01.2 - Aircraft Design and Integrated System (Applications)
DESIGN OF REMOTE-CONTROLLED GROUND BASED AIRCRAFT TUG
I. Kopec¹, D. Matyja¹; ¹Polish Air Force University, Poland
The article focuses on presenting the stages of designing a remotely controlled tow tractor with an electric motor - CRAWLER 01. The construction of the tow tractor is discussed in the context of the dynamic growth of the aviation sector, particularly in supporting ground handling of aircraft. Utilizing SolidWorks software, the process of creating tow tractor components is described in detail. Additionally, a preliminary strength analysis of the tow tractor was conducted, along with prospects for its further development, which is a key area of interest. The paper includes conclusions drawn from the conducted analysis and the achievement of goals. The compatibility of the developed preliminary design of the remotely controlled tow tractor with partial assumptions is emphasized. The work expands knowledge in the fields of machine design, electrical engineering, materials science, and the strength of materials and structures. Conclusions suggest that the developed tow tractor can effectively support ground handling of aircraft, contributing to time and cost savings both during potential construction and airport operations.