposits, aided by the motion provided by the worm gear assembly.

The design prioritizes simplicity, reliability, and ease of operation, making it suitable for deployment in diverse field conditions. By leveraging mechanical principles and minimizing reliance on complex automation, our solution offers a cost-effective and practical approach to gun barrel maintenance.

Experimental validation demonstrates the machine's efficacy in thoroughly cleaning the barrel interior, enhancing weapon performance, accuracy, and service life. This innovative development represents a significant advancement in artillery maintenance technology, offering a versatile and efficient solution for cleaning 155mm gun barrels in military and defense applications.