UTair Engineering chooses AMOS
12/12/2019
Swiss Aviation Software has announced that the Russian rotary-wing maintenance, repair and overhaul (MRO) provider UTair Engineering has chosen its comprehensive fully-integrated MRO software solution, AMOS, and has already planned the first project steps.UTair Engineering now becomes the second member of the UTair Group to choose AMOS, following the airline UTair Aviation, which joined the AMOS community in 2012. Having an AMOS reference customer within the company group placed UTair Engineering in a very favourable position during the software selection process. The UTair Engineering evaluation team were able to witness for themselves the quality and suitability of AMOS and rely on UTair Aviation’s first-hand experience of the project implementation and daily usage of AMOS after it went live.
AMOS offers a wide scope of dedicated functions for helicopters, catering to their special needs and requirements. Vibration monitoring is used to identify the early stages of helicopter component degradation, connecting this to the dynamic counter options within AMOS to optimise maintenance control and performance. AMOS offers a complete suite of engineering requirements to meet the maintenance needs of the helicopter industry. In addition, it can handle the management of extensive pooling contracts that are tailored to the specific operational environments of helicopters, such as search and rescue and the oil & gas industry.
AMOS covers the wide range of helicopter original equipment manufacturer (OEM) requirements and is not limited to certain helicopter brands or types. Due to the number of OEMs in the market, AMOS’s adaptability supports the operator to manage approval for modification installations on any particular model. AMOS also provides mission logic, which enables individual system capability set-up aligned to the types of missions flown.
Fleet uniformity or customer preference can be accurately tracked using AMOS and the in-depth effectivity rule logic. The main goal of AMOS is to improve overall operational safety by encompassing as many of these factors as possible and then produce a streamlined, process-driven structure that is able to, for example, manage weight and balance issues resulting from modifications or kit installations.
