Private aerospace firm SR Space is persistently advancing the development of its reusable rocket technology, notwithstanding a recent court ruling that declared the company bankrupt. According to Oleg Mansurov, the Chief Executive Officer of SR Space, a comprehensive plan for flight testing the rocket`s recoverable first stage is currently in active preparation.
“The system for the first stage`s return is undergoing thorough refinement, and a detailed flight test plan is being finalized,” Mansurov confirmed.
He emphasized that the company`s objective is to create a lightweight reusable rocket designed to drastically reduce launch expenses. This reduction, estimated to be at least threefold, will be achieved through the innovative reusability of its first stage. Substantial progress has already been made, including the successful completion of both cold flow and hot fire tests for the primary components of the reusable rocket engine.
Mansurov proudly noted that these particular tests are among the initial pioneering efforts in the history of private domestic space initiatives within Russia. He further elaborated, “Rigorous ballistic calculations have conclusively demonstrated the distinct advantages offered by employing a composite body and the specific design chosen for our rocket.”
The bankruptcy declaration against SR Space was reported previously. Mansurov has indicated that the holding intends to challenge this court decision, asserting that the bankruptcy proceedings would be halted once all outstanding debts are resolved.
SR Space functions as a Russian aerospace conglomerate, with its various subsidiaries focusing on a diverse range of high-tech specializations. These include advanced big data analytics, the engineering and deployment of ultra-light launch vehicles, small spacecraft, and the creation of satellite constellations. These constellations are intended for critical applications such as Earth remote sensing, comprehensive environmental and climate monitoring (with a specific focus on greenhouse gases), and delivering robust satellite communication capabilities for a wide array of Internet of Things (IoT) solutions.
Rupert Blackwood 
Clement Ashworth