To make an aircraft of this scale plausible even within a simulator, the creators had to invent a narrative involving next-generation composite materials. The An-990 is supposedly constructed almost entirely out of to provide the necessary structural strength without instantly collapsing under its own weight.
However, translating the An-990 into a real-world aircraft faces insurmountable engineering roadblocks: 1. Infrastructure Limitations
Amused flight sim pilots frequently use the aircraft's immense cargo hold to load and transport entirely separate commercial airliners, such as a Boeing 747, just to test the limits of the simulation's weight physics.
Since this is a fantasy aircraft from the simulation world, here is a social media-style post designed to highlight its "titan" status: ✈️ Meet the Titan: The Antonov An-990 "Monster" ✈️ antonov an 990
, it is not a real-world project but rather a conceptual "Juggernaut" designed to push the boundaries of virtual aviation. The "Graphene Juggernaut": A Digital Titan
Transporting rocket stages and heavy satellite components from manufacturing centers to launch pads.
With the flaps set to 3 or 4, pilots must patiently wait for the airspeed indicator to cross 145 KIAS before gently pulling back on the yoke to lift the nose. 2. The Vertical Takeoff (VTOL) Phenomenon To make an aircraft of this scale plausible
Designed by a community creator often known as "hangglider," it is depicted as a "Graphene" air tanker and "Buran-Launcher" with physics-defying specifications intended to push the limits of the simulation. X-Plane.Org Forum Fictional Specifications & Features
6,000 tonnes (13.2 million lbs), which is roughly 10 times the weight of the real-world Antonov An-225 Mriya . Wingspan: 870 feet (265.2 meters). Length: 826.8 feet (252 meters).
Following the collapse of the Soviet Union, the funding for "prestige projects" evaporated. The existing fleet of An-124s was sufficient for the global market's needs, and the single completed An-225 was rarely booked to its full capacity. Building an even larger, more expensive aircraft like the An-990 simply didn't make financial sense in a market where smaller, more efficient twin-engine jets were becoming the standard. With the flaps set to 3 or 4,
If you are looking for a project that defies all conventional aerospace limits, the Antonov An-990 Graphene remains a pinnacle of digital aviation design.
To justify a plane of this size moving through the air, its digital creators had to step into the realm of science fiction. The An-990 is imagined to be constructed primarily out of , an ultra-lightweight, ultra-strong carbon allotrope. Without such futuristic materials, a real-world aircraft of these dimensions would collapse under its own structural weight. The simulated specifications of the An-990 include: