Popular flight simulation channels on YouTube regularly upload videos racking up hundreds of thousands of views showcasing the aircraft. These videos focus heavily on extreme scenarios: taking off from dangerously short regional strips, attempting to land in brutal crosswinds, or testing the absolute breaking limits of the X-Plane physics engine. It stands alongside fictional creations like the "An-900" as a staple of digital aviation sandbox culture.
The primary purpose for its digital design is firefighting. The concept holds 6,000 tons of water or fire retardant. Simulation pilots fly it to drop massive water payloads on active wildfire zones, such as simulated blazes in Canada, Australia, and California. 2. Strategic Oversized Transport antonov an 990
A plane with an 870-foot wingspan could not use any existing commercial or military airport on Earth. Its wings would clip terminal buildings, control towers, and light poles. Taxiing on standard taxiways would be physically impossible, and it would require a custom runway multiple miles long just to rotate and lift off. 2. Propulsion and Thrust-to-Weight Ratios The primary purpose for its digital design is firefighting
The design typically includes four versions: and the United States
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).
Designed to launch the Buran Space Shuttle as a missile, featuring a 12-minute controlled flight mode.
Designed to combat massive wildfires across Canada, Australia, and the United States, its sheer volume allows it to perform aerial firefighting duties on a scale never before realized by real-world tankers. To justify its immense size without instantly succumbing to structural collapse under simulated gravity, the digital design relies on a theoretical hull made entirely out of lightweight, ultra-strong graphene. Mind-Boggling Specifications