Indian Astronaut Shares Why Only Three Traditional Dishes Made It to the International Space Station
India’s growing presence in global space exploration has inspired millions, and every detail of its missions continues to generate widespread interest. One such fascinating revelation has now come from Indian astronaut Shubhanshu Shukla, who recently shared that only three Indian food items were officially approved to travel to the International Space Station (ISS). The disclosure came during a podcast conversation, where he explained the extensive testing and preparation required before any food can be sent into space.
According to Shukla, the three Indian delicacies that successfully qualified for space travel were Gajar Ka Halwa, Moong Dal Ka Halwa, and Aam Ras. While India has a rich culinary heritage with thousands of traditional recipes, only these three dishes met the stringent standards necessary for consumption in a microgravity environment. The revelation has sparked curiosity among people eager to understand why these dishes were selected while many other popular Indian foods did not make the final list.
Food preparation for astronauts is one of the most technically demanding aspects of any space mission. Every item must undergo rigorous scientific evaluation to ensure it remains safe, nutritious, lightweight, and easy to consume without creating floating crumbs or liquids that could interfere with spacecraft equipment. Since astronauts operate in zero gravity, even a small food particle can become a hazard inside the space station.
Shubhanshu Shukla explained that several other Indian dishes, including khichdi and pulao, were also considered during the planning process. However, due to time constraints involved in testing, certification, packaging, and approval, these meals could not complete the qualification process before the mission schedule. The strict timeline meant only three dishes received the final clearance to accompany the crew to the ISS.
The process of preparing food for astronauts is far more complex than ordinary cooking. Scientists carefully analyze every ingredient for shelf life, nutritional balance, bacterial safety, moisture content, packaging durability, and compatibility with the unique conditions of space. Foods must withstand transportation, storage, and consumption while maintaining their taste and nutritional value over extended periods.
Interestingly, despite these specially prepared Indian dishes being sent to space, Shubhanshu Shukla revealed that he hardly got the opportunity to enjoy them himself. He humorously shared that his international crewmates were eager to taste authentic Indian cuisine and ended up finishing most of the food. Rather than expressing disappointment, he described himself as happy to share India’s flavors with fellow astronauts from different countries, reflecting the spirit of international cooperation that defines modern space missions.
The story also highlights the growing cultural significance of food in international space exploration. Beyond nutrition, meals often serve as a way for astronauts to share their traditions and strengthen relationships during long-duration missions. The opportunity for astronauts from different nations to experience Indian desserts and fruit preparations became an unexpected example of cultural exchange aboard the ISS.
India’s participation in international space missions has continued to expand over recent years. Shubhanshu Shukla’s journey has attracted significant public attention because of his role in advancing India’s human spaceflight ambitions and contributing to the country’s preparations for future missions under the Gaganyaan programme. His experiences aboard the ISS provide valuable operational knowledge that could benefit India’s upcoming crewed space missions.
Experts believe that future Indian space missions could feature a wider selection of indigenous dishes as food technology advances and additional recipes successfully complete the qualification process. Indian research institutions continue to work on developing nutritious, long-lasting, and space-compatible meals that can meet international standards while offering astronauts familiar tastes during extended missions.
The successful approval of Gajar Ka Halwa, Moong Dal Ka Halwa, and Aam Ras also showcases India’s capability to adapt traditional cuisine for highly specialized scientific environments. It demonstrates how culinary heritage and advanced food science can work together to support astronauts living hundreds of kilometers above Earth.
The revelation has also generated enthusiastic reactions across social media, with many users expressing pride that iconic Indian flavors reached the International Space Station. Many have praised the achievement as another example of India’s expanding contribution to global space exploration while appreciating the lighter side of the story—that astronauts from other countries enjoyed Indian sweets so much that they finished them before Shukla could.
As India’s human spaceflight programme progresses, stories like these help connect the public with the realities of life in space. They remind people that behind every scientific milestone are countless hours of research, testing, engineering, and teamwork. Even something as familiar as a traditional dessert requires years of scientific preparation before it can safely travel beyond Earth’s atmosphere.
Shubhanshu Shukla’s experience serves as both an inspiring account of India’s achievements in space and a reminder of the meticulous planning required for every aspect of a space mission. His candid remarks about sharing Indian food with fellow astronauts have added a memorable human touch to an otherwise highly technical journey, making the story relatable to audiences across the country and beyond.
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