Design Features and Capabilities

The system features three integrated arms capable of performing a wide range of tasks, such as satellite recovery, orbit changes, and atmospheric transport. Precision control is achieved through 16 cold gas thrusters mounted in four nozzle adapters, and it is compatible with the international docking standard to ensure safe and precise docking maneuvers. Additionally, the maintenance arms enable the system to conduct autonomous repairs and overhauls.

Propulsion and Stability

For extensive orbit changes, the BTS – I is equipped with a solid rocket booster matrix consisting of eleven solid rocket boosters. These allow for efficient major orbit adjustments. Primary attitude control is provided by the cold gas thrusters, ensuring precise movements and corrections in orbit.

Applications

The core of the system is the pressurized cabin located at the front, which can be utilized for various mission types, including:

– Satellite recovery and repair
– Orbit adjustments
– Transport of goods within the atmosphere
– Space research experiments
– Testing and development of new industrial systems in orbit