India's Space Revolution Just Got a New Engine — Literally
There is something quietly extraordinary about what is happening in a propulsion lab at IIT Kanpur right now. Two young founders — one a PhD candidate in propulsion, the other an aerospace engineering graduate — are building the technology that could power the next generation of India's satellites. And the world is starting to notice.
Dream Aerospace Technologies has raised ₹10 crore in a pre-Series A funding round, led by Mumbai-based seed-stage venture capital firm 247VC, with participation from Campus Angels Network, Chandigarh Angels Network, and other angel investors. The capital will go directly toward completing flight qualification of its flagship ATOM thruster series and CUBEHOOD propulsion module — and executing the first in-orbit demonstration of the CUBEHOOD module in a mission backed by ISRO under an active technical Memorandum of Understanding.
Read that last part again. An active MoU with ISRO. An in-orbit demonstration planned for 2026. This isn't a startup with a promising slide deck. This is a startup on the verge of putting its technology in space.
What Dream Aerospace Actually Builds
Founded in 2022 by Hari Krishnan KJ and Rogith S, Dream Aerospace is focused on one of the most critical and underserved challenges in the global satellite industry: propulsion. Specifically, green propulsion — environmentally friendly chemical systems that move satellites through space without the toxic, hazardous fuels that traditional propulsion relies upon.
The company's flagship product is the ATOM thruster — India's first commercial HAN-based monopropellant thruster. HAN stands for Hydroxylammonium Nitrate — a propellant that is significantly less toxic than conventional hydrazine-based systems, easier and safer to handle on the ground, and highly efficient in space. For the rapidly growing small satellite and CubeSat market, where dozens of satellites are launched on a single rocket and ground handling safety matters enormously, this is a genuinely important innovation.
Alongside the ATOM thruster sits the CUBEHOOD propulsion module — a compact, integrated propulsion system designed specifically for CubeSats, the small, standardised satellites that have become the workhorse of the new space economy. CubeSats need propulsion systems that are small, light, reliable, and affordable. CUBEHOOD is being built to be all four.
The ISRO Partnership — A Signal of Serious Intent
In India's space sector, few things signal credibility more powerfully than an active technical partnership with ISRO. The Indian Space Research Organisation doesn't hand out MoUs casually — its collaborations with private companies are based on technical merit, demonstrated capability, and alignment with national space objectives.
Dream Aerospace's active MoU with ISRO for the in-orbit demonstration of the CUBEHOOD module is therefore not just a milestone for the startup — it's a validation of the technology by India's most trusted space institution. The planned in-orbit demonstration in 2026 will be the ultimate test: not a lab result, not a simulation, but actual performance in the harsh environment of space.
If successful, it would make Dream Aerospace one of the very few Indian private startups to have demonstrated homegrown propulsion technology in orbit — a distinction that carries enormous commercial and strategic weight.
The Market They're Chasing
The global satellite propulsion market is projected to grow from $9.66 billion in 2023 to $19.74 billion by 2028. That's not a niche opportunity — that's a doubling of market size in five years, driven by the explosion of small satellite constellations, commercial space missions, and the defence sector's growing reliance on space-based assets.
India sits at a uniquely advantageous position in this market. ISRO's cost-effective launch capabilities, the government's liberalisation of the space sector through IN-SPACe, and a growing ecosystem of private space startups — from launch vehicle makers to satellite manufacturers — are creating end-to-end demand for Indian-made space components. India's space economy is projected to reach $13 billion by the end of 2026, and propulsion technology sits right at the heart of that growth.
Dream Aerospace is positioning itself as the indigenous supplier of choice for this market — building propulsion systems that are not just competitive on cost, but genuinely superior on safety, environmental impact, and adaptability to India's specific mission requirements.
From ₹3 Crore to ₹10 Crore — A Story of Consistent Progress
This pre-Series A raise didn't come from nowhere. In January 2025, Dream Aerospace raised ₹3 crore in a pre-seed round led by Inflection Point Ventures — using that capital to develop the ATOM thruster, validate its propulsion systems, and establish an in-house high-altitude test facility at IIT Kanpur.
That ₹3 crore bought the technical credibility that unlocked the ₹10 crore. And the ₹10 crore will now fund the flight qualifications and in-orbit demonstration that will unlock the next round — and the commercial contracts that follow.
The fresh capital will specifically be used to complete flight qualification of the ATOM thruster series and CUBEHOOD module, expand the production and testing facility at IIT Kanpur, and execute the ISRO-backed in-orbit mission. Each of these milestones builds on the last — the kind of disciplined, milestone-driven progression that serious deep-tech investors look for and that shallow consumer startups rarely demonstrate.
Why This Matters for India
Dream Aerospace is a perfect encapsulation of what India's deep-tech startup ecosystem can produce when the right foundations are in place. An IIT-incubated company. Government research partnerships. Indigenous technology built on years of academic expertise. Alignment with Make in India and Atmanirbhar Bharat. And a global market opportunity large enough to build a world-class company.
India has long been a country that produces brilliant aerospace engineers — and then exports them to NASA, SpaceX, and Airbus. Dream Aerospace represents the alternative story: brilliant aerospace engineers staying in India, building Indian companies, solving Indian and global problems with Indian technology.
The ATOM thruster is small enough to fit in your hand. But the ambition behind it — and what it could mean for India's place in the global space economy — is anything but small.
