MBDA Remote Carrier 200 3D model

cgtrader

MBDA introduces a revolutionary category of weaponry, the 'Remote Carriers', cutting-edge air-launched autonomous platforms designed to unleash multiple effects with precision, be it lethal or non-lethal. They offer an array of services for munitions, including vital intelligence gathering, pinpoint targeting capabilities, and counter-intelligence deception tactics against enemy sensors. These highly advanced remote carriers serve as decoys, functioning as enticing lures and collecting valuable real-time intel while navigating to the edge of heavily defended targets. Additionally, they provide communications relay stations to stay connected in a fluid and constantly evolving combat landscape. Meet RC200 - a sophisticated system boasting impressive dimensions, 2.8 meters in length and approximately 240 kilograms in weight, driven by an onboard turbojet engine which generates incredible speed and agility. With a max speed of Mach 0.7-0.85 and a capacity to simulate the intense G-forces found in aerial combat, RC200 proves itself to be more than capable under extreme conditions. It is well adapted to navigating complex terrain without relying on GPS guidance. And its significant size allows it to not only transport payloads devoid of any lethality, but also a full warhead ready for deployment from standard military aircraft transports. Detailed and comprehensive, this model showcases high-quality polywork. All detachable elements remain in a completely realistic and lifelike state throughout animations - every detail precisely maintained by textures which operate completely independent of any settings related to material properties. Rendering formats are optimized: specifically supported files include FBX for Max, 3DS MAX from the year 2009 as standard along with the more widely adaptable OBJ. This means no complications whatsoever when applying a chosen visual system and mental ray serves seamlessly. Included with the file is a large 8k diffuse JPG to apply any and all effects without compromise. In its original presentation this model appears exactly how it does in native formats provided here, thus it would not be beneficial to convert or recreate said data due to various complications related with 3D compatibility standards which vary extensively between vendors. Please reach out for the model developers at length prior to buying as one needs a good understanding about 3D systems - especially so to understand possible restrictions beforehand rather than deal in disputes.