Russia Sets Timeline for Ambitious Venera-D Venus Mission
Russia reinvigorates Venus exploration with Venera-D mission, targeting launch before 2036 to uncover new scientific insights.

A New Era in Russian Space Exploration
Russia is looking to turn science fiction into reality once again with its ambitious Venera-D mission, set to explore Venus before the year 2036, as stated by the Space Research Institute (IKI).
Preliminary Designs in Motion
According to Oleg Korablev from IKI, the foundational design work for the mission is slated to commence in January 2026. This marks the beginning of a concerted effort to rekindle Russia’s pioneering Venus exploration legacy. The mission seeks to merge the spirit of past endeavors with the innovations of modern technology.
The Venera-D Mission Components
The mission includes a multi-component plan: a lander, a balloon probe, and an orbital spacecraft. These three elements will work in harmony to unravel the thick, cloud-laden mysteries of Venus, providing a platform for unprecedented scientific research. The Lavochkin Association will collaborate closely during the two-year design phase to ensure precision in execution.
Timeline to Touchdown
While the mission’s launch window is projected between 2034 and 2036, the precise timing will be finalized post-design phase. This deliberate pacing underlines Russia’s commitment to a meticulous approach in its space adventures, a testament to their dedication to thorough planning.
Reviving the Venera Legacy
The Venera-D initiative not only aims to discover Venus’s secrets but also has symbolic significance. It revives the legacy of Russia’s iconic Venera series of the 20th century, promising to build on past achievements with cutting-edge advancements.
In conclusion, as Russia gears up for this celestial endeavor, the anticipation builds. The world watches closely as the curtain lifts on what might be the next chapter in interplanetary exploration. According to APN News, such missions could reshape our understanding of Venus and beyond.