Four Indian Air Force pilots, trained at Russia's Gagarin Centre, are weeks away from India's first crewed orbit. The โน9,023 crore Gaganyaan programme is at its most critical phase.
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Gaganyaan is India's first human spaceflight programme, managed by the Indian Space Research Organisation (ISRO). Its goal is to put a three-member crew into low-Earth orbit (approximately 400 km altitude) for up to seven days and return them safely to Earth โ making India the fourth nation after the Soviet Union, the United States, and China to independently achieve crewed orbital spaceflight. The mission carries an approved budget of โน9,023 crore. By mid-2026, ISRO's sequence is: an unmanned orbital test flight (G1) using the LVM3 rocket, followed by a second unmanned mission (G2) with the Vyommitra humanoid robot, and finally the crewed mission (H1) targeted for 2027. The four astronaut-designates โ Group Captain Prashanth Nair, Group Captain Ajit Krishnan, Group Captain Angad Pratap, and Wing Commander Shubhanshu Shukla โ completed cosmonaut training at the Yuri Gagarin Cosmonaut Training Centre (GCTC) in Star City, Russia, between 2020 and 2022, and have since continued mission-specific training in India.
On April 3, 1984, Indian Air Force pilot Rakesh Sharma became the first Indian in space โ aboard a Soviet Soyuz T-11 mission, not an Indian rocket. PM Indira Gandhi famously asked him how India looked from space, and he replied: 'Sare jahan se achha'. For 40 years, no Indian returned to space. ISRO's human spaceflight ambitions were consistently pushed aside: first by budget constraints, then by the post-Pokhran sanctions of 1998, then by competing priority missions (Chandrayaan, Mangalyaan). PM Narendra Modi's Independence Day address on August 15, 2018 changed that: he announced India's first human spaceflight mission โ Gaganyaan โ to launch by 2022 (later delayed by COVID and LVM3's teething issues). The announcement was backed by a โน9,023 crore Cabinet approval in December 2018. ISRO then selected its four astronaut-designates from IAF: test pilots chosen for their g-force tolerance, technical skills, and psychological stability. Russia's GCTC trained them between 2020 and 2022, covering EVA procedures, Soyuz systems, emergency response, and biomedical protocols.
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Group Captain Prashanth Nair (Mission Commander designate) โ the most senior of the four, a test pilot from IAF's Test Pilots School in Bangalore with over 3,000 flight hours. Group Captain Ajit Krishnan โ completed fighter pilot training; one of the four to do advanced EVA simulation at GCTC. Group Captain Angad Pratap โ helicopter specialist, covered in training for search-and-rescue on splashdown. Wing Commander Shubhanshu Shukla โ the youngest of four; MiG-21 and Su-30 qualified; expected to participate in the Axiom Space ISS mission as a warm-up. Dr. V. Narayanan (ISRO Chairman, 2024-) โ took charge of ISRO at a critical phase of Gaganyaan hardware integration. Dr. Unnikrishnan Nair (Vikram Sarabhai Space Centre Director) โ leads the LVM3 and crew module development. Rakesh Sharma โ now 75, is an informal adviser and the living symbol of what India is trying to replicate and surpass.
Myth: Gaganyaan puts India ahead of China in space. Fact: China's Shenzhou programme first put humans in orbit in 2003, has a permanent space station (Tiangong) since 2022, and plans lunar crewed missions by 2030. Gaganyaan is India catching up with a 20-year gap. Myth: The mission will launch in 2026. Fact: the 2026 launch is the unmanned G1 test flight; the crewed H1 mission is targeted for 2027 โ and ISRO has acknowledged that even this may slip if LVM3 reliability testing finds issues. Myth: โน9,023 crore is a huge investment. Fact: NASA spent $30 billion (1961-1969) on Apollo in today's dollars; Gaganyaan is extraordinarily cost-efficient by comparison, continuing ISRO's tradition of doing more with less. Myth: Gaganyaan will immediately enable Indian space tourism. Fact: it is a government science and sovereignty mission, not a commercial one โ private crewed missions from India are at least a decade away. The mission's core purpose is to establish India's technical credibility for future lunar and deep-space collaborations.
โน9,023 crore: total approved budget for Gaganyaan. 400 km: target orbital altitude (same as International Space Station). 3: number of crew members in the H1 crewed mission. 7 days: maximum planned mission duration in orbit. 43.5 tonnes: LVM3 rocket mass at liftoff, India's heaviest operational launch vehicle. 10G: peak deceleration force during atmospheric re-entry that the crew module must withstand. 4: IAF test pilots trained as astronaut-designates. 2: the number of unmanned test missions (G1, G2) before the crewed H1. 2022: year the four astronauts completed their Russia training. 2027: target year for crewed H1 flight. 1984: the year Rakesh Sharma became the first Indian in space โ on a Soviet rocket. 4th: India's rank globally if Gaganyaan succeeds (after USSR/Russia, USA, China). 6 months: time astronauts spent at GCTC in Russia for cosmonaut training.
Gaganyaan is not just a space mission โ it is a sovereignty statement. Space exploration is entering a new era: the Artemis programme is returning humans to the Moon by 2026, China plans a lunar base by 2035, and private companies like SpaceX are commercialising human orbital flight. Nations that cannot independently launch astronauts will become customers, not partners, in this new space order. The long-term consequence for India is significant: a credible crewed spaceflight programme makes India an attractive partner for joint lunar missions, space station access, and commercial satellite servicing โ all industries projected to be worth over $1 trillion by 2040. Gaganyaan's most important impact is not scientific โ it is the engineering capability it builds. The same thermal protection system that protects the crew module during re-entry can protect hypersonic missiles. The life-support systems are dual-use in submarine and Arctic applications. The g-force testing, cryogenic fuel handling, and real-time mission control experience creates an Indian human spaceflight ecosystem that will shape the country's defence and deep-space ambitions for decades. The lesson of every crewed space programme is the same: it is the hardest thing a nation can do in space, and doing it builds the engineers who can do everything else.
Chronology
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Indian Air Force pilot Rakesh Sharma orbits Earth aboard Soviet Soyuz T-11, becoming India's first and only cosmonaut for the next four decades. His mission sparks a long-term dream of Indian human spaceflight.
Prime Minister Narendra Modi announces India's first crewed spaceflight mission โ Gaganyaan โ from the Red Fort, targeting launch by 2022 and promising to make India the fourth country to independently achieve human spaceflight.
Group Captains Prashanth Nair, Ajit Krishnan, Angad Pratap, and Wing Commander Shubhanshu Shukla are selected as Gaganyaan astronaut-designates and travel to GCTC in Star City, Russia, for cosmonaut training.
ISRO successfully demonstrates the crew escape system: the Gaganyaan test vehicle aborts at high altitude and the crew module parachutes safely into the Bay of Bengal โ a critical life-safety milestone.
ISRO targets the first unmanned Gaganyaan orbital test flight (G1) on LVM3 before end of 2026, testing all systems including thermal protection, life support, and splashdown recovery ahead of the crewed H1 mission.
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