F16 Multi Function Display - MFD 3D model

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The Control Consoles Display panels, commonly referred to as Multi Function Displays or MFD's, are two high-tech screens strategically located at the center of the control console in front of the pilot. Their primary function is to facilitate seamless operation of the aircraft's sophisticated weapon systems, providing real-time data and crucial information regarding available armaments, radar detection, and optical displays associated with currently deployed weaponry. Surrounding each MFD are twenty neatly organized Option Selection Buttons (OSBs), whose individual functions are prominently displayed directly on the screen according to the chosen function area. A conveniently placed switch on the Avionics Power Panel allows for quick activation and deactivation of the MFDs, saving time in high-pressure situations. Designed and engineered using the powerful 2.79 version of Blender and Cycles engine, the intricately detailed control panels boast state-of-the-art materials that align perfectly with Physical Based Rendering (PBR) principles. Moreover, the model has been meticulously rigged with versatile Empties to streamline animation processes and facilitate intuitive modifications. Specifications reveal a total vertex count of 29216, complemented by an impressive polygon count of 28206, demonstrating remarkable graphical fidelity within its optimized digital format. While all pertinent materials have been carefully integrated into the core .blend file, users are afforded alternative means of locating textures should they become misplaced - by navigating to the included .zip file or directly inquiring about possible recompilation through dedicated support channels. Note: Beneath this visually stunning model lies a subtle yet impressive implementation – an adaptable 'imaged plane' dubbed MFD_screen02 that offers flexibility as either a display vehicle for static imagery or immersive, cinematic videos. Its multi-purpose potential enables customization to cater specifically to any operation's distinct needs and functionalities required in high-performance control environments.