In 2022, a small Hyderabad company sent a suborbital rocket up from ISRO's launch pad, and the flight quietly marked a turn in India's relationship with space: private hands were now building the machines that leave the atmosphere. Skyroot now prepares its harder test, Vikram-1, which aims to reach orbit and carry the nation's satellites on a vehicle conceived and built outside the state. Its co-founder frames the attempt as both a business wager and a strategic step, in a field where launch access is scarce and waiting for a slot can stretch for months. Whether this flight becomes the start o
Skyroot Co-Founder Says India's Aerospace Sector Is Turning Private, With ISRO as Partner
Access to space remains a major bottleneck, with waits of months or even years
Mark
Skyroot already reached space in 2022. Why does Vikram-1 matter more?
Mimi
Vikram-S was suborbital. Vikram-1 is aimed at orbit, which is the capability that lets you actually place satellites. Skyroot says only a handful of nations have it reliably.
Mark
And it's a test flight, not a commercial one?
Mimi
Partially commercial. The company plans full commercial flights only after one or two successful demonstrations to orbit.
Luke
Worth saying plainly: nearly everything here is Chandana's account. The claims about the global market and Skyroot's significance are his, not independently verified in this piece.
Mark
What about the ISRO relationship?
Mimi
He calls the support excellent. The government has issued an expression of interest on SSLV, PSLV and LVM-3 so private firms can operate them. He also wants startups as co-builders on ISRO missions.
Luke
That last part is a wish, not an announcement. The expression of interest is real, but nothing here says Skyroot has been given a role in those missions.
Mark
The $44 billion figure for 2033?
Luke
It's described as an expectation, with no forecaster named. Treat it as a projection.
Mimi
And no launch date appears in the piece, so the timing of Aagaman is still open.
O Pulso
- A private Hyderabad firm is readying Vikram-1, its first real attempt to reach orbit after the 2022 suborbital flight.
- Satellite operators are stuck waiting months or years for launch slots, and that scarcity is pushing the stakes higher.
- Government reforms have opened the field, and ISRO's expressions of interest let private firms operate its SSLV, PSLV and LVM-3 vehicles.
- The first flight is designed to capture in-flight data that ground testing cannot replicate, and that data will decide how fast commercial flights can begin.
In 2022, a small Hyderabad company sent a suborbital rocket up from ISRO's launch pad, and the flight quietly marked a turn in India's relationship with space: private hands were now building the machines that leave the atmosphere. Skyroot now prepares its harder test, Vikram-1, which aims to reach orbit and carry the nation's satellites on a vehicle conceived and built outside the state. Its co-founder frames the attempt as both a business wager and a strategic step, in a field where launch access is scarce and waiting for a slot can stretch for months. Whether this flight becomes the start of a steady commercial path or a single meaningful test will be settled by the data it returns.
In 2022, a rocket called Vikram-S lifted off from ISRO's launch pad carrying the hopes of a private company. It was suborbital, but it made Skyroot the first private builder of a rocket to reach space from Indian soil. Now the Hyderabad firm is aiming higher, toward its first orbital attempt.
That attempt is Vikram-1, on a mission named Aagaman, meaning "the arrival." Co-founder Chandana calls the flight a test meant to gather real performance data from every system through each phase of ascent, data he says cannot be fully reproduced on the ground. He sees the rocket as a first for the country, a vehicle designed, built and launched from Indian soil by a private company, and credits recent reforms for making it possible.
He also sees the venture as a response to a thin global field and a bottleneck in access. Satellite operators often wait a long time for launch slots, and Skyroot hopes to help India's private space ecosystem grow, much as SpaceX has encouraged others elsewhere. He describes ISRO as a partner, points to expressions of interest for operating its launch vehicles, and wants startups to co-build systems for national missions.
Vikram-1 will be partly commercial. Full commercial flights are expected after one or two successful orbital demonstrations, and the data from this first flight will largely determine how soon that happens.
In 2022, a rocket called Vikram-S rose from ISRO's launch pad carrying the ambitions of a private company. It was a suborbital flight, and it made Skyroot the maker of the first private rocket to reach space from Indian soil. Now the Hyderabad-based firm is preparing for something harder: its first attempt to put a vehicle into orbit.
That attempt is Vikram-1, and the mission is named Aagaman, meaning "the arrival." It is Skyroot's second mission. Co-founder Chandana describes the first flight as a test, one meant to capture real in-flight performance data from every system on the rocket, from lift-off through each phase of ascent. In his words, that data cannot be fully replicated through ground testing.
Chandana frames the rocket as a first for the country. A private company, he says, has designed, developed and manufactured a rocket intended to carry satellites to orbit, and it will take off from Indian soil. He credits the recent set of government reforms that opened the sector to private players. Few companies anywhere have this capability, he argues, which gives the venture both business potential and strategic weight, since India would be able to launch more of its own satellites.
The market logic, as he lays it out, rests on how thin the field is. Globally, he says, only two players launch to space regularly: SpaceX and Rocket Lab. Two or three other companies have begun launching, as Skyroot hopes to, and almost all of them are American. A couple of Chinese companies exist too, but their market access is domestic. Chandana expects Skyroot to do for Indian startups what SpaceX did for others, inspiring them to enter the field with their own solutions and differentiators.
The bottleneck he points to is access. Satellite operators often wait months, even years, for a launch slot. Reaching orbit reliably and frequently is a strategic capability that only a handful of nations hold. Skyroot believes indigenous launch capability will be a critical enabler for India's private space ecosystem, in an economy expected to grow from about $8.4 billion today to $44 billion by 2033.
Chandana also describes the relationship with ISRO as a partnership. He calls the agency's support excellent and says the government has issued an expression of interest covering the Small Satellite Launch Vehicle (SSLV), the Polar Satellite Launch Vehicle (PSLV) and Launch Vehicle Mark-3 (LVM-3), so that private companies can take ISRO's vehicles and operate them. He expects more such collaboration.
He wants it to go further. In ISRO's missions of national importance, he says, private startups could serve as development partners, co-building systems the agency would use, whether for space stations, new satellites or new rockets. The aim is a more sustainable ecosystem in which startups have revenue opportunities and ISRO benefits from their energy.
Vikram-1 will be a partially commercial flight. Skyroot plans to begin fully commercial flights after one or two successful demonstrations to orbit. What the first flight's data shows will go a long way toward deciding how quickly that happens.
Citações Notáveis
Data from the first flight cannot be fully replicated through ground testing.— Chandana, Skyroot co-founder
Startups could co-build systems ISRO would use, including space stations, satellites and rockets.— Chandana, Skyroot co-founder
Quer a matéria completa?
Leia o original em The Indian Express ↗
Politics & Governance