Oryol Spacecraft Enters Autonomous Testing for Lunar Missions

The development of Russia's next-generation crewed spacecraft, Oryol, has advanced to the phase of autonomous comprehensive testing. Industry specialists are currently preparing the vehicle for its upcoming flight trials.

• Oryol has officially entered comprehensive autonomous ground tests ahead of flight trials.
• The vehicle is designed to achieve second cosmic velocity (11.2 km/s or 40,300 km/h).
• Key ergonomics, cockpit displays, and crew-system interaction algorithms are largely complete.
• Primary mission profiles include lunar flybys and crewed expeditions to asteroids.

Prototype Assembly and Cockpit Ergonomics

According to test cosmonaut Mark Serov, engineers are currently assembling spacecraft mock-ups and experimental test benches. The engineering team has dedicated significant resources to optimizing crew operations and cabin usability.

Serov and his colleagues are directly responsible for vehicle ergonomics, designing workflow algorithms for crew interaction with onboard systems, interface layouts, and workstation setups. Most of this foundational ergonomics work has already been finalized.

Deep Space Missions at Escape Velocity

Unlike low Earth orbit transport vehicles, Oryol is engineered for expeditions well beyond near-Earth orbits. Its target mission profiles include crewed lunar flybys and potential long-range operations toward asteroids.

To execute deep-space trajectories and return safely through Earth's atmosphere, the spacecraft is built to handle second cosmic velocity (escape velocity) of roughly 11.2 km/s, or approximately 40,300 km/h. Officials noted that development is progressing steadily, with further technical milestones to be disclosed as specific targets are reached.

What the Oryol Milestone Means for Space Exploration

The progression to autonomous testing marks an essential milestone in modernizing crewed spaceflight infrastructure beyond the veteran Soyuz capsule. Designed with upgraded digital avionics and greater payload capacity, Oryol represents the foundation for future deep-space exploration and lunar orbital architectures.