Design features of the transporter-erector unit from the viewpoint of the competitiveness
Heading:
| 1Chabanenko, SA, 1Korolkov, AS, 1Yerofeiev, SI 1Yangel Yuzhnoye State Design Office, Dnipro, Ukraine |
| Space Sci.&Technol. 2017, 23 ;(4):20-26 |
| https://doi.org/10.15407/knit2017.04.020 |
| Publication Language: Russian |
Abstract: We describe a universal transporter-erector unit, which was developed at the Yuzhnoye State Design Office. It is designed for transportation, installation, and holding of integrated launch vehicles of light and heavy classes, which are assembled and transported in a horizontal position from the assembly-and-test building to various launch pads along the route without downgrade. The unit was devised to improve the unification and to decrease the number of ground equipment at lowest cost.
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| Keywords: active modules control system, integrated launch vehicle, launch pad, mobile thermostating system, transporter-erector |
References:
1. A number of application for invention “Launch Complex Transporter/Erector for Integrated Launch Vehicles Transportation and Hold-down” А 2017 00390, date of application: 16/01/2017.
2. Structural Optimization of Mayak SLS Transportation, Erecting Equipment and Launch Facility: Technical Report Book. MSA YZH ANL 087 02, 2016. 237 p.
3. Structural Optimization of Mayak SLS Transportation, Erecting Equipment and Launch Facility: Album of Technical Report Drawings. MSA YZH DRW 003 02, 2016. 44 p.
4. Structural Optimization of Mayak SLS Transportation, Erecting Equipment and Launch Facility: Technical Report Presentation. MSA YZH SPT 049 02, 2016. 37 p.
2. Structural Optimization of Mayak SLS Transportation, Erecting Equipment and Launch Facility: Technical Report Book. MSA YZH ANL 087 02, 2016. 237 p.
3. Structural Optimization of Mayak SLS Transportation, Erecting Equipment and Launch Facility: Album of Technical Report Drawings. MSA YZH DRW 003 02, 2016. 44 p.
4. Structural Optimization of Mayak SLS Transportation, Erecting Equipment and Launch Facility: Technical Report Presentation. MSA YZH SPT 049 02, 2016. 37 p.