President John F. Kennedy made his most famous declaration that America would put a man on the moon before the end of the decade in a speech at Rice University in Houston, Texas, on September 12, 1962. However, he first officially proposed this lunar timeline to a Joint Session of Congress on May 25, 1961.
These historic addresses were made at the height of the Cold War Space Race against the Soviet Union.
During the 1962 Rice University address, President Kennedy galvanized public support by delivering one of the most memorable and inspiring lines in American political history:
“We choose to go to the Moon in this decade and do the other things, not because they are easy, but because they are hard”.
This ambitious national objective was eventually achieved on July 20, 1969, when the Apollo 11 mission successfully landed on the moon, fulfilling Kennedy’s vision.
A close parallel and an Aha moment happened with the launch of Vikaram 1.
In 2020, India opened the space sector to private firms, allowing them to build rockets and satellites and use ISRO’s launch facilities with the aim of increasing the country’s share in the global business market.
Skyroot Aerospace successfully launched Vikram-1 from Sriharikota in Andhra Pradesh in South India, placing customer payloads into a 450 km orbit. The mission marked India’s first successful orbital launch by a private company.
Why is this significant? With Vikaram-1’s success, India became only the third country where a private company has achieved orbital launch capability, following the US and China.
What’s Onboard?
The maiden mission, named Mission Aagaman, carried technology demonstration satellites, scientific experiments and commercial payloads from Indian and International Customers.
Standing 22 metres tall, Vikram-1 can carry payloads of up to 350 kg into low earth orbit. It uses three solid fuel stages and a liquid fuel orbital powered by a 3D printed engine.
Founded in 2018, Hyderabad based Skyroot became India’s first space startup to reach a 1 billion $ valuation. The company previously launched the Vikram-S suborbital mission in 2022.
India opened its space sector to private companies in 2020. The government now aims to grow the country’s space economy from about $8 billion to $44 billion by 2033, competing with global players such as SpaceX.
Skyroot described Mission Aagaman as a successful test flight. The company plans additional validation missions before beginning routine commercial launches, strengthening India’s position in the global launch market.
How India Rewrote the Rules of Space
On the night of August 23, 2023, a nation of 1.48 billion people held its breath.
Not because India had the biggest rocket, the largest budget, or a fleet of astronauts.
It held its breath because a spacecraft called Vikram was 30 kms above a patch of grey dust near the Moon’s south pole, and everything — decades of ambition, a recent failure, a shoestring budget — was weighing on their minds & was riding on the next fifteen minutes.
It landed. Softly, precisely, historically.
India became the first country on Earth to touch down near the lunar south pole — a region no American, Soviet, or Chinese mission had ever managed to reach.
It joined an exclusive club of just four nations to ever land softly on the Moon at all.
And it had done so weeks after Russia’s own attempt, Luna-25, crashed into the same lunar neighbourhood.
The world’s takeaway wasn’t just “India can do this.”
It was: how much did that cost?
The Moonshot & the Incredulous Feat
Here’s the number that turns heads:
India’s Mars mission, Mangalyaan, reached orbit around the Red Planet in 2014 — on its very first attempt — for roughly $74 million.
Around the same time, NASA’s comparable Mars orbiter, MAVEN, cost nearly eight times that.
India’s entire space agency runs on an annual budget of about $1.6 billion. NASA’s tops $25 billion.
China spends somewhere north of $10 billion a year, with numbers shrouded in typical state secrecy.
By the arithmetic of “dollars per breakthrough,” the Indian Space Research Organisation — ISRO — is arguably the most efficient space program on the planet.
This isn’t an accident.
It’s a living, breathing philosophy.
Genesis of the Indian Space Programme: Born on a Bicycle
To understand why ISRO thinks this way, go down the memory lane to 1969.
India’s space program didn’t start in a gleaming research campus — it started with rocket parts being wheeled to a launch site on bicycles and bullock carts, because that’s what was available.
The agency’s founding architect, physicist Vikram Sarabhai, had a mandate that had nothing to do with beating anyone to the Moon: his vision was that space technology should serve ordinary Indians — through better weather forecasting, communication & resource management, not by planting flags to perpetuate national glory.
That founding DNA shines through and is still the guiding philosophy and leitmotif.
Even today, ISRO’s satellites perform multiple functions – agricultural forecasting tools, disaster-response systems, backbone of India’s own GPS-alternative navigation network, NavIC.
Foray into Space for India is not a pie in the sky project. It’s infrastructure, integral to its growth and is an existential imperative.
Lean Thinking or Minimalism: The Art of Doing More with Less
So how does a fraction of NASA’s budget produce headline-grabbing & head-turning wins?
Anyone knowledgeable, who you talked to, would vouch for ISRO’s playbook and the constant refrain & mantra would be: economical, incremental, indigenous.
• Economical means components get reused mission after mission instead of custom-built from scratch every time. It means smaller teams, leaner overhead, and a tolerance for calculated risk that bigger, more bureaucratic agencies often can’t stomach or frown upon.
• Incremental means ISRO never tried to leapfrog straight to the glamorous stuff. It built reliable rockets first (the workhorse PSLV, launched dozens of times with remarkable consistency), then tackled the Moon, then Mars, then the Sun — each mission borrowing hardware and hard-won eye opening lessons from the last.
• Indigenous means building the expertise at home rather than buying it abroad, even when the temptation to outsource is strong.
The result is a program that fails occasionally — Chandrayaan-2’s lander crashed in 2019 — but treats failure as a learning, not a rout or humiliation.
Four years later, the lessons from that crash landed Chandrayaan-3 exactly where its predecessor couldn’t.
Beyond the Trophy Case
It would be easy to reduce ISRO’s story to a highlight reel: water molecules discovered on the Moon in 2008, a record-setting 104 satellites launched in a single rocket in 2017, a solar observatory (Aditya-L1) now watching the Sun from a gravitational sweet spot a million miles from Earth.
But the more interesting story is what ISRO does when nobody’s watching the news cycle & away from the media glare.
Indian satellites now track monsoon patterns for farmers, monitor forest fires, and support disaster relief across South Asia.
The agency has also quietly become a budget launch provider of choice for other countries’ satellites — turning cost-efficiency into a viable export business and a selling proposition, not just a business virtue to be honed at home.
The Next Logical Progression: Humans in Space
For all its interplanetary success, India has never put a person into space using its own rocket.
That’s about to change.
The Gaganyaan program — India’s answer to human spaceflight — has spent years on unglamorous but essential work: crew module safety tests, parachute descent trials, splashdown recovery drills.
A humanoid robot named Vyommitra is slated to fly first, standing in for a human crew on an un-crewed test flight expected in 2026, ahead of a planned crewed mission in 2027.
India already got a preview of the moment: in 2025, astronaut Shubhanshu Shukla — one of four pilots training for Gaganyaan — flew to the International Space Station aboard a commercial Axiom Mission.
It wasn’t an Indian rocket, but it was, symbolically, a dress rehearsal for what’s coming.
Why the Rest of the World Is Watching
For decades, the template for a serious space program was the one written by the US and USSR during the Cold War: outspend, out-engineer, out-prestige, outmanoeuvre everyone else.
That model works — if you happen to have a superpower’s treasury.
India offers a different, arguably more exportable, blueprint: build steadily, spend wisely, tie space investment to tangible domestic benefit, and let ambition scale with capability rather than ego.
It’s a template within reach of dozens of countries that will never have a NASA-sized budget but might have the talent, patience, and institutional will to try.
The Honest Footnote
None of this stuff is from the Hogwarts School of Magic.
India’s model still requires deep engineering talent, political continuity across decades, and a willingness to absorb very public failure without abandoning the program.
Not many countries have that combination.
What India has proven, though, is that the absence of a gargantuan check-book doesn’t have to mean the absence of a seat at the table.
By 2035, India wants its own space station.
By 2040, it wants the Indian Tricolour to flutter on the lunar surface planted by an Indian astronaut.
Going by the last two decades, betting against it would be unwise.
Years ago, ISRO was a punchline about bullock carts.
Today, it’s a case study taught wherever people ask the same question:
How far can ambition go riding on a shoestring?
The answer, it turns out, is:
To the Moon’s south pole — and beyond.
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