![]() from Logitech is VR compatible for truly immersive simulation. If you are interested in a VR based based setup, the X56 H.O.T.A.S. If you are looking at an easy way to mount all your hardware, The Next Level Flight Pack converts your Next Level Racing GTultimate V2 into a Flight Simulator Cockpit would be your best choice. Thanks to the modular nature of Logitech's system, the Logitech flight panels can be installed in a variety of ways for countless interchangeable configurations. Thrustmaster T16000M Flight Pack is also another fantastic value option, otherwise the Thrustmaster Hotas Warthog paired with the Thrustmaster TPR pedals is the king of the high-end.Īdding flight panels gives a great upgrade your flight sim experience. controllers or the Extreme 3D Joystick allow better control in simulated airborne combat. ![]() Generally speaking, this is useful in airborne combat to control weapons and other mechanisms while maintaining flight control, so it's great for games like DCS World.įor control of mainstream aircraft, the Logitech Pro Flight Yoke System with Simulation Yoke and Throttle Quadrant deliver a fantastic and realistic experience, while the X52 and X56 H.O.T.A.S. This basically means that the buttons and switches that the pilot uses to control different functions on the aircraft are built into the throttle lever and flight control stick without having to remove their hands from the controls. Now, let's choose a flight stick, throttle, and pedals for your cockpit.įor those who may be unfamiliar with some of the terminology used in flight sim gear naming schemes, H.O.T.A.S. stands for hands on throttle-and-stick. ![]() You can automate the generation of reports and certification artifacts at each step, including software design documents, metrics, and requirements.Here at Computer Lounge we stock a wide range of flight simulator gear from popular brands such as Logitech, Thrustmaster and Next Level Racing so you can get set up with your own virtual cockpit! Enthusiasts looking for the most premium flight and space simulation peripherals might want to take a look at Thrustmaster's range of gear, as they are well regarded in the community as being the highest quality, with Logitech offering more value oriented gear. MATLAB and Simulink let you prove the absence of run-time errors and automate code inspection. You can then automatically generate C and C++ code from the models and use static code analysis, formal methods, and code-review capabilities to check compliance to standards such as MISRA. ![]() You can run requirements-based unit tests and use automated modeling standard checks, such as the modeling standards developed for the NASA Orion program, to ensure that your flight software algorithms are production ready. With MATLAB and Simulink, you can conform to standards used around the world such as the NASA Software Engineering Requirements (NPR 7150.2), the European Cooperation for Space Standardization (ECSS) Space Engineering Software (ECSS-E-ST-40), and Software Product Assurance (ECSS-Q-ST-80) standards. Space Flight Software Engineering for Space Standards Complianceįlight software engineers need to comply with a wide array of standards that govern their processes. Also, you can create customized, automated reports for design documentation and testing. System Composer lets you trace between levels of requirements and architectures, monitor the detailed implementation of the requirements in the design, and track the requirements in the automatically generated source code. Also, you can add fidelity to the underlying system behaviors with executable multidomain spacecraft and ground system models to verify and validate requirements, providing insights into system-level behavior and performance that cannot be obtained by static analysis alone.Īs the system design progresses, you can further refine the architecture model by mapping requirements to test cases and automatically measuring requirements coverage as the test cases are executed. You can insert executable models into the architecture with MATLAB and Simulink to propagate and visualize satellite and constellation orbits and perform mission analysis such as computing line-of-sight-access. You can trace between levels of requirements and architectures and perform requirements allocation. System Composer™ enables you to create space and ground system architectures, define interfaces, and perform trade studies to evaluate your designs. ![]()
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