In 1969, India started a space agency. Today it lands on the Moon and orbits Mars.
It also has a growing private rocket industry. Yet its workhorse rocket has now failed twice in a row.
This lesson tells that story in order. It starts with ISRO and ends with the newest news from 2026.
- 1969: ISRO was founded. 1980: SLV-3 launched the Rohini RS-1 satellite.
- 23 Aug 2023: Chandrayaan-3 landed near the Moon’s south pole.
- Mangalyaan: cost about $75 million. The Prime Minister said it cost less than the film Gravity.
- IN-SPACe (2020 reforms): 105 authorisations so far. Private investment is over $618 million.
- 12 Jan 2026: PSLV-C62 failed. It was PSLV’s second failure in a row.
- Next: Gaganyaan G1 flight, BAS-01 module, a five-module station.
How Did India Build a Space Programme?
Who runs India’s space programme?
The Indian Space Research Organisation (ISRO) runs it. It builds satellites, launch vehicles and deep-space missions.
ISRO was founded in 1969. On 18 July 1980, its SLV-3 rocket placed the Rohini RS-1 satellite in low Earth orbit.
Read more: SciTech0083: ISRO.
Sources: Daily Excelsior: India’s space programme through time.
Why did Chandrayaan-1 matter in 2008?
Chandrayaan-1 was India’s first Moon mission. It launched on 22 October 2008.
Its moon impact probe landed in November 2008.
It helped detect water molecules on the Moon’s surface. NASA instruments on board reported this in September 2009.
Chandrayaan-3 later built on that start with a landing.
Sources: Daily Excelsior: India’s space programme through time; NASA JPL: water molecules on the lunar surface.
How did India grow from SLV-3 to today’s rockets?
SLV-3 was small. It flew in 1980 and made India a launching nation.
The PSLV was first launched successfully in 1994. The GSLV was built for heavier payloads.
Today’s launchers place satellites into several orbits.
Why does India build its own rockets?
Own rockets mean independent access to space. India does not need to book foreign launches for its satellites.
This also earns money. ISRO sells launch services to national and international customers.
Read more: Launch Vehicles.
Sources: PIB: India’s space launch programme.
What Did India Achieve on the Moon and Mars?
What did Chandrayaan-3 achieve?
Chandrayaan-3 landed near the Moon’s south pole on 23 August 2023, at about 6.03 pm.
India became the first country to soft-land near the lunar south pole.
The Prime Minister named the landing spot Shiv Shakti Point.
Sources: The News Minute: Shiv Shakti Point named; The News Minute: India first to soft-land near the south pole.
Why did Mangalyaan make headlines?
Mangalyaan was India’s Mars mission. Reports put its cost at about $67 to $75 million.
Prime Minister Modi compared that with the budget of the film Gravity.
India is also the only country to succeed on its first Mars attempt.
The probe lifted off from Sriharikota in November 2013. It reached Mars orbit in September 2014.
Sources: Fortune: India’s spacecraft reaches Mars; Deccan Herald: Mangalyaan blasts off from Sriharikota.
Did India become the second country to orbit Mars?
No. India was the fourth. The USA, Russia and Europe got there first.
Exam setters like to inflate an Indian first. Watch for words such as “second” or “only”.
Read more: SciTech0178: Mangalyaan.
Sources: Fortune: India’s spacecraft reaches Mars.
What is Aditya-L1?
Aditya-L1 is India’s Sun mission. PSLV-C57 launched it on 2 September 2023.
It reached its halo orbit around Lagrange Point 1 on 6 January 2024.
That point is about 1.5 million km from Earth.
Sources: Deccan Chronicle: Aditya-L1 in the Sun’s halo orbit; The South First: Aditya-L1 final orbit on 6 January.
Check 1
Chandrayaan-3 made India the first country to soft-land near the Moon’s south pole.
Check 2
India was the second country to orbit Mars.
What Else Does Space Technology Do for India?
Where are rockets launched from?
Rockets lift off from Sriharikota on the Andhra Pradesh coast.
It has hosted the 100th launch from the spaceport.
A Third Launch Pad has been approved there.
Sources: PIB: India’s launch record.
Who does India work with in space?
India partners with other countries’ space agencies. They include ESA, the Australian Space Agency, CNES and Roscosmos.
The first Gaganyatris did general space-flight training in Russia.
Read more: SciTech0042: International Space Programmes.
Sources: PIB: Gaganyaan Mission and Bharatiya Antariksh Station, 5 Aug 2026.
Why are Indian missions so cheap?
India often meets big goals at a fraction of the usual cost. Mangalyaan is the best-known case.
Its cost was reported at about $67 to $75 million.
Sources: Fortune: India’s Mars orbit arrival.
How does ISRO reach young people?
ISRO runs the YUVIKA programme for school students.
In May 2026, YUVIKA took 456 students from 28 states and 8 Union Territories.
It ran at nine centres from 11 to 22 May.
Sources: ISRO: YUVIKA 2026.
How Did Private Firms Enter Space?
What is IN-SPACe?
IN-SPACe is the Indian National Space Promotion and Authorisation Centre. It came out of the 2020 space reforms.
It is a single-window, independent, nodal agency. It authorises and promotes private firms in space.
Sources: ISRO: IN-SPACe; PIB: private space sector, 105 authorisations.
What did Skyroot Aerospace achieve?
Skyroot launched Vikram-S on 18 November 2022.
It was India’s first privately built rocket.
It was a single-stage rocket with solid fuel. It reached 89.5 km.
Sources: The South First: first privately built rocket lifts off.
What did Agnikul Cosmos achieve?
Agnikul flew its Agnibaan rocket in May 2024.
It was the first rocket launched from a private launch pad.
It also flew the country’s first semi-cryogenic engine. The engine was the world’s first single-piece 3D-printed engine.
Sources: Deccan Herald: Agnikul’s Agnibaan launch.
How big is private space investment?
IN-SPACe had granted 105 authorisations by 14 July 2026.
India’s private space investment had crossed USD 618 million.
PIB reported both figures in July 2026.
Check 3
Skyroot’s Vikram-S used solid-fuel propulsion.
Check 4
Agnikul’s Agnibaan flew in November 2022.
What Is New in 2026?
Why is space debris a worry for India?
Of India’s 22 active satellites, 20 sit in Low Earth Orbit. That zone has the highest collision risk.
ISRO ran 20 collision-avoidance manoeuvres in 2025. Nine had been run by early August 2026.
A radar at Sriharikota tracks large debris in LEO. A new NETRA telescope at Hanle, Ladakh, will track objects of 30 cm or more at GEO height.
India announced its Debris Free Space Mission in 2024.
Sources: PIB: space debris management; Business Standard: NavIC, collision risk and Gaganyaan.
Why has ISRO not launched for six months?
PSLV-C62 failed on 12 January 2026. A roll-rate disturbance sent it off course.
It lost EOS-N1 and 15 co-passenger satellites. That is 16 satellites in all.
This was PSLV’s second straight failure, after PSLV-C61 in May 2025. Both hit the third stage.
By July 2026, ISRO had flown no launch for over six months.
Sources: Spaceflight Now: PSLV’s second launch failure; Business Today: PSLV-C62 fails; Indian Defence News: ISRO’s long launch gap.
How far has Gaganyaan come?
The HLVM3 human-rated rocket has finished development and ground tests of all its propulsion stages.
By August 2026, the Crew Escape System had 5 types of motors tested. TV-D1 is done, and TV-D2 is in progress.
Two air-drop tests of the deceleration system (IADT-01 and 02) are done.
Read more: SciTech0056: Gaganyaan Mission.
Sources: PIB: Gaganyaan and the space station plan, 5 Aug 2026.
When will the G1 flight and the space station come?
The uncrewed G1 flight, carrying the humanoid Vyommitra, is targeted for the fourth quarter of 2026. Two uncrewed missions and the first crewed mission are targeted by 2027.
The government has approved the first station module, BAS-01. The station will have five modules. Full operation is targeted for 2035.
The first Gaganyatris did general training in Russia.
Read more: SciTech0057: Bharatiya Antariksh Station.
Sources: PIB: Gaganyaan Mission and Bharatiya Antariksh Station, 5 Aug 2026; Business Standard: NavIC, collision risk and Gaganyaan.
Why does the NETRA telescope matter?
Satellites at GEO height are far away.
The NETRA optical telescope at Hanle is nearing completion. It will track objects of 30 cm or more at GEO height.
Sources: PIB: space debris management.
Why is NavIC in trouble?
On 30 July 2026, the Centre said NavIC has only three active satellites. It needs four for standalone positioning.
The satellite NVS-03 is fully prepared for launch.
Sources: Business Today: NavIC down to three satellites; Business Standard: NavIC, collision risk and Gaganyaan.
What does India’s launch record show?
PIB’s July 2026 review lists 12 launch vehicle missions. They carried 11 national satellites and 9 satellites for international customers.
It also notes the 100th launch from Sriharikota.
India became the 4th country to show in-orbit docking, through SPADEX.
PIB also lists an SSLV Launch Complex at Kulasekarapattinam.
Sources: PIB: India’s launch statistics.
Check 5
The PSLV-C62 launch failed in January 2026.
Check 6
NavIC has four working satellites.
Exam traps
IRNSS trap. UPSC CSP 2018 (Q61) tested IRNSS facts. IRNSS covers India plus about 1,500 km beyond its borders. It is not “5,500 sq. km”, and it is not global. See UPSC CSP 2018, Q61.
Mars trap. UPSC CSP 2016 (Q91) tested Mangalyaan. India was the only country to succeed on its first attempt. It was the fourth to orbit Mars, not the second. See UPSC CSP 2016, Q91.
Private-player trap. UPSC CSP 2026 (Q46) swapped one firm’s feat onto another. Vikram-S used solid fuel. It was not a liquid engine for ISRO’s GSLV. IN-SPACe’s role and Agnikul’s 3D-printed engine were described correctly. See UPSC CSP 2026, Q46.
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