Back to news
technology

Russia Pursues Reusable Rocket Technology, Testing Anticipated by 2028

Russia is developing a reusable rocket, aiming to compete with SpaceX's Falcon 9. Initial "grasshopper" test flights for this innovative launch vehicle might commence in 2028.

8/20/2026, 3:45:57 PM

Russia is reportedly advancing its own reusable rocket technology, with aspirations to rival the capabilities of SpaceX's widely recognized Falcon 9 launch system. This ambitious endeavor focuses on creating a rocket designed for multiple uses, a departure from traditional single-use launchers. According to Ars Technica, preliminary testing phases for this new Russian rocket could begin around 2028. These initial trials are expected to involve "grasshopper" style hops, which are short, low-altitude flights designed to validate the vehicle's vertical takeoff and landing mechanisms. Such tests are crucial for perfecting the complex maneuvers required for reusability, minimizing the financial burden of space launches. The development of a reusable launch system underscores Russia's strategic intent to maintain and enhance its position in the global space industry. By reducing the cost per launch, reusable rockets can make space access more economically viable for various missions, including satellite deployment and potential human spaceflight. While the specific design details and full operational timeline for Russia's answer to the Falcon 9 remain under wraps, the reported 2028 target for initial demonstrations suggests a concerted effort to accelerate progress. The "grasshopper" testing approach is a proven method, famously employed by SpaceX during the early stages of its Falcon 9 development to refine landing precision and engine throttle control. Successfully implementing such technology would represent a significant technological leap for Russia's space program, potentially reshaping the competitive landscape of commercial and governmental space activities. The coming years will be critical in determining whether these development efforts can translate into a fully operational and competitive reusable rocket system.

Share