STS Engineering Solutions’ Post

Last week, four of our engineers conducted aircraft surveys at customer facilities across the USA and Canada. Those surveys were conducted in support of special mission and corporate aircraft projects. Surveys are a valuable tool for validating the accuracy of aircraft engineering deliverables. By conducting surveys, we gather data that can assist in various aspects of the installation process, such as identifying potential issues with monuments in advance or determining the optimal harness routing. These surveys serve as an important step in ensuring that the engineering deliverables are aligned with the actual conditions and requirements of the aircraft. They also help identify deviations or discrepancies that need to be addressed before moving forward with the installation process. Here in the photo is Nik Paulic P. Eng, visiting West Star Aviation, LLC for an aircraft survey.✈️💻 #engineering #aerospaceengineering #VVIPinteriors #specialmission #cargo #conversions #completions #AIRHAWKE

At STS Engineering Solutions, our #AircraftPrograms & Technical Operations team offers your organization a broad range of technical expertise. This expertise is comparable to what you would typically find in an #AirlineMaintenance & #Engineering Organization, Technical Operations Department, or Continuing Airworthiness Management Organization (CAMO). Check out the information below to learn more. #AircraftEngineering #AerospaceEngineering #STSAviation #KeepFlying

Whether they're carrying out pre-purchase inspections or detailed scheduled inspections, our engineering team approach each maintenance task with the same diligence and attention to detail. Ensuring our customers can continuously fly with confidence. #aircraftmaintenance #helicoptermaintenance #privateaviation #generalaviation #helicoptersales #a109

The document outlines a comprehensive qualification specification for various components related to aircraft tires, tubes, and valves. It begins with definitions and abbreviations for clarity, followed by detailed data sections covering different types and sizes of tires, including Type I, Type III, and Type VII, as well as metric and radial variations. Tube and valve technical data are provided separately, with a focus on various valve types and their specifications. Additionally, aircraft tires' serial number codes and application charts for different types of aircraft, including general aviation, commercial, and military, are included for reference. The document delves into engineering and technical information crucial for tire selection, inflation, measurement procedures, operating temperatures, load ratings for helicopters, radius of gyration, tire dimensions, deflection, growth, minimum clearance allowance, and operating characteristics. Moreover, it discusses the feasibility of using tubeless tires in place of tube-type tires, offering a comprehensive guide for those involved in aircraft maintenance and operations. Knowledge is better when shared 😃

🛠️ How Different Aircraft Exhaust Components Work Together! 🛩️ Discover the engineering marvels behind aircraft exhaust systems and how they ensure efficiency and safety. From exhaust manifolds to catalytic converters, learn how each part plays a vital role.🌟 Read more: https://bit.ly/4b8KU2Q #Aviation #Engineering #AcornWelding

✈️ Aircraft Structural Integrity ✈️ Aircraft structural integrity (ASI) refers to the ability of an aircraft's structure to withstand the loads and stresses it encounters during its operational life without experiencing failure or significant deformation. Ensuring structural integrity is critical for the aircraft's safety, performance, and longevity. Maintaining aircraft structural integrity is a multidisciplinary effort involving design, manufacturing, maintenance, and regulatory compliance. It ensures that an aircraft can safely perform its intended functions throughout its operational life without structural failures. Looking for some more interesting facts on #ASI? Look no further! We have compiled a handy #Lookbook on all things Aircraft Structural Integrity. We'd love to hear your thoughts and answer any questions you might have about aircraft structural integrity. If you'd like to learn more about our work in this space, you can check out our Capability Statement at https://lnkd.in/gkDkM9nX or contact us today. #Aircraft #Engineer #Engineering #Ascent #ATeam #Defence #DefenceIndustry

At Ascent Pty Ltd, we have decades of experience in developing and managing outcome-focused Structural Integrity programs in extreme conditions. A key factor in our success is our ability to implement integrity programs across all stakeholders, including capability owners, designers, academia, scientists, planners, maintainers, and logistics SME's. We possess the skills and knowledge to deliver outcome-focused solutions, ensuring life-of-type (LOT) capability and cost assumptions are maintained. Our goal is not just to assess readiness as a KPI, but to improve it through whole-of-life management strategies. In fact, our successes are still used as training guidelines for Australian Defence Force (ADF) Aircraft Structural Integrity (ASI) management programs. #ASI #ADF #defense #defence #readiness #fatigue #corrosion #CorroVision #ML #AI #capability #GWEO #missile #AMC #success #Implement #LOT #SME #aircraftstructuralintegrity

We are very excited to share the article written by our colleague Anastasiia Balashova on «Good Practices and Strategies: how to manage assumptions in the aircraft system development and safety assessment process?», which gives you knowledge of aircraft system development and safety assessment in the aviation business!✈ This article is extremely useful to any committed System and RAMS Engineer, or people looking to learn more about assumptions in the aviation industry. Navigating assumptions is critical for maintaining the greatest levels of aviation safety, and this article goes into the problems and effective ways of dealing with them. Let us all work together to share professional knowledge! 🤓 #aviationprofessionals #safetyengineering #systemengineering #AircraftDevelopment #systemdevelopment #assumptions

We have several brief, narrated videos available on our site that demonstrate generic uses and many of the unique characteristics of our products. Learn more by visiting https://lnkd.in/eBTvRn5S. #airpot #displacement #lowfrictiontechnology #mechanicalengineering #engineering

🚀 Don't miss out on this insightful article by Parker Aerospace! Discover expertly designed engine and airframe controls that deliver top-notch performance in any application. Explore cost-effective subsystems and components that excel even in the most extreme environments. #Aerospace #Engineering #Innovation #MFCPaerospace #MFCP